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Soit. Pendant les élections, depuis le mois
de avril, on a tout écouté. Les questions

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concernant le système de l'eau à Pointe-Claire,
les inondations, qu'est ce qu'on

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peut faire? Il y a beaucoup de monde ici aujourd'hui
qu'il y a eu des très belles maisons et

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d'autres qu'il n'y a pas eu des trous. Mais
il veut savoir qu'est ce qui se passe. Les
dés

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ce soir. C'est vraiment un travail. Je ne sais
pas si c'est la bonne Française qui

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travaille en marche. Quand j'étais élue au
mois de novembre, au premier jour, j'ai

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demandé C'est d'avoir un rapport d'où on
a rendu avec les situations et les solutions

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pour les inondations. Puis l'équipe ici a
fait une présentation, puis j'ai été

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vraiment, vraiment impressionnée avec tous
les travaux qu'il a fait depuis le

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13 juillet. L'année passée, le 9 août, l'année
passée, il y a vraiment travaillé beaucoup
sur

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nos systèmes d'égouts, puis le drainage et
tout. Mais ce n'est pas quelque chose qu'on
peut

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tout arranger pendant une semaine. Un été,
c'est. Il y a beaucoup d'ouvrage, il y a

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beaucoup d'études à faire, et puis il y a
beaucoup de travail à faire, puis il y a beaucoup

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d'argent à dépenser sur Internet. The idea
was to just to give you guys relief that

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we're working really really hard on that they
have found some solutions. They have done

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some great work. There is some temporary measures
that are going to try to use and in the

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event that we have another storm short term.
I'm gonna let them all tell you about it and

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I think we're with the best thing to do is
if we hold all the questions off because I

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think we're gonna enter most of your questions
and then at the end of it will take questions.

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But I just like to see the show. How many people
are actually had flooding in their home in

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the last two floods. Perfect how many people
have done stuff on their home already and

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migrate the water solutions and how many people
do to work. WE don't know right. So the same

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thing with us. So we're coming up with all
these solutions. We're doing all kinds of study.

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You're doing all kinds of trying different
strategies and at the end of the day. We're

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going to do our we are going to put our best
foot forward to try to get the make the best

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before it's gonna work. Where it does it like
all of you. We're just I don't want this

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time to get that they're all trying to do their
best to understand the new reality of

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climate change. So I'm not not I'm gonna posted
on to our first of all. Let's just take

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all the council for being there. So we go.
Eric Stork, Mister Ludovic Matthews, Kelly.

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Thurston. Caitlin. Cynthia Hoffman, Claudine
Demers, Monsieur Potvin and Andrew

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Rezinsky. So we're all here every district
has been affected. Tout le district est

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quelque chose beaucoup plus petit montant de
l'eau, mais ils ont été tout, tout toucher

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une façon l'eau. So. C'est sûr qu'il y a
du monde qui est beaucoup plus dommage que

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d'autres personnes, mais l'idée c'est est-ce
que comment on peut régler la situation que.

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On a? On a peut-être. Mais encore c'est pas
juste la ville, il faut qu'on travaille en

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équipe, on peut faire nos possible, mais les
résidences, il faut y faire le possible

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aussi. Il faut qu'on travaille ensemble. Il
n'y a pas une solution. C'est pas de sa faute.

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Une personne c'est ça va être vraiment un
travail d'équipe. So là, je vais passer le
micro,

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Mister Girouard puis bonsoir, Merci beaucoup.
Bonsoir à tous. Bienvenue à cette session

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d'information concernant la gestion des eaux
pluviales à la Ville de Pointe-Claire. Comme

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Monsieur le Maire a mentionné Gilles Girouard,
directeur adjoint de la ville de

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Pointe-Claire. Evening everyone, welcome to
this information session with respect to store

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water management at the city of Pointe-Claire
before beginning. I'd like to mention that
the

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presentation will be done by legally French
and English basically en alternance. Going

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back and forth out the presentation and will
be a question period at the very end

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and also I'd like to introduce some of my colleagues.
This evening will be presenting as

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well. So we've got the director of engineering.
Mr Benoit Fillion, Director of Public

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works, Mr Eric Jallat and the Director of S.P.
Public Security and inspection

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Monsieur Marc Tanguay. So to write this presentation
basically we'll be providing

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information with respect to mister maire and
and what ongoing what the current and

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what is to come with respect to storm water
management at the city of powergard. Also provide

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you a little bit of a recap of how our network
function in the city of Pointe-Claire,

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especially with respect to are the heavy rainfall
épisodes that we've seen over the past

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two years in twenty twenty four as well as
twenty twenty five, We'll do a little bit of
our

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recap as well with respect to our stormwater
management plan and will provide you with some

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details with respect to our twenty twenty six
Stormwater management project. So the

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overall objective of the presentation this
evening is to provide information to you

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citizens of Pointe-Claire. The deploy communication
in a more regular fashion with respect to

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storm water management. This will not be the
last information session our

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conference with respect to this topic moving
forward. WE want to also demystified how the

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network functions. Y mentioned earlier on get
a enhancing our collective understanding of
the

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network, especially with the recent rainfall
events that we have received in twenty twenty

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twenty twenty five identify what can be done?
Where can it be done throughout the

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territory and to gain ultimately territorial
resilience through the steps

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that will be taken at the city of Pointe-Claire.
Now all the way for presenter employee here

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today to provide you information on this topic.
I can assure you that there is a

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top priority at the city of Pointe-Claire.
It's one that is deployed through many services

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implicate a lot of employees. There are also
citizens like you that I've lived through the

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consequences of the heavy rainfall effect of
twenty twenty four and twenty twenty

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five and our dedicated to increase in our territorial
resilience. So what's coming up?

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What's in development with respect to our initiative
and essence there for development

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access at the city right now with respect to
storm water management, we've been

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exchanging and collaborating with expert in
the domain and you'll see that in the upcoming

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slide which basically spend some of that you'll
see in twenty twenty six developing

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access number one is planning and knowledge
building understanding how our network

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functions with this new reality with the heavy
rainfall episodes of twenty twenty

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twenty twenty five and as such we initiated
in April of twenty twenty four à Storm water

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management plan and all in my colleague Benoit
provide you the details and the objective

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of this management plan through the presentation,
but in a nutshell it Implicate network.

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Modélisation simulation with the climate variable
that we're seeing from this heavy rainfall

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events to be able to identify the risk areas
throughout the territory and essentially

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pinpoint. What are our most optimal interventions
to be done on the territory of the

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city of Pointe-Claire? We've seen the consequences
of in twenty twenty six and the

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promise of these studies have generated a major
project in twenty twenty six once again

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and colleagues will go through in the following
slide. Development number two

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prevention and intervention. This is important
so in essence proactive weather monitoring,

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which is done by our team at public works by
our team of public security as well as

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communication and deploying our employees from
these services proactively throughout the

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territory to ensure that our network will function
and also included continuous maintenance

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to ensure that our network is free of debris
loss and certainly not least it

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implicate integrating within our major capital
investment projects, some storm water

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management initiatives two of which were introduced
in twenty twenty five. So when we and

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essence worked on the infrastructure project
and winthrop avenue. WE introduced

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the bio soul small a little project, but in
the end there is to return the water

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preventing it from flowing into our network,
same thing with urgent park and retention area

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was created in twenty twenty five. So was the
accumulation of this step and the

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integration of this project over time that
will help increase our overall resilience.

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Intervention areas number three structures
and support so the previous two intervention
areas

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you saw were with respect mostly to the public
domain this one pertaining to the

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private domain. So how do we support you citizens
that we want to take some initiatives

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within your own personal dwellings our pieces
in the line with respect to storm

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water management, so as such in twenty twenty
six, you'll see the adoption of Ebola, allows

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us to present the financing program of city
programs with respect to interventions that

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can be made on the private domain in addition
to this. WE are also revisiting our

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construction bylaw and I'll go and details
in the next slide with respect to this, but
it's

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essentially. It's what it's okay. It's with
respect to the orientations and principles

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that are put for by organizations like. Architecture
sans frontières

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Québec that are geared towards making our
building more resilience our environment more

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résilient to climate change and last but certainly
not least is we've created in emergency

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measures webpages which will be launched as
well in twenty twenty six and a guide that

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will have a section on heavy rainfall episodes
identifying ways to be done before during

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and after those heavy rainfall events. And
what are some of the risks that are involved

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there in. Developing areas number for communication
and I can't stress the importance of

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this for us within the community. So the importance
of communicating regularly with

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all of you with respect to our our own initiative
and also what can be done through at the

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territory of the private domain. That's why
we have planned future conference on the matter

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in twenty twenty six. You see those deployed
throughout the year as well as the website

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webpage that is that will be dedicated to storm
water management. WE also encourage

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citizens to be inside them to essentially register
to our automatic alerte systems as

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well to be alerted when we feel that it could
be a heavy rainfall épisodes. So these are

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all steps to be deployed and taken as well
in twenty twenty six now and mentioned at the

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beginning that we have collaborated with many
entities, some of them that are here and

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we have also been able to get some feedback
from perhaps some of you that our president
today

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with respect to your experience what you've
lived through the past two years and it has
gone

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in vain. It has had an impact on the conceptualisation
of one of our major projects and we

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will get into that in the next slide as well.
So this is just a little bit of a snapshot.

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It's not the intensity of the webpage, but
you'll have shown that will explain. What's
done

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in the preventative manner in terms of maintenance.
This will be communicated once again in

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twenty twenty six launched by our communication
team what the needs and out of our storm

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water management plan is as well as the project
that will be undertaken through the

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territory and our past project as well and
how to stay informed with respect to this

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topic. Now, this is a bit of a recap. So here
you have some of the entities that we've been

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collaborating with it so Architecture sans
frontières Québec has created a reference

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guide I strongly encourages it to go seek out
on their website. It's a reference guide that

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essentially promotes adaptation measures that
can be done on the private domain. We'll have

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a conference on this in twenty twenty six for
citizens of Pointe-Claire, but this content

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will influence the revision of our bylaws in
order to make our bylaws mort adaptable to
the

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orientation and principles there in in addition
to this, we have been collaborating with

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the city of Montreal, which has spawned basically
the subsidies program that you'll be launched

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as well in twenty twenty six and with respect
to private domain intervention powerful

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roxboro roxborough with essentially exchanges
with them based on the experience and

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fortunate experience that the episodes the
flooding episodes that they have loved over
the

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past decade and see whether or not there is
some equipment that can be adapted for heavy

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rainfall episodes. This is this analysis is
still ongoing. L'École de technologie

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supérieure du Québec. Monsieur, We'll get
into that details, but there basically the

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individual that are working on our storm water
management plan and the types of interventions

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that could be done on the public domain in
a short medium and long term and it's more

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optimal to intervene and last but certainly
not least we've got écohabitation. Québec
La

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Société québécoise de Phytotechnologie
JFC. This is in supplement of the subsidy

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programs. We're looking at perhaps having a
turnkey solution for individual that we

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want to introduce the ring gardens within our
land. So they come in the evaluate

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basically you're your contact and see whether
it's a feasible solution to redirect water
away

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from the from the network. Once again. It would
be a turnkey solution, so we're working now

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and that and introduce that with the city programs
saying concepts with écohabitation

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Quebec, our JFC, they come in and basically
evaluate your dwelling to see what type of

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measures in your particular context, cause
every context, it is different. So what is
the

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best measure for you to protect your house
against these unfortunate events. So what

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once again? These details will be deployed
in twenty twenty six. So on that not all

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patients on the presentation to my colleague
that are going a little bit more into the

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prevention. Intervention section. Merci, Gilles.
Thank you and I'm Eric Rolland, I'm

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the director of public works and building for
the city gives you. Je vais passer à travers

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les les types de contaminants dans le réseau,
puis les types d'entretien qu'on fait pour

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gérer ces contaminants là. Donc, première
chose qui est bien important de comprendre,
c'est

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que la ville de Pointe-Claire, on bénéficie
d'un réseau séparatif, ce qui veut dire

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qu'on a un réseau sanitaire et on a un réseau
pluvial pour chacun de ces réseaux. Il y a

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des points d'entrée, il y a des contaminants
et on a naturellement, pour chacun de

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ces de ces réseaux là, un type d'entretien
qu'on fait en conséquence. Pour ce qui est
du

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réseau sanitaire, le réseau sanitaire, les
points d'entrée sont des connexions directes

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aux résidences, aux commerces et aux industries.
Donc c'est ces conduites qui sont

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branchées directement de vos maisons, qui
vont directement dans le réseau. Les types
de

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contaminants, c'est des déchets domestiques,
commerciaux et industriels. Donc souvent, il
y

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a beaucoup de sédiments, il peut y avoir de
la graisse. C'est des choses qui vont

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coller à la conduite, qui ont tendance à
rester dans la conduite et, par conséquent,

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peuvent s'accumuler avec le temps. Donc, par
conséquence, il y a un nettoyage cyclique

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qui se fait de ces conduites là. On fait à
peu près une section, on fait une section
de la ville

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par année et au fil des ans, on finit par
faire le tour de la ville. C'est une un nettoyage
à

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haute pression qui nous permet de nettoyer
l'entièreté du réseau du réseau sanitaire.

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Pour le réseau pluvial, c'est un petit peu
différent. Si on regarde les points d'entrée,

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pour ce qui est du réseau pluvial, on a son
pump vos vos pompe submersible qui

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proviennent de vos maisons qui est majoritairement
de l'eau propre. On a les puisards de

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rue et on a aussi des fossés. En termes de
contaminants. Pour ce qui est des 100 pompes,

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c'est de l'eau propre. Il n'y a rien là. La
rue, par contre, peut avoir des feuilles, des

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branches, des débris de la chaussée, des
chaussées aussi. Un petit bémol au niveau
de la

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chaussée à Pointe-Claire, on est chanceux
d'une certaine manière, on bénéficie, On
a une

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politique l'hiver, une politique de non utilisation
d'abrasif. Donc normalement,

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dans la majorité des villes, il y a de l'abrasif
qui est utilisé durant l'hiver pour

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aider avec la glace. Donc soit de la petite
pierre ou du ou du sable, étant donné que
nous on

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n'utilise pas, elle ne s'accumule pas dans
les rues. Donc on a moins de débris dans

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00:18:25,080 --> 00:18:30,080
le réseau qui est un bénéfice. Il y a des
pour et contre cette politique là, mais c'est
un des

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00:18:30,080 --> 00:18:36,080
un des pôles de cette politique là. Et et
aussi naturellement, avec les fossés, il y
a

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00:18:36,080 --> 00:18:41,080
beaucoup de branches et de feuilles qui peuvent
se ramasser dans les. Dans les

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00:18:41,080 --> 00:18:46,080
conduites par par les fossés, surtout ceux
qui vont passer dans les secteurs naturels

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comme le fossé qui passe dans dans le parc
terracotta. Donc, pour gérer ces. Ces

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00:18:54,080 --> 00:18:59,080
contaminants là, c'est plutôt du travail
préventif qu'on va venir faire. On va faire
pour.

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Pour régler tout ce qu'il y a dans la chaussée.
On va commencer par faire du balayage

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de rue. Donc, nos balais de rue passent toute
la saison estivale pour nettoyer les

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00:19:07,040 --> 00:19:11,040
débris de la rue et aussi pour nettoyer les
grilles de plusieurs en même temps qui

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sont le long de la chaussée. Et on va aussi
faire du nettoyage cyclique des puisard, parce
que

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les puisards, de manière qu'ils sont conçus,
ils ont un réservoir dans le fond, il y a

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00:19:23,040 --> 00:19:28,040
une partie du fossé qui est plus bas. Donc
tout ce qui ne flotte pas se ramasse dans le

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00:19:28,040 --> 00:19:32,040
fond du puisard. Donc systématiquement selon
un cycle. Encore une fois, il y a une

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00:19:32,040 --> 00:19:36,040
portion d'épuisement de la ville qui sont
nettoyés à chaque année. Puis on finit par

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00:19:36,040 --> 00:19:40,040
faire le tour, le tour de tous les plaisirs
de la ville. Donc ils sont tout nettoyés pour
que

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00:19:40,040 --> 00:19:45,040
tous ces débris soient enlevés de ces petits
réservoirs qui existent dans chacun des

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00:19:45,040 --> 00:19:50,040
puisards. Pour ce qui est des fossés, c'est
là que c'est un petit peu plus difficile,
c'est

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là qu'on a un point d'entrée qui est qui,
où il y a des débris qui peuvent rentrer
plus

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00:19:55,040 --> 00:19:59,040
facilement directement dans dans le dans le
système de la ville. Et donc, à ces endroits

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00:19:59,040 --> 00:20:05,000
là, après les tempêtes, c'est là qu'on
va venir faire une inspection et un nettoyage
de

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00:20:05,000 --> 00:20:09,000
la conduite. Mais dans la mesure du possible,
on va aussi nettoyer le fossé en amont pour

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00:20:09,000 --> 00:20:13,000
essayer d'enlever ce qu'on peut des branches
puis tout ça. Sauf que durant une tempête,

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00:20:13,000 --> 00:20:17,000
naturellement, il y a souvent beaucoup de feuilles
et de branches qui vont tomber

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00:20:17,000 --> 00:20:21,000
directement dans le fossé et transportées
par l'eau jusque dans la conduite. Mais on
fait

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00:20:21,000 --> 00:20:28,000
du nettoyage après, en temps et lieu. Dans
tous les cas, que ce soit le réseau sanitaire
ou le

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00:20:28,000 --> 00:20:32,000
réseau pluvial, si on détecte ou on suspecte
qu'il y a un blocage à quelque part, on va

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00:20:32,000 --> 00:20:37,000
venir faire une inspection et on va faire un
nettoyage. Justement, un bel exemple de de

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00:20:37,000 --> 00:20:42,000
ça, c'est on a une conduite en face des travaux
publics qui traverse les voies de CN et de

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00:20:42,000 --> 00:20:47,000
CP. On a détecté qu'il y avait un blocage
partiel de cette conduite là, Bien que la

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00:20:47,000 --> 00:20:52,000
conduite ne nous appartient pas, on travaille
avec le CN et le CP justement pour la faire

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00:20:52,000 --> 00:20:58,000
débloquer, pour assurer le bon fonctionnement
de notre réseau. Mais c'est un exemple parmi

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00:20:58,000 --> 00:21:05,060
d'autres. Plan d'intervention en cas de forte
pluie. Donc on on sait quand qu'il y a de la

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00:21:05,060 --> 00:21:12,060
pluie qui s'en vient, bien que la quantité
de pluie n'est pas toujours le même, on se
prépare

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00:21:12,060 --> 00:21:20,060
en conséquence. On a des activités qu'on
fait avant, pendant et après l'intempérie.

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00:21:20,060 --> 00:21:23,060
Premièrement, c'est naturellement, c'est la
préparation de nos zones

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00:21:23,060 --> 00:21:26,060
sensibles, la préparation des endroits où
on risque de recevoir des contaminants, donc

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00:21:26,060 --> 00:21:31,060
le nettoyage des fossés et surtout la préparation
des points d'entrée à certains

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00:21:31,060 --> 00:21:36,060
endroits où on a des grilles qu'il faut soit
enlever ou soit nettoyer en fonction de l'eau

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00:21:36,060 --> 00:21:40,060
qui va venir. Il y a aussi la préparation
des bâtiments. Donc de la même manière que
les

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00:21:40,060 --> 00:21:45,060
résidents font la préparation de leurs bâtiments,
bien la ville doit eux même aussi

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00:21:45,060 --> 00:21:48,060
protéger les actifs de la ville et faire une
préparation en conséquence pour minimiser
des

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00:21:48,060 --> 00:21:57,060
dommages potentiels. Et aussi, on valide la
disponibilité des équipements et des des
et du

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00:21:57,060 --> 00:22:02,020
personnel durant la tempête. C'est là qu'on
va faire la surveillance du réseau et la

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00:22:02,020 --> 00:22:09,020
surveillance des bâtiments, et agir en urgence
en temps et lieu. Si, si, c'est nécessaire.

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Et finalement, après, connaissant nos zones
sensibles et les endroits où est-ce qu'il

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00:22:13,020 --> 00:22:17,020
y a naturellement, probablement des débris
qui ont rentré dans certains certains secteurs,
on

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00:22:17,020 --> 00:22:24,020
va venir faire des inspections et un nettoyage
en conséquence, et ça fait le tour de ce
qu'on

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00:22:24,020 --> 00:22:28,020
fait au niveau des travaux publics. Mais il
y a quand même d'autres activités qui sont

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00:22:28,020 --> 00:22:32,020
faites durant un événement de ce type. Et
donc, pour faire. Je vais laisser mon collègue
à

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00:22:32,020 --> 00:22:39,020
l'ISP en parler in English, I could say it
in English if you'd like I'll go. Yeah!

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00:22:39,020 --> 00:22:48,020
Alright, I'll go quick alright. Sorry, I'm
going back and forth. So no problem in terms
of the

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00:22:48,020 --> 00:22:52,020
city of Pointe-Claire. WE have two, we have
two networks. WE have a sanitary network and
we

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00:22:52,020 --> 00:23:00,080
have a storm water network, two separate networks
entirely. So for each of these networks.

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00:23:00,080 --> 00:23:03,080
There there are entry points. There are contaminants
are there and there's maintenance

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00:23:03,080 --> 00:23:10,080
that we do according to the two separate network
on the sanitary side. WE have direct

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00:23:10,080 --> 00:23:16,080
connections from home industry and and and
and business these connections directly there

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00:23:16,080 --> 00:23:21,080
people in straight from the home right into
the right and to the the condo it so there's

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00:23:21,080 --> 00:23:25,080
no exterior contaminants that can come in there,
just the ones that comes from the home,

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00:23:25,080 --> 00:23:31,080
but from the home. There is often residue,
there's debris. There is it can be greasy.

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00:23:31,080 --> 00:23:35,080
These things I have a tendency to stick to
the to the people and make it necessary to
come

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00:23:35,080 --> 00:23:40,080
to the cleaning at some point so for these
contaminants what we do what we do for the

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00:23:40,080 --> 00:23:45,080
cleaning is we come and we do a cyclical cleaning
of the city, so we do. Certaines sections of

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00:23:45,080 --> 00:23:50,080
the county per year and over the course of
three four years. WE will have done an entire

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00:23:50,080 --> 00:23:57,080
cleaning of the entire network from head to
toe on the storm water side. It's a little

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00:23:57,080 --> 00:24:04,040
different our entry points are some pumps catch
basin and ditch contaminants will the

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00:24:04,040 --> 00:24:08,040
contaminants that comes in from the sump pump
side our clean and clean water. That's

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00:24:08,040 --> 00:24:14,040
filtered that comes from the nappe phréatique.
WE have on the but we also have leaves and

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00:24:14,040 --> 00:24:20,040
branch and a lot of debris from the road, one
thing in the winter. WE have a policy where

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00:24:20,040 --> 00:24:28,040
we don't use abrasive. So no sand and no no
stones to control if it's only salt,

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00:24:28,040 --> 00:24:34,040
there's there is there are pros and cons to
this but one of the pros is that we don't end
up

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00:24:34,040 --> 00:24:38,040
with those contaminants in our network and
obviously those will drain out and end up in

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00:24:38,040 --> 00:24:45,040
the catch basin, the types of cleaning that
we do in order to combat this tool to respond
to

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00:24:45,040 --> 00:24:49,040
these contaminants as well first of all we
do the street cleaning which we carry out all

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00:24:49,040 --> 00:24:55,040
throughout the summer months in order to clean
the debris off the road and also to clean the

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00:24:55,040 --> 00:25:02,000
degree that accumulate over the over the the
catch bass and grill also the catch basin are

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00:25:02,000 --> 00:25:06,000
built with the water reservoir at the bottom
there, there's a drop so that everything that

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00:25:06,000 --> 00:25:11,000
end up in the cash back and thinks will end
up at the bottom and will stay there. So

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00:25:11,000 --> 00:25:17,000
we have a cyclical program where we come and
we will and we will clean these catch basin.

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00:25:17,000 --> 00:25:21,000
WE do something about it here over about the
three for your period. WE will have cycled

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00:25:21,000 --> 00:25:27,000
through all of them and they're all clean up
and we can you repeat the cycle, the next

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00:25:27,000 --> 00:25:33,000
point. Here we have. Here WE have contaminants
that can enter the network is the dishes

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00:25:33,000 --> 00:25:37,000
dish, especially the ones that we're going
through forest like terracotta, those can bring

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00:25:37,000 --> 00:25:41,000
debris directly into the country, especially
in some areas, we have to remove the

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00:25:41,000 --> 00:25:48,000
grill or or and so that it doesn't get blocked
during an event so in these locations

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00:25:48,000 --> 00:25:52,000
after the storm while we know we're gonna have
to inspect and we're gonna have to clean a
lot

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00:25:52,000 --> 00:25:57,000
of debris will end up in the in the network
and carry out some get carried out to the lake,

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00:25:57,000 --> 00:26:02,060
but some doesn't and so we carry out of cleaning
after in all these cases. There's a

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00:26:02,060 --> 00:26:08,060
blockage that is suspected or detected. WE
will go and we'll carry out and inspections
and

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00:26:08,060 --> 00:26:14,060
do the necessary cleaning in both networks
and a good example of this is the the pipe

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00:26:14,060 --> 00:26:21,060
that runs across cncp. It's a cncp pipe, but
it's part of our network and we detected a

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00:26:21,060 --> 00:26:26,060
partial blockage of it and so we've been working
with cncp in order to unblock this pipes to

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00:26:26,060 --> 00:26:33,060
ensure that our network flows as best is possible
when it comes to heavy rainfall

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00:26:33,060 --> 00:26:40,060
intervention plant. WE have activities that
are done before during and after in order to

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00:26:40,060 --> 00:26:44,060
ensure proper management of the event, so we
have ditch cleaning and preparation of

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00:26:44,060 --> 00:26:49,060
entry point. So those entry points where we
know, there's a lot of debris that could end
up

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00:26:49,060 --> 00:26:53,060
in the network. WE do as best possible cleaning
of the dishes in order to reduce the

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00:26:53,060 --> 00:26:58,060
probability of contaminants, entering the entering
the ditch and we also will clean the

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00:26:58,060 --> 00:27:04,020
grill, so that the maximum amount of water
can enter the system during we'll do

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00:27:04,020 --> 00:27:10,020
surveillance of the network of story when we
also validate in the before we do the

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00:27:10,020 --> 00:27:15,020
preparation of the building in the same way
that residents will prepare their home and
in

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00:27:15,020 --> 00:27:19,020
the case of heavy rainfall the city does the
same thing with this buildings. WE prepare
them

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00:27:19,020 --> 00:27:24,020
in order to make sure that we minimize the
impact from the heavy rainfall and we prepared

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00:27:24,020 --> 00:27:30,020
our equipment and our personal accordingly
during the rainfall. Well, that's what we will
do

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00:27:30,020 --> 00:27:34,020
the network and building surveillance and urgent
intervention when required and

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00:27:34,020 --> 00:27:41,020
then finally after, we'll do the inspection
and cleaning of the areas of the areas where
we

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00:27:41,020 --> 00:27:46,020
are we had where we could have had some debris
enter the system will carry out the

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00:27:46,020 --> 00:27:54,020
inspection and do the cleaning I'm limited
two languages, but thank you alright now it
over

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00:27:54,020 --> 00:28:12,080
the. Ça, ça va faire avancer mon pointeur.
OK? Bonjour tout le monde. Pour la sécurité

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00:28:12,080 --> 00:28:19,080
publique. On a deux façons de voir les événements.
Pour nous, on est déjà du service 24 sur

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00:28:19,080 --> 00:28:25,080
sept 365 jours par année. Notre centre de
communication pour la Ville de Pointe-Claire
et est

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00:28:25,080 --> 00:28:31,080
situé à la Ville de Pointe-Claire, au Bureau
de la sécurité publique. Ce qui est

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00:28:31,080 --> 00:28:35,080
important de savoir, c'est qu'on a avant. Si
on est au courant qu'il va y avoir un

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00:28:35,080 --> 00:28:42,080
événement, on est capable de se préparer,
on est capable de faire venir des employés

302
00:28:42,080 --> 00:28:48,080
supplémentaires, on est capable de faire appel
à notre unité d'équipe élite de Rescue,
le

303
00:28:48,080 --> 00:28:54,080
Pointe-Claire Volunteer Rescue Unit. On est
capable aussi de faire du monitoring pour nos

304
00:28:54,080 --> 00:29:00,040
collègues des travaux publics, à savoir si
on détecte des anomalies, des débordements,
de

305
00:29:00,040 --> 00:29:05,040
l'eau sur les rues. On va aider à peut être
déployer des arrêts amovibles. Si jamais
on voit

306
00:29:05,040 --> 00:29:09,040
qu'il y a des rues qui sont impassables, on
peut des fois assister les services de police,

307
00:29:09,040 --> 00:29:14,040
le service d'incendie. Il faut dire que nous
autres, on travaille en collaboration avec

308
00:29:14,040 --> 00:29:18,040
la ville de Pointe-Claire, avec ce qu'on appelle
le CCM, le Centre de coordination des

309
00:29:18,040 --> 00:29:23,040
mesures d'urgence de l'agglomération de Montréal.
Fait que, oui, on a nos propres

310
00:29:23,040 --> 00:29:26,040
initiatives en mesures d'urgence, mais on est
aussi. On fait partie d'une plus

311
00:29:26,040 --> 00:29:31,040
grosse équipe de l'agglomération de Montréal.
Souvent, c'est eux autres qui

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00:29:31,040 --> 00:29:36,040
vont nous donner l'information que, attention,
en fin de semaine, il y a une alerte, il

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00:29:36,040 --> 00:29:41,040
va y avoir tant de millimètres de pluie, c'est
tout. Raccorder avec Environnement Québec,
etc.

314
00:29:41,040 --> 00:29:46,040
Fait que, quand on le sait à l'avance, on
est capable de préparer en amont. Dans

315
00:29:46,040 --> 00:29:51,040
d'autres cas, bien là, si on apprend un incident
à la dernière minute, comme la

316
00:29:51,040 --> 00:29:57,040
dernière pluie qu'on a eu au mois d'août,
que ce n'était pas prévu pantoute, ni les
services

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00:29:57,040 --> 00:30:01,000
d'urgence, ni les pompiers, ni nous autres,
personne ne l'a vu venir. C'est arrivé. Tout
le

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00:30:01,000 --> 00:30:08,000
monde était pris par surprise. C'est Dame
Nature, c'est la nature des événements à
ce

319
00:30:08,000 --> 00:30:11,000
moment là. Bien, moi, je fais rentrer des
cadres supplémentaires, je fais

320
00:30:11,000 --> 00:30:16,000
rentrer du personnel supplémentaire. On essaie
de coordonner les appels, on

321
00:30:16,000 --> 00:30:22,000
essaie de prioriser certains appels. Quels
sont les appels qu'on peut aider? Plus de monde

322
00:30:22,000 --> 00:30:27,000
tout en ne pas mettant en danger nos employés.
Exemple si un sous-sol est inondé de

323
00:30:27,000 --> 00:30:33,000
quatre pieds d'eau, l'électricité est encore
active. J'enverrais ni mon personnel ni

324
00:30:33,000 --> 00:30:40,000
mon équipe de PCV parce qu'à ce moment là,
j'ai des dangers. Je laisse ça aux spécialistes
des

325
00:30:40,000 --> 00:30:45,000
services d'incendie. Faire des choses comme
ça, des fois, il faut bloquer des rues parce
que

326
00:30:45,000 --> 00:30:49,000
même sur des rues comme Amy, même s'il y
a des bassins de rétention, il y a des

327
00:30:49,000 --> 00:30:53,000
accumulations d'eau. Ça fait qu'on est tous
en train de travailler en équipe, puis

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00:30:53,000 --> 00:30:58,000
c'est ça qui est important. On connaît notre
ville, on connaît les points de vulnérabilité,
on

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00:30:58,000 --> 00:31:02,060
a une bonne collaboration avec nos citoyens,
on continue à travailler avec eux autres,

330
00:31:02,060 --> 00:31:06,060
Puis on. Même la dernière fois, on a pris
toutes les informations de toutes les

331
00:31:06,060 --> 00:31:10,060
personnes qui ont été impliquées. On donne
ces informations là à nos équipes

332
00:31:10,060 --> 00:31:14,060
d'ingénierie communication, puis on travaille,
on travaille avec les communications aussi

333
00:31:14,060 --> 00:31:18,060
pour préparer les messages pour vous, pour
que vous soyez préparés aux événements,
parce

334
00:31:18,060 --> 00:31:22,060
que, comme nous, on doit se préparer, vous
devez vous préparer aussi. On essaie de

335
00:31:22,060 --> 00:31:25,060
vous donner le maximum d'informations, puis
ça fait partie de notre présentation ce

336
00:31:25,060 --> 00:31:33,060
soir. Ça fait qu'en anglais. Connaître Public
Security is the tool for our seven days a

337
00:31:33,060 --> 00:31:39,060
week service our communication center is located
in Pointe-Claire, but we are part

338
00:31:39,060 --> 00:31:46,060
of a bigger team, we work with the. Le centre
de mesures d'urgence de l'agglomération de

339
00:31:46,060 --> 00:31:50,060
Montreal. So which means that it's the whole
entire island of Montreal working together,
they

340
00:31:50,060 --> 00:31:55,060
have a specific team for emergency that cover
large areas of the island. They give

341
00:31:55,060 --> 00:32:00,020
in the comments. WE have certain of our own
plans locally. But we also work with

342
00:32:00,020 --> 00:32:06,020
them if we know in advanced that it's coming,
then we can prepare, we can put more stuff,

343
00:32:06,020 --> 00:32:10,020
we can put more people at the community center.
But it's always the question of capacity.

344
00:32:10,020 --> 00:32:15,020
I can put for five people in the communication
center. But I've I've got a thousand calls

345
00:32:15,020 --> 00:32:20,020
every ten minutes coming in I like to be one
one like nine-one-one. There's only so

346
00:32:20,020 --> 00:32:25,020
much the capacity. WE can do same thing with
my staff. WE work with the rescue unit,

347
00:32:25,020 --> 00:32:30,020
which is a group of volunteers and there one
hundred pour 100 volunteers, but when emergency

348
00:32:30,020 --> 00:32:36,020
is like this happen. WE put them on call. They're
all there already. And if we need them to

349
00:32:36,020 --> 00:32:41,020
cut three or pump, then we can use them for
that but again. It's a question of capacity.
I

350
00:32:41,020 --> 00:32:49,020
don't have a thousand and there are about twenty
five presently. WE set up we helped public

351
00:32:49,020 --> 00:32:54,020
works by monitoring the area by sending public
works and in the right zone setting up Watergate

352
00:32:54,020 --> 00:33:00,080
with public works to protect certain specific
buildings of the city, because if we use our

353
00:33:00,080 --> 00:33:05,080
capacity to help you will then we have this
advantage so we have to make sure that the
city

354
00:33:05,080 --> 00:33:11,080
continues to be able to operate regardless
of the storm and in certain we will move equipment

355
00:33:11,080 --> 00:33:15,080
around will trying to help everybody when we
have a reactive situation. It's

356
00:33:15,080 --> 00:33:20,080
because we don't know. What's coming alone
in last August, nobody nous not environnement

357
00:33:20,080 --> 00:33:27,080
Quebec not ccmu security civils, Not as nobody
knew what was coming. You know I think they

358
00:33:27,080 --> 00:33:30,080
were saying. We're getting it like five millimeters
of rain. Nobody gets excited about

359
00:33:30,080 --> 00:33:35,080
millimeters. But it's always a question of
how much rain in how much time we can get a

360
00:33:35,080 --> 00:33:40,080
hundred millimeters of rain, but if it's over
for this is not the end of the world, so in

361
00:33:40,080 --> 00:33:45,080
that case well, we do about the same thing.
WE call in more employees and we try and

362
00:33:45,080 --> 00:33:50,080
prioritize what we need to do. WE call our
rescue team in and we take one call at the
time

363
00:33:50,080 --> 00:33:55,080
and we try and give the the calls that I have
the most impact on people and who can

364
00:33:55,080 --> 00:34:00,040
help the most, but we know people are everyone
wants our health at the same time. The

365
00:34:00,040 --> 00:34:05,040
important thing is if you're gonna call us,
Call us wants some people with three hours

366
00:34:05,040 --> 00:34:09,040
phones at the same time. Well, you're just
gonna block all the lines for everybody else
just

367
00:34:09,040 --> 00:34:16,040
be patient and get through to us and with every
call counts were there for you and

368
00:34:16,040 --> 00:34:21,040
basically in a nutshell. That's what I can
offer you. You're every every person is important

369
00:34:21,040 --> 00:34:26,040
to us. But we have a good cooperation with
our citizens, you know and even amongst

370
00:34:26,040 --> 00:34:30,040
neighbours. WE see that there is a really good
cooperation. So we count on you. It's the

371
00:34:30,040 --> 00:34:45,040
team after. Thank you. Pretty much all that
there. Good evening everyone. Bonsoir tout

372
00:34:45,040 --> 00:34:51,040
le monde. Donc au niveau de l'ingénierie,
What we do in the early basis is basically

373
00:34:51,040 --> 00:34:56,040
gathering information data collection so throughout
the year in preparation of our

374
00:34:56,040 --> 00:35:02,000
future projects that will have will be preparing
for the next year. WE do various collecting

375
00:35:02,000 --> 00:35:08,000
data so sure TV inspection again, It's not
the entire network. It's basically what we

376
00:35:08,000 --> 00:35:14,000
need for us to prepare our future projects
in the next coming years. WE do also land

377
00:35:14,000 --> 00:35:20,000
surveying to make sure that we're ready for
us to prepare and do our designs, we do

378
00:35:20,000 --> 00:35:24,000
environment and caractéristiques environnementales.
Basically

379
00:35:24,000 --> 00:35:29,000
just to make sure that if we have needs special
permit or authorizations from the

380
00:35:29,000 --> 00:35:36,000
minister. WE have it all ready in advance.
WE do soil testing depending on the what's
going

381
00:35:36,000 --> 00:35:42,000
on the site? Where can we use it? CAN it be
used somewhere else or do we have to get rid

382
00:35:42,000 --> 00:35:49,000
of all of it? On a yearly basi as well everytime
we look at the project, we tried

383
00:35:49,000 --> 00:35:57,000
systematically to incorporate storm water measures
in every of our projects. Sometimes it's

384
00:35:57,000 --> 00:36:01,060
durable. Sometimes we can sometimes we can't
we'll see you later on in the twenty

385
00:36:01,060 --> 00:36:07,060
twenty six when it we go through the different
project. Some are very positive and we

386
00:36:07,060 --> 00:36:15,060
can try to do something to improve the situation
and also we all the data that is being

387
00:36:15,060 --> 00:36:21,060
collected with the phone calls with the email
with all the information that we get through

388
00:36:21,060 --> 00:36:26,060
communication and the common that we get from
public works as well, we are able to analyze

389
00:36:26,060 --> 00:36:35,060
that and identify the problem areas as well
on our maps. This is very small just to give
you

390
00:36:35,060 --> 00:36:41,060
an idea of the different maps that we have
we have the map with the address, we have maps

391
00:36:41,060 --> 00:36:48,060
with the drainage system with the variant basin
as well and the different colours are

392
00:36:48,060 --> 00:36:54,060
quoted for it was that the event of August
night. Twenty twenty four was that the event

393
00:36:54,060 --> 00:36:59,060
of this year in July, twenty five. So we tried
to gather the information on those maps and

394
00:36:59,060 --> 00:37:06,020
for us to focus on the problematique areas
as you could tell it's there is a bit

395
00:37:06,020 --> 00:37:10,020
of red and bit everywhere. It's not like we
could say okay this area specifically is where
we

396
00:37:10,020 --> 00:37:16,020
should address in the next two three years,
but we have an idea, we have in areas that
we

397
00:37:16,020 --> 00:37:22,020
should be locked into more details if we think
of Belmont Glen Lynn, this is something

398
00:37:22,020 --> 00:37:27,020
that will be talking about later on if we are
talking about the crack more bradbrook.

399
00:37:27,020 --> 00:37:33,020
That's something else also that has been mentioned
in the past, and when we look at the various

400
00:37:33,020 --> 00:37:39,020
simulations with the hydraulic tools that we
have we can confirm the few information as

401
00:37:39,020 --> 00:37:47,020
well when we gather all the information so
before I go ahead with the various projects

402
00:37:47,020 --> 00:37:54,020
that we are gonna look into in the future.
Just a few information. It's nothing new

403
00:37:54,020 --> 00:38:01,080
all everyone is aware of this all the various.
Les pluies torrentielles qu'on a vécu au

404
00:38:01,080 --> 00:38:05,080
cours des dernières années, on voit que ça
augmente considérablement. On ne peut

405
00:38:05,080 --> 00:38:11,080
plus dire que c'est une fois de temps en temps,
il y aura de telles pluies. On peut voir

406
00:38:11,080 --> 00:38:17,080
depuis 2022, on a pratiquement des pluies une
fois aux 200 ans, 1 à 2 fois par année. Donc
on

407
00:38:17,080 --> 00:38:20,080
voit que c'est la tendance, c'est les changements
climatiques, C'est quelque

408
00:38:20,080 --> 00:38:28,080
chose avec lesquelles on devra travailler pour
le futur. Il y a des mythes aussi qui existent.

409
00:38:28,080 --> 00:38:32,080
On avait un an depuis la tempête Debby pour
régler ça. Qu'est ce qu'on a fait? Qu'est

410
00:38:32,080 --> 00:38:37,080
ce qu'on a fait pour régler ça? On s'entend
que les réseaux d'égouts datent de plusieurs

411
00:38:37,080 --> 00:38:44,080
années. Ça a été bâti. Lorsqu'on parlait
d'un climat du XXe siècle, on a eu beaucoup,

412
00:38:44,080 --> 00:38:49,080
beaucoup d'adaptations au cours des dernières
années. Ce n'est pas que tout d'un coup, depuis

413
00:38:49,080 --> 00:38:53,080
qu'on a. C'est plus torrentiel, là, qu'on
pense au réseau pluvial. Depuis que je suis
ici

414
00:38:53,080 --> 00:39:00,040
en 2000, et même avant ça, mes prédécesseurs
y incluaient le drainage. C'était des

415
00:39:00,040 --> 00:39:06,040
simulations hydrauliques qu'on faisait. Évidemment,
les types de pluies ont changé. On a

416
00:39:06,040 --> 00:39:11,040
adapté les types de pluies avec les nouvelles
réglementations gouvernementales aussi pour

417
00:39:11,040 --> 00:39:17,040
s'ajuster, mais là, ça va plus vite que ce
qu'on était habitué, puis c'est quelque chose
avec

418
00:39:17,040 --> 00:39:23,040
lesquelles on devra travailler dans le futur.
Il faut juste élargir les conduites d'égout.

419
00:39:23,040 --> 00:39:29,040
Oui, mais on n'a pas d'arbres avec beaucoup
d'argent dans le parc Terracotta qui pourrait

420
00:39:29,040 --> 00:39:39,040
nous aider pour investir et faire tous ces
travaux là. Donc. Si je résume un petit peu
For

421
00:39:39,040 --> 00:39:43,040
the storm water system, how does it work? Well
basically the storm water network is

422
00:39:43,040 --> 00:39:48,040
designed to collect and direct rain water from
streets and property to the storm sewer

423
00:39:48,040 --> 00:39:53,040
pipes, which then discharged into the lake,
so the catch bassin that we see near the

424
00:39:53,040 --> 00:39:59,040
curve in the street collects the water brings
it to the man pipes and then towards the lake

425
00:39:59,040 --> 00:40:05,000
afterwards during light rainfall the system
operating efficiently rainwater flows

426
00:40:05,000 --> 00:40:11,000
into catch basin and is quickly drain towards
underground pipes preventing water accumulation

427
00:40:11,000 --> 00:40:17,000
when it's a bit heavier when there's a lot
of rain now the fact that the system can not

428
00:40:17,000 --> 00:40:24,000
hold it all of it, so then you start getting
water accumulation on the streets

429
00:40:24,000 --> 00:40:29,000
again when we do our simulations with our network
with our hydraulic tools that

430
00:40:29,000 --> 00:40:36,000
we have it's not ideal, but it's still part
of the retention when we have a bit of

431
00:40:36,000 --> 00:40:41,000
water in the street. It's normal. It's not
ideal I agree but it's part of the concept
de

432
00:40:41,000 --> 00:40:48,000
design for our one to five year. Rainfall.
This is something that is considered normal.

433
00:40:48,000 --> 00:40:55,000
Obviously, we don't want it to go towards the
property that something else and in extreme

434
00:40:55,000 --> 00:41:01,060
quasi then the system is completely full and
it actually invert the flow to reverse the

435
00:41:01,060 --> 00:41:06,060
flow instead of going in the pressure is so
strong in the pipe. It just comes back up

436
00:41:06,060 --> 00:41:15,060
afterwards. So like I said we have a design
that we use one to five years. Rainfall event.

437
00:41:15,060 --> 00:41:24,060
This is something that has been used for the
longest time. WE improved and the use the new

438
00:41:24,060 --> 00:41:32,060
rainfall that are the data from the ministère
as well, so we are just as we go along and

439
00:41:32,060 --> 00:41:40,060
also to consider larger retention basin and
also green infrastructure. What we want to

440
00:41:40,060 --> 00:41:45,060
do here is basically slow it down instead of
standing everything right away to the

441
00:41:45,060 --> 00:41:53,060
network. What can we do to slow it and make
sure that we can increase d'infiltration. As
you

442
00:41:53,060 --> 00:41:59,060
know Pointe-Claire as a lot of clay. The soil
is clay. That's not the best material our soil

443
00:41:59,060 --> 00:42:06,020
to aloe, but it's something that we have to
work with and it's also something that we use

444
00:42:06,020 --> 00:42:15,020
in our calculations. Donc, le but des infrastructures
vertes, c'est vraiment ça. Ça va être

445
00:42:15,020 --> 00:42:21,020
important. Puis ça, c'est des verbes super
importants qu'il faut retenir, rediriger,

446
00:42:21,020 --> 00:42:26,020
collecter, emmagasiner, ralentir, filtrer et
redistribuer les eaux pluviales.

447
00:42:26,020 --> 00:42:31,020
Comme j'ai dit, on veut pas envoyer l'eau immédiatement
au réseau, parce que c'est ça qui

448
00:42:31,020 --> 00:42:36,020
fait en sorte que ça vient en surcharge le
plus rapidement possible. Donc évidemment,
en

449
00:42:36,020 --> 00:42:48,020
faisant de tels aménagements ou regardez pas,
regardez pas. C'est ça, on veut améliorer
la

450
00:42:48,020 --> 00:42:54,020
qualité de l'eau, diminuer les risques d'inondation,
d'inondation et d'érosion et de

451
00:42:54,020 --> 00:42:58,020
s'assurer de travailler avec les nappes phréatiques
aussi. Des fois, on a beau dire, on va

452
00:42:58,020 --> 00:43:02,080
ralentir, mais la nappe phréatique est tellement
haute qu'on doit travailler avec ces

453
00:43:02,080 --> 00:43:06,080
données et ces informations là pour ensuite
alléger la pression sur nos

454
00:43:06,080 --> 00:43:11,080
infrastructures. Donc, lors de faibles pluies,
les parcs et les espaces verts gèrent l'eau

455
00:43:11,080 --> 00:43:16,080
provenant des surfaces et des rues adjacentes.
Donc le but c'est de prendre l'eau. Est ce

456
00:43:16,080 --> 00:43:23,080
qu'il y a des accumulations en tant normal,
si on peut dire, de bonnes pluies, et de la

457
00:43:23,080 --> 00:43:32,080
rediriger dans des espaces verts ou dans des
parcs pour ensuite permettre au réseau de

458
00:43:32,080 --> 00:43:40,080
résorber. Ensuite, lors de fortes pluies.
Là encore une fois, ça s'en va vers les

459
00:43:40,080 --> 00:43:47,080
surfaces engazonnées et ça agit comme un
réservoir naturel où est-ce que l'on peut
voir des

460
00:43:47,080 --> 00:43:53,080
accumulations à l'intérieur de ces infrastructures?
So what are the benefits obviously

461
00:43:53,080 --> 00:44:01,040
making it greener, it's always nicer biodiversity
reduction of heat islands and also making it

462
00:44:01,040 --> 00:44:11,040
more beautiful. These are just a few example
that we could use. WE could have those. Vegetarian

463
00:44:11,040 --> 00:44:19,040
soil or dish. WE could have perméable. Pavement
drainage pavement. WE have also these

464
00:44:19,040 --> 00:44:25,040
ones bio retention islands or ring gardens
like we talked about earlier on winthrop

465
00:44:25,040 --> 00:44:31,040
avenue. Par exemple. That's something similar
that we did alongside the road near the

466
00:44:31,040 --> 00:44:40,040
school. WE had we have also grass covered drainage
ranch that could be installed along

467
00:44:40,040 --> 00:44:46,040
big open green space and the flood playing
that something that will explain a little bit

468
00:44:46,040 --> 00:44:54,040
later with our twenty twenty six projects that
we have on the table for next year. Et des

469
00:44:54,040 --> 00:44:59,040
solutions un peu plus conventionnelles, donc
de la rétention en conduites

470
00:44:59,040 --> 00:45:05,000
surdimensionnées souterraines, ou encore des
grands bassins de rétention de sédimentation
à

471
00:45:05,000 --> 00:45:12,000
ciel ouvert tel qu'on voit ici, ou encore même
au parc Hermitage. C'est un bassin qui

472
00:45:12,000 --> 00:45:19,000
est également dans ce style là. Donc pour
le plan de gestion des eaux pluviales, c'est
en

473
00:45:19,000 --> 00:45:25,000
lien direct avec notre planification, Planification
stratégique. 23 2030 Donc, au

474
00:45:25,000 --> 00:45:29,000
niveau de l'objectif, si on parlait de transition
écologique et résilience,

475
00:45:29,000 --> 00:45:33,000
qu'est ce que Pointe-Claire peut faire pour
vraiment être plus résilient face aux

476
00:45:33,000 --> 00:45:38,000
changements climatiques? On veut également,
avec cet outil là, être en mesure de mesurer

477
00:45:38,000 --> 00:45:43,000
la vulnérabilité des différentes infrastructures
existantes. On veut cibler les

478
00:45:43,000 --> 00:45:48,000
zones prioritaires d'intervention, trouver
des solutions à court, moyen et

479
00:45:48,000 --> 00:45:54,000
long terme. On veut établir des stratégies
d'adaptation dans la planification annuelle
des

480
00:45:54,000 --> 00:46:00,060
travaux. En d'autres mots, qu'est ce qu'on
peut intégrer au PT d'une année à l'autre?
On

481
00:46:00,060 --> 00:46:04,060
s'entend que la liste de besoins est énorme
et les enveloppes budgétaires sont

482
00:46:04,060 --> 00:46:10,060
toujours à respecter, évidemment. Donc, c'est
ça fait partie de la priorisation

483
00:46:10,060 --> 00:46:15,060
également. On veut diminuer les charges, les
volumes et les débits dans le réseau et

484
00:46:15,060 --> 00:46:23,060
améliorer la résilience de la ville. C'était
mentionné tantôt avec M. Girouard, comme
quoi on

485
00:46:23,060 --> 00:46:30,060
a créé un partenariat avec le TS, donc un
de leurs professeurs, un honnêtement,

486
00:46:30,060 --> 00:46:35,060
une ressource incroyable dans le domaine. Partout
où vous parlerez au Québec, ils vont

487
00:46:35,060 --> 00:46:39,060
connaître monsieur Jean Luc Martel. Donc,
c'est quelqu'un de très, très compétent
dans le

488
00:46:39,060 --> 00:46:47,060
domaine, avec un de ses étudiants en maîtrise.
There is looking into this storm water

489
00:46:47,060 --> 00:46:52,060
management plant specifically clear. It's not
like that will take something that they did

490
00:46:52,060 --> 00:46:57,060
elsewhere another city and then it will plug
in Pointe-Claire and it's gonna make we're
gonna

491
00:46:57,060 --> 00:47:03,020
make it work. No, no, they're really going
through all the data that we have. It's a very

492
00:47:03,020 --> 00:47:11,020
very detailed project and very anxious to show
the results that are gonna come later on

493
00:47:11,020 --> 00:47:17,020
we've been looking at this in April twenty
twenty four so just to give you an idea with

494
00:47:17,020 --> 00:47:23,020
before the august night event. So just for
people to know it was on our radar before and

495
00:47:23,020 --> 00:47:31,020
then we did the different steps signed with
its for the main, the the mandate and then
where

496
00:47:31,020 --> 00:47:39,020
is underway as we speak and we should expect
the first report in April of next year and
next

497
00:47:39,020 --> 00:47:47,020
summer for the final report. En bref, c'est
quoi un plan de gestion des eaux pluviales?
On

498
00:47:47,020 --> 00:47:52,020
l'a identifié rapidement aussi tantôt. Donc
c'est d'identifier les zones vulnérables selon
les

499
00:47:52,020 --> 00:47:57,020
topographie et les infrastructures. Leur capacité,
c'est d'ajuster, de recalibrer

500
00:47:57,020 --> 00:48:02,080
l'ensemble de notre nos simulations hydrauliques.
Donc, on travaille avec un système

501
00:48:02,080 --> 00:48:06,080
depuis plusieurs années. On voulait être
certain qu'il était à jour, qui reflète
les

502
00:48:06,080 --> 00:48:12,080
nouvelles données de pluie actualisées. On
veut parler de pluie actuelle, on ne veut pas

503
00:48:12,080 --> 00:48:18,080
parler des pluies des années 80. On veut vraiment
que ça soit quelque chose à jour avec les

504
00:48:18,080 --> 00:48:24,080
réalités, avec tous les développements qui
sont également incorporés. On veut

505
00:48:24,080 --> 00:48:31,080
identifier les différents risques à certains
endroits, lors d'événements extrêmes. And

506
00:48:31,080 --> 00:48:36,080
we want them to recommend infrastructure, upgrade
and green interventions on public

507
00:48:36,080 --> 00:48:42,080
and private property give us recommendations.
What can we do on our property and what can

508
00:48:42,080 --> 00:48:50,080
the residence do as well provided prioritization
framework to guide future

509
00:48:50,080 --> 00:48:56,080
investments so based on cost benefit analysis,
risk mitigation as well and impact

510
00:48:56,080 --> 00:49:02,040
on residence we want to integrate lend us planning
consideration as well ensuring

511
00:49:02,040 --> 00:49:08,040
that zoning and development policy the line
into storm water objectives. So the bylaws

512
00:49:08,040 --> 00:49:14,040
that are existing now can be adjusted will
look into this with the planning with the

513
00:49:14,040 --> 00:49:21,040
general manager as well. So it's something
that we're going to adapt to what coming up
and

514
00:49:21,040 --> 00:49:30,040
proposed monitoring and maintenance strategies
to ensure long-term effectiveness.

515
00:49:30,040 --> 00:49:35,040
Donc les différents projets, je l'ai abordé
brièvement. On a en cours, on a qui s'en viennent

516
00:49:35,040 --> 00:49:41,040
l'année prochaine et dans les années à venir.
What has been done in the past, those were

517
00:49:41,040 --> 00:49:48,040
the ones that were kind of more important where
we basically made the pipe way bigger on

518
00:49:48,040 --> 00:49:56,040
holiday, quartier Mason and Ovide. Maybe you've
seen this a long time in front of the

519
00:49:56,040 --> 00:50:03,000
terrarium. Pour exemple, it's not under the
streets, but it's on the green space on the
south

520
00:50:03,000 --> 00:50:11,000
side of times again like we had mentioned earlier
parc hermitage with the bassin de

521
00:50:11,000 --> 00:50:20,000
rétention. Something more, we did the parking
lot at public works. WE did some jardins de

522
00:50:20,000 --> 00:50:27,000
pluie au parc Belmont and near again close
to this one on near the sentier near sunnyside

523
00:50:27,000 --> 00:50:35,000
avenue as well. This is a table showing the
various projects with the years that they were

524
00:50:35,000 --> 00:50:45,000
done and the amount that were reserved for
this project. As for the twenty twenty five

525
00:50:45,000 --> 00:50:51,000
projects. What we did with our big project
was elegant parc. That's the green space between

526
00:50:51,000 --> 00:51:00,060
Elgin and elmwood Basically we wanted to make
sure that the water that was on this site was

527
00:51:00,060 --> 00:51:06,060
managed properly not going to words private
property as well. So it was a great experience

528
00:51:06,060 --> 00:51:13,060
doing this one, we learned a lot. Oui, integrated
a lot of storm water water management

529
00:51:13,060 --> 00:51:19,060
strategy and this project was a great big project
that we did this year. I went through hope

530
00:51:19,060 --> 00:51:25,060
I mentioned it a few times. This is the area
that we are talking about and then

531
00:51:25,060 --> 00:51:32,060
Lansdowne park, we did a bit of a drainage
management with various dishes and drainage

532
00:51:32,060 --> 00:51:39,060
pipes in that project as for waverly woodland
phase two. It's something that it's the

533
00:51:39,060 --> 00:51:45,060
type for twenty twenty six, but were also continuing
our approach with the minister to

534
00:51:45,060 --> 00:51:54,060
make sure that we get all the. Toutes les autorisations
requises. Now for twenty twenty

535
00:51:54,060 --> 00:52:04,020
six projects our main one. It's gonna be the
area. That's near just north of Belmont avenue

536
00:52:04,020 --> 00:52:11,020
and south of the terracota park. Just to give
you an idea. This is Glen Lyn avenue and then

537
00:52:11,020 --> 00:52:19,020
belmont right here. So there is the various
issues here Glen Lynn as we know the big ditch

538
00:52:19,020 --> 00:52:27,020
going through the terracota here with the grille
that public workers to ensure the

539
00:52:27,020 --> 00:52:35,020
proper functioning of this one. There is also
pedestrian path in the park. That's a little

540
00:52:35,020 --> 00:52:43,020
bit here on top of the hill. Here I don't know
if you see it as well. A lot of the water

541
00:52:43,020 --> 00:52:49,020
that was coming from the top of the hill towards
the back of those property. WE had that was

542
00:52:49,020 --> 00:52:56,020
one of the issues as well and when there is
big big events. Yes, the water can overflow

543
00:52:56,020 --> 00:53:02,080
here there is water accumulation here many
times a little bit further along belmon

544
00:53:02,080 --> 00:53:10,080
and sandalwood here as well. So this was the
original project and then as we were going

545
00:53:10,080 --> 00:53:15,080
further and further and gathering information
said. OK? What else? CAN we do the fact

546
00:53:15,080 --> 00:53:23,080
that there is a papillon butterfly park right
here. There is a big soccer field

547
00:53:23,080 --> 00:53:30,080
here big green space and when we were looking
at various accumulation. Here here there

548
00:53:30,080 --> 00:53:36,080
said. OK, what can we do that will improve
and have a bigger retention capacity again.
Je

549
00:53:36,080 --> 00:53:43,080
vous rappelle les verbes qu'on avait tantôt
rediriger, collecter, emmagasiner et

550
00:53:43,080 --> 00:53:47,080
ralentir. Donc ce sont des icônes que vous
allez voir souvent si vous voyez nos

551
00:53:47,080 --> 00:53:52,080
présentations. Mais on veut vraiment passer
le message, puis c'est ça qu'on veut faire

552
00:53:52,080 --> 00:53:58,080
dans un type de projet comme ça. Donc, on
a des belles opportunités, on doit présenter

553
00:53:58,080 --> 00:54:05,040
le projet dans tous les détails aux membres
du conseil prochainement. Je n'entrerai

554
00:54:05,040 --> 00:54:10,040
pas trop dans le détail de ce projet-là,
mais dans le fond, tous les intrants, tous
les

555
00:54:10,040 --> 00:54:17,040
aspects qui ont été adressés ou soulevés
lors de la préparation sont également incorporés.
Donc,

556
00:54:17,040 --> 00:54:22,040
on a une belle opportunité. Big Green space
What can we do with this? So it's something
that

557
00:54:22,040 --> 00:54:30,040
we're gonna incorporate in our design. Basically
it's not a secret. Well creative LED plein

558
00:54:30,040 --> 00:54:36,040
so basically this is our flood playing where
we would have excess water going into this

559
00:54:36,040 --> 00:54:43,040
area a little bit higher than this one. So
at least if this is flooded for a little bit

560
00:54:43,040 --> 00:54:49,040
because of the big big big heavy rain for certaine
period. This is not usable, but then

561
00:54:49,040 --> 00:54:57,040
after a few hours a day. Maybe it, then go
back to the lower section. These are just the

562
00:54:57,040 --> 00:55:04,000
basic principle, but where. On finalise la
conception avec les différentes données.
Qu'est-ce

563
00:55:04,000 --> 00:55:09,000
qu'on a besoin pour compléter notre conception?
Justement, c'est quelque chose qu'on fait

564
00:55:09,000 --> 00:55:15,000
tout au long de l'année. On a soulevé brièvement
tantôt ce qu'on faisait. Ça, c'est une

565
00:55:15,000 --> 00:55:22,000
coupe dans l'autre direction. Donc, si on abaisse
le terrain de soccer, par exemple, ça nous

566
00:55:22,000 --> 00:55:28,000
crée une zone d'entreposage pour l'eau durant
les pires événements. Ça s'en va dans le

567
00:55:28,000 --> 00:55:36,000
point bas. La surface de jeu est encore utilisable.
Et quand le réseau est en mesure de

568
00:55:36,000 --> 00:55:42,000
reprendre l'eau, bien, cette accumulation aussi
retourne tranquillement dans le réseau

569
00:55:42,000 --> 00:55:45,000
pluvial. Donc ça, c'est les grandes lignes.
Je n'entrerai pas beaucoup plus dans le

570
00:55:45,000 --> 00:55:52,000
détail, mais c'est le principe de base qu'on
veut faire avec un type. Un tel projet. Donc,

571
00:55:52,000 --> 00:55:57,000
les différentes études préliminaires qu'on
doit faire. Donc, oui, on a eu beaucoup de

572
00:55:57,000 --> 00:56:02,060
choses qu'on a fait avant. Il y a des choses
qui se font pendant la conception et pour

573
00:56:02,060 --> 00:56:07,060
finaliser nos conceptions, pour être sûr
de nos quantités et de nos estimations de
coûts. On a

574
00:56:07,060 --> 00:56:13,060
également besoin de faire tout ce genre d'études
préliminaires. Donc, au niveau des permissions,

575
00:56:13,060 --> 00:56:17,060
au niveau du gouvernement, est-ce qu'on. C'est
un milieu humide? Est-ce qu'on a besoin

576
00:56:17,060 --> 00:56:22,060
d'un biologiste, d'un arpenteur-géomètre?
Dans ce cas, c'est yes, we did need it

577
00:56:22,060 --> 00:56:28,060
because it was in a terracotta parc not knowing
exactly if it was the park. Un milieu humide.

578
00:56:28,060 --> 00:56:36,060
So we didn't need a specialist in this when
they did the land serving in terracotta parc
the

579
00:56:36,060 --> 00:56:41,060
survey with all the various trees. What's the
pattern of the water? Where does it go?

580
00:56:41,060 --> 00:56:47,060
Where does it drain? And these are all information
that was necessary for us to do our

581
00:56:47,060 --> 00:56:54,060
design and obviously the land surveyors will
make sure that we work on our city property

582
00:56:54,060 --> 00:57:00,020
that there is no servitude Is there a Hydro-Québec
any service so stuff like that has

583
00:57:00,020 --> 00:57:09,020
to be locked in two prior or during our design
in this case. The land serving was done in

584
00:57:09,020 --> 00:57:15,020
spring of twenty twenty five again. Caractérisation
environnementale. So in order

585
00:57:15,020 --> 00:57:22,020
for us to get the okay from the ministère.
We've got to make sure that the biologist are

586
00:57:22,020 --> 00:57:28,020
considering the sont venus observer au printemps
in the summer and in the fall again to

587
00:57:28,020 --> 00:57:33,020
make sure that are all the vegetaux. Les zones
humides et la présence d'animaux également.

588
00:57:33,020 --> 00:57:39,020
So depending on the season, they come three
times at least and make sure that they see
all

589
00:57:39,020 --> 00:57:48,020
of this information for us to get the okay
afterwards. There's many discussions a lot

590
00:57:48,020 --> 00:57:53,020
of communications with them. So it's a lot
of back and forth for us to get the approach.

591
00:57:53,020 --> 00:57:59,020
L'approbation later on and the report should
be then we should receive it within the next
few

592
00:57:59,020 --> 00:58:07,080
weeks, the last two information that we really
like to incorporate is also in this

593
00:58:07,080 --> 00:58:15,080
situation. WE had this entire sector that was
we sans letters and it was a survey hundred
and

594
00:58:15,080 --> 00:58:20,080
five letters where to residence we wanted to
gather the information. OK, Have you ever

595
00:58:20,080 --> 00:58:25,080
got any floods? Where was the water coming
from was it coming from the street? Was it
coming

596
00:58:25,080 --> 00:58:30,080
from the back? WE wanted to gather all the
information for us to do the design properly

597
00:58:30,080 --> 00:58:36,080
and make sure that we address whatever situation
that we can do on our property if we do

598
00:58:36,080 --> 00:58:40,080
something hear that it solves something else
on the private property. That's our goal.

599
00:58:40,080 --> 00:58:47,080
That's what we want to incorporate in our projects
and the last thing also maybe

600
00:58:47,080 --> 00:58:54,080
you've seen this in here, it's basically to
do so all testing the determines on a certain

601
00:58:54,080 --> 00:59:02,040
area of our projects. There is the standard
if we have I don't know this size of projects,

602
00:59:02,040 --> 00:59:07,040
then we need to do thirty Warhol or there is
specific, there is the distance between

603
00:59:07,040 --> 00:59:12,040
each borneol that is necessary as well for
us to gather all the information when they
do

604
00:59:12,040 --> 00:59:19,040
the testing, we are going to be able to use
that material or it has to be excavated and
thrown

605
00:59:19,040 --> 00:59:33,040
or. A d'autres zones de. So that's it so basically,
this is the last information that we

606
00:59:33,040 --> 00:59:38,040
really need for us to complete the design and
again will be presenting the final project
to

607
00:59:38,040 --> 00:59:48,040
the council before there is anything public
that will be going and be available our

608
00:59:48,040 --> 00:59:54,040
other project that will be incorporating storm
management projects will be even though

609
00:59:54,040 --> 00:59:59,040
like we said every single project that we spot
on the type. WE look is it feasible.

610
00:59:59,040 --> 01:00:08,000
Yes or not know and if it is we try our best
to incorporated in this case again. WE had
even

611
01:00:08,000 --> 01:00:14,000
one are ready for the longest time. You could
see the situation with the Waterman,

612
01:00:14,000 --> 01:00:21,000
the sewers where is really bad condition? The
road is really bad as well, so that was a

613
01:00:21,000 --> 01:00:26,000
project that was on our skype for a while and
because we're talking so much of the storm

614
01:00:26,000 --> 01:00:32,000
water management. WE are what can we do in
this case to improve the situation just to

615
01:00:32,000 --> 01:00:40,000
get back. Here we have even know that connect
to break. Brooke So obviously, we can not

616
01:00:40,000 --> 01:00:46,000
necessarily put a very very big pipe on HIV
and how knowing that break. Brooke as a certain

617
01:00:46,000 --> 01:00:52,000
diameter. WE won't put something bigger on
even and then. C'est l'effet d'entonnoir.

618
01:00:52,000 --> 01:00:57,000
Basically, you want to make sure that it collects
and retains enough water without

619
01:00:57,000 --> 01:01:05,060
causing any problems to the residence before
it goes back into the network slowly. So

620
01:01:05,060 --> 01:01:12,060
this is just an existing view of the streets
as it is right now. So I have the year paving.

621
01:01:12,060 --> 01:01:17,060
You have some place. You have a ditch someplace
I've been filled but there's a little

622
01:01:17,060 --> 01:01:22,060
pipe underneath on both sides. You have the
water man in the middle the sanitary at the

623
01:01:22,060 --> 01:01:29,060
bottom here where you have the property lines
and its side so basically this is the existing,

624
01:01:29,060 --> 01:01:35,060
we're planning the presentation to the residence
that are directly involved in this

625
01:01:35,060 --> 01:01:41,060
project, so at this point, it's something that
we can share just this, but it's something

626
01:01:41,060 --> 01:01:46,060
that we're definitely. On veut vraiment optimiser
la rétention, la gestion des eaux pluviales.

627
01:01:46,060 --> 01:01:53,060
Dans un petit projet comme ça, chaque mouvement,
chaque projet qu'on fait vient aider la

628
01:01:53,060 --> 01:02:05,020
gestion des eaux pluviales sur l'ensemble du
territoire également. So it's pretty much.

629
01:02:05,020 --> 01:02:12,020
Just to quickly recap. I hope that the information
was that interesting and useful. Some

630
01:02:12,020 --> 01:02:17,020
points to return essentially in twenty twenty
six upcoming developments, we have over

631
01:02:17,020 --> 01:02:22,020
three in one million dollar as those of the
project that I had just outlined with respect
to

632
01:02:22,020 --> 01:02:27,020
storm water management and the public domain
that will take place throughout the next year.

633
01:02:27,020 --> 01:02:35,020
WE also have the update of our bylaws and the
new bylaws that will essentially allow us to

634
01:02:35,020 --> 01:02:40,020
launch the program for intervention on the
private domain and we have new

635
01:02:40,020 --> 01:02:46,020
communication tools. Also that are coming out
with respect to heavy rainfall and storm water

636
01:02:46,020 --> 01:02:52,020
management and once again. WE want to deploy
those in early twenty twenty six, just a quick

637
01:02:52,020 --> 01:02:59,020
recap for you some and I know that not we are
open for questions and we thank you for

638
01:02:59,020 --> 01:03:12,080
your attention this evening. Éviter d'aller
au micro, Sinon on entend bien Those of you

639
01:03:12,080 --> 01:03:24,080
don't want to ask questions. You can come up
to the Mike and. Good evening and also. Mais

640
01:03:24,080 --> 01:03:34,080
would where have already the pipe the change
in the. Night to use, but we get the same

641
01:03:34,080 --> 01:03:40,080
flood, but sur backup. Usually we have the
dream on the underground and the and we have

642
01:03:40,080 --> 01:03:48,080
the hole for the pump in the past when we have
no electricity when the power stop

643
01:03:48,080 --> 01:03:56,080
and the water flow it drain in the hole in
the middle of the bismuth. But in twenty twenty

644
01:03:56,080 --> 01:04:03,040
twenty for it in the water, it came from that
drain and thanks God, I was downstairs, I

645
01:04:03,040 --> 01:04:11,040
blocked, but we're still too much of pressure
it fill up the basement like not about. Six

646
01:04:11,040 --> 01:04:18,040
inches. So that is exactly what we do in the
people in the night you. I think about six

647
01:04:18,040 --> 01:04:24,040
feet before was a small one and even when the
small one when you have rain heavy rain it

648
01:04:24,040 --> 01:04:29,040
happened in ninety six. Whenever I have a flood
or any sur back up, but this is what

649
01:04:29,040 --> 01:04:37,040
happened in the twenty twenty twenty four August
nine like we had mentioned also the various

650
01:04:37,040 --> 01:04:43,040
myths that are saying okay, just increase the
pipe will be able to solve all the problems

651
01:04:43,040 --> 01:04:48,040
with we just increase the size of the pipe.
It's one option. But it still won't solve

652
01:04:48,040 --> 01:04:54,040
everything we have to work with plan B or where
we could Yes, we know sometimes even the big

653
01:04:54,040 --> 01:05:01,000
big pipe will will be full and will bacphilo
because the pressure is so strong and I

654
01:05:01,000 --> 01:05:07,000
understand it seems like because we got it
bigger than we're gonna be okay for all the

655
01:05:07,000 --> 01:05:14,000
various occasions. So we did improve the situation,
but it's not the one in the hundred

656
01:05:14,000 --> 01:05:21,000
years rainfall that will address every single
time first of all will be in that pipe if

657
01:05:21,000 --> 01:05:27,000
that's the case and even if it's gonna serve
once every thirty years and the investment

658
01:05:27,000 --> 01:05:34,000
is just at one point. It's so many as well
and that's something that's very sensitive

659
01:05:34,000 --> 01:05:41,000
that we want to address as many of situations
as possible. But we just at one point can not

660
01:05:41,000 --> 01:05:50,000
design for these types of events on a yearly
basis because I live in the new house

661
01:05:50,000 --> 01:05:54,000
in the night. Wouldn't have all this high-rise
building built the last ten years more than

662
01:05:54,000 --> 01:06:00,060
twenty high-rise building more than thousand
years. It would have all that in the mountains.

663
01:06:00,060 --> 01:06:05,060
That's why all that even the people were the
small for the source of the the clear that
we

664
01:06:05,060 --> 01:06:12,060
don't have any problem. The all this year is
one of five thousand and all the population

665
01:06:12,060 --> 01:06:18,060
more than ten thousand people. I'm sure that
is also affect the the floor and in the source

666
01:06:18,060 --> 01:06:25,060
is all this waste water. It goes to the source.
So if it is full, it's going to back up.

667
01:06:25,060 --> 01:06:31,060
The climate change is one thing for sure, but
back, then also the retention the bylaws for

668
01:06:31,060 --> 01:06:38,060
retention on their own private property. We're
not the same way Reduced. It is very. It's

669
01:06:38,060 --> 01:06:44,060
only ten. Leaders par seconde, par hectare.
As we speak right now. So it's something that
we

670
01:06:44,060 --> 01:06:49,060
really reduced compared to what it used to
be in the past. So it's not because of the
new

671
01:06:49,060 --> 01:06:55,060
development that there is more water actually
when they will develop and change the zoning

672
01:06:55,060 --> 01:07:02,020
or the property at this time as soon as they
change whatever on their parking lot or on
the

673
01:07:02,020 --> 01:07:06,020
roof of their buildings. They have to have
a retention which they didn't have in the past.

674
01:07:06,020 --> 01:07:13,020
So we improved the situation basically yes,
but the waste water from all this is where
it

675
01:07:13,020 --> 01:07:18,020
goes to go to the source. If the source is
can you? There is this water that is coming
in

676
01:07:18,020 --> 01:07:23,020
even if it, there is a new building and new
development. There is less water going in

677
01:07:23,020 --> 01:07:28,020
the network, then it was in the past because
now we have restrictions before there was

678
01:07:28,020 --> 01:07:35,020
none of any solution now for us because that
is exactly what happened in the drain when
it's

679
01:07:35,020 --> 01:07:42,020
is the water is coming. Even if it was so so
strong that the pressure it came came out what

680
01:07:42,020 --> 01:07:48,020
you mention bradbrook and would that's the
area that is part of the zone that we're here

681
01:07:48,020 --> 01:07:56,020
because it would here because the only way
that would it too many house is well that I
said

682
01:07:56,020 --> 01:08:03,080
sector. WE work together and all that really
like if you want any information you can

683
01:08:03,080 --> 01:08:08,080
you can give all the information and we show
you all even I have the sample from the

684
01:08:08,080 --> 01:08:13,080
water if you want to know exactly I keep it
if you know there. You were all in I keep

685
01:08:13,080 --> 01:08:28,080
it, but it's what we have in our. Yes. Thank
you. Thank you. Merci. I'm. Terracotta park

686
01:08:28,080 --> 01:08:49,080
right in front of the. Park and the. Not at
all right. OK. Alright. So I have loved there

687
01:08:49,080 --> 01:08:55,080
since thousand and three, I noticed you have
been mentioning twenty twenty twenty

688
01:08:55,080 --> 01:09:03,040
twenty twenty twenty five flooded and two thousand
thirteen when the city came to

689
01:09:03,040 --> 01:09:07,040
look at the house and two thousand thirteen,
the inspector had never heard of

690
01:09:07,040 --> 01:09:12,040
that street flooding before I had seen it flood
twice before and so this is not my point.

691
01:09:12,040 --> 01:09:21,040
This is not necessarily. Only a very recent
event. It's been looking for a long time. I

692
01:09:21,040 --> 01:09:26,040
tried to speak to I've got some things you
have loved there since the very beginning

693
01:09:26,040 --> 01:09:31,040
haven't been able to get all of them to get
the impression that let me know just how long
does

694
01:09:31,040 --> 01:09:43,040
this before going on I. This is the point donegani
the corner of sandalwood and Belmont is

695
01:09:43,040 --> 01:09:51,040
lower than donegani street. This was designed
that way so so I'm very interesting and

696
01:09:51,040 --> 01:09:57,040
what you're planning to do in front of my house.
Like I said we have to present the final

697
01:09:57,040 --> 01:10:02,000
project to the council. First and then we alright
because you don't know more than what we've

698
01:10:02,000 --> 01:10:07,000
seen today. WE know more to just something
that we're not going to share to everyone

699
01:10:07,000 --> 01:10:19,000
before the council. See the final all right
are those basing. N'ont pas that soccer

700
01:10:19,000 --> 01:10:24,000
field is probably. I don't have two here than
the streets. So I'm very curious to know how

701
01:10:24,000 --> 01:10:34,000
the water is going to get to that to that everything
will be created with. The street

702
01:10:34,000 --> 01:10:39,000
surface. There is gonna be a lot of truth is
going in front of the house and for the next

703
01:10:39,000 --> 01:10:46,000
few years in that case for sure alright, another
issue just to come at extra information that

704
01:10:46,000 --> 01:10:51,000
Glenn Lynn ditch coming from terracotta. It's
also something that we have discussion with

705
01:10:51,000 --> 01:10:59,000
the agglomération de Montréal. It's their
ditch their supposed diameter. It's their

706
01:10:59,000 --> 01:11:04,060
responsibility. WE are working public works
with them as well we maintain it. But it's
very

707
01:11:04,060 --> 01:11:11,060
hard to have access. There's no roads or no
pas for equipment as well. So it's we have
the

708
01:11:11,060 --> 01:11:19,060
meeting with them few weeks ago and trying
to make them more involved in this issue alright.

709
01:11:19,060 --> 01:11:26,060
WE know that that is a huge retention basse
and already right. The creek is really deep

710
01:11:26,060 --> 01:11:35,060
full of water when before it starts to glendon.
Considered to build the berme along the

711
01:11:35,060 --> 01:11:41,060
top of Glen Street, so that we're holding more
water back into the park there, you could

712
01:11:41,060 --> 01:11:49,060
do thousands of cubic meter of water additional
water retention in the park itself by

713
01:11:49,060 --> 01:11:57,060
building a burning there of one or two hundred
feet, we send the plants and spikes that were

714
01:11:57,060 --> 01:12:02,020
the project at the last year was in two thousand.
There was a project that was done for the

715
01:12:02,020 --> 01:12:07,020
entire creek and it was under Montreal as well,
so we send the space to make sure that

716
01:12:07,020 --> 01:12:12,020
they address the situation by any option would
be considered I would point. Are you saying

717
01:12:12,020 --> 01:12:19,020
that has should have been not the itself, but
they someone from the meeting at mention.

718
01:12:19,020 --> 01:12:28,020
Why don't we do have a retention basin somewhere
in the park. The top Yes, but I

719
01:12:28,020 --> 01:12:39,020
want to. Hold back there, but then what's the
consequences of stream? Through the park itself

720
01:12:39,020 --> 01:12:46,020
from saint Louise Street down to Glen Helen,
where there is gonna be for dropped there at

721
01:12:46,020 --> 01:13:02,080
least it's gonna be looked at ok? I'll leave
it to the anyhow and thank you. Catherine Baxter.

722
01:13:02,080 --> 01:13:07,080
One one, two sandalwood so in the same neighborhood,
but around the corner from my name

723
01:13:07,080 --> 01:13:16,080
who is just speaking. Mr Roland mentioned that
there was a blocked pipe from cncp our

724
01:13:16,080 --> 01:13:21,080
theory in our specific neighborhood would have
been there that was a significant

725
01:13:21,080 --> 01:13:26,080
contributor to the water on terracotta avenue
just wondering if you can provide us

726
01:13:26,080 --> 01:13:34,080
with an update of what's going on with that
blockage that was found in cncp spip. We've
been

727
01:13:34,080 --> 01:13:41,080
working with them to to get that partial blockage
resolved. So on our and we were recently

728
01:13:41,080 --> 01:13:45,080
actually pumps out all the water in front of
their pipes. So we can go down and get

729
01:13:45,080 --> 01:13:49,080
proper pictures, so that we can give them all
the information necessary for them to carry
out

730
01:13:49,080 --> 01:13:54,080
the work and we have a meeting with them coming
up this week on the site in order to show

731
01:13:54,080 --> 01:13:59,080
them exactly where the issue is they came.
They did some work there still more work to
be

732
01:13:59,080 --> 01:14:04,040
done so be pumping on our and we were able
to clear out all the water to get it clear

733
01:14:04,040 --> 01:14:09,040
portrait of what the what the issue is on the
side and at the same time. WE went on the other

734
01:14:09,040 --> 01:14:14,040
side. This is on the south side were able to
go on the inside and get the clear pictures
also

735
01:14:14,040 --> 01:14:18,040
of the issues on their pipe goes there are
few different pipes and it becomes an open

736
01:14:18,040 --> 01:14:23,040
dish at some point between the track. So there
is a lot of debris that can end up in that

737
01:14:23,040 --> 01:14:28,040
pipes because of that and those sections of
pipes belong to them. So we need to follow
up

738
01:14:28,040 --> 01:14:32,040
with them to make sure they do their work and
and so we're continuous think there's two

739
01:14:32,040 --> 01:14:36,040
entities involved and we can't intervene directly
on the track. WE can't even go on the track.

740
01:14:36,040 --> 01:14:40,040
But we're working closely with them to get
it down as quickly as possible appreciate the

741
01:14:40,040 --> 01:14:45,040
updates so my follow-up question. Then is for
Mr Benoit is if that has been determined

742
01:14:45,040 --> 01:14:51,040
to be the reason for the following it took
place on terracotta avenue if the track

743
01:14:51,040 --> 01:14:56,040
being blocked of that is specifically the reason
why the corner flooded. It is certainly

744
01:14:56,040 --> 01:15:00,000
one of the factors for sure. It's one of the
factors. There are in that area where there

745
01:15:00,000 --> 01:15:06,000
are multitudes of different factors, there's
handling area and that's why you were

746
01:15:06,000 --> 01:15:11,000
collecting all the information to figure out
exactly where the problem came from and how
to

747
01:15:11,000 --> 01:15:16,000
address it because we don't want to address
what we think the problem is and then it just

748
01:15:16,000 --> 01:15:19,000
happens again, right. So there are there are
multitudes of different areas and for

749
01:15:19,000 --> 01:15:23,000
different parts. It's kind of still relatively
large area. But if there's anything that

750
01:15:23,000 --> 01:15:27,000
partially blocked will that for sure needs
to get resolved. So that's an easy and easy
win and

751
01:15:27,000 --> 01:15:33,000
then on the engineering side. They continue
with their projects to do a full analysis

752
01:15:33,000 --> 01:15:40,000
of the final question for this one goes to
Mr Roland again and two Mr. Tanguay in terms
of the

753
01:15:40,000 --> 01:15:46,000
response, both by public works and public security
in the event of future emergency. How

754
01:15:46,000 --> 01:15:52,000
has the city new support plan, how will that
change in terms of emergency compared to what

755
01:15:52,000 --> 01:15:57,000
we've seen in the past all the objectives here
is to make it so that there is a current

756
01:15:57,000 --> 01:16:02,060
blockage because in the area where the water
is existing it on the surface. WE can't pump

757
01:16:02,060 --> 01:16:07,060
from one and the other. It's like pump in the
water from one side of the pool to another.
It

758
01:16:07,060 --> 01:16:11,060
doesn't help him. WE can't pump over the track
and other. So we need to get the water across

759
01:16:11,060 --> 01:16:18,060
the track and so that's why for us the immediate
intervention is to resolve that if you.

760
01:16:18,060 --> 01:16:22,060
That's the that's the emergency for us ones.
That's resolved at least water is going to
go

761
01:16:22,060 --> 01:16:28,060
through this if the network is saturated and
saturated. There is nothing we can do it and

762
01:16:28,060 --> 01:16:33,060
we're in the same body of water and public
works against our house instead of driving

763
01:16:33,060 --> 01:16:39,060
through the flooding water like I'm talking
mother. I know preventative You guys are doing

764
01:16:39,060 --> 01:16:44,060
what you CAN you up against it with cncp, but
is there anything in the short term that

765
01:16:44,060 --> 01:16:53,060
we can do to see the difference in not having
a raging river between our house and the flood.

766
01:16:53,060 --> 01:16:57,060
Because the issues in the short term, but also
engineering has already done service of the

767
01:16:57,060 --> 01:17:03,020
area to see the sandbagging has to be done
in the right area and has to have to provide
the

768
01:17:03,020 --> 01:17:07,020
surface of the water is just going around.
Well, that's just it's just a waste of time.
So

769
01:17:07,020 --> 01:17:11,020
until we have the actual elevation in everything
and we can see that it's actually

770
01:17:11,020 --> 01:17:15,020
gonna resolve something. It's hard to take
it for sure. If there's something we can do
we

771
01:17:15,020 --> 01:17:23,020
will do it. That's the point. When you think
that we did with Montreal Montreal roxborough

772
01:17:23,020 --> 01:17:28,020
and the reason for that was because there is
used to flooding from the river and

773
01:17:28,020 --> 01:17:33,020
they were going and they have all kinds of
the latest technology inflatable deck all

774
01:17:33,020 --> 01:17:37,020
kinds of stuff. So the idea was to go over
and see if there's anything that we could learn

775
01:17:37,020 --> 01:17:42,020
from them to want to come on insight in the
area, because we think we have to do something

776
01:17:42,020 --> 01:17:50,020
temporary quickly in case of a short-term flood
and maybe you would really really work

777
01:17:50,020 --> 01:17:54,020
instead of the sound bike, there might be so
yes, they are taking very serious and they

778
01:17:54,020 --> 01:18:01,080
got some great options coming up and it's a
great great initiative that they work

779
01:18:01,080 --> 01:18:07,080
together. They have experienced in this before.
So it's going to help with the update of the

780
01:18:07,080 --> 01:18:12,080
fact that now it's more identified. You know
each storm of changes like we said on the

781
01:18:12,080 --> 01:18:17,080
map before there is section all over the city.
It's not just say well, it's all concentrated

782
01:18:17,080 --> 01:18:22,080
in one area. So we try and keep an eye on our
vulnerable points. So obviously, this will
become

783
01:18:22,080 --> 01:18:26,080
one of our points and we noticed that last
time water was going towards the house

784
01:18:26,080 --> 01:18:30,080
with people were driving up and down the streets
are responsible by our block it as

785
01:18:30,080 --> 01:18:35,080
soon as we can so at least, we don't have that
public works does have a second that they

786
01:18:35,080 --> 01:18:39,080
can't get out through the back end and we can
continue to make sure that the water goes

787
01:18:39,080 --> 01:18:44,080
towards the house. And if if the sewers are
cleared like we're hoping to add the water

788
01:18:44,080 --> 01:18:49,080
pass on the track. It's not because we won't
even have to go there, but there are things

789
01:18:49,080 --> 01:18:54,080
that we can do in response. I can't buy it
the water out of there or pump it over to the

790
01:18:54,080 --> 01:18:58,080
next month. All cause. It's gonna go right
back to the same place and come up the whole

791
01:18:58,080 --> 01:19:02,040
Ontario Canada avenue. But at least if we can
maintain that people don't drive through it

792
01:19:02,040 --> 01:19:07,040
and sound waves to your house is already a
good start sounds like and improvement. Thank
you.

793
01:19:07,040 --> 01:19:16,040
Thank you all. My name's Rob. I live at five
King. Unfortunately our flooded area

794
01:19:16,040 --> 01:19:26,040
didn't make your top five list for this year.
Maybe next year. WE we leave in a very concrete

795
01:19:26,040 --> 01:19:33,040
area where we were right beside two stations
and the building across from us. Also was deemed

796
01:19:33,040 --> 01:19:43,040
commerciale after the residential house was
turn down, so all that water and doesn't

797
01:19:43,040 --> 01:19:50,040
get absorbed at all by the grace is really
about somebody. We've already put the proposal

798
01:19:50,040 --> 01:19:57,040
and our neighbours have we both have the sending
driveway and so we have to fill them in and

799
01:19:57,040 --> 01:20:02,000
I noticed that you did mention and just briefly
mentioned subsidies. I know montreal as I

800
01:20:02,000 --> 01:20:10,000
believe it's called raniplex City of Montreal
is offering somebody to to get the work

801
01:20:10,000 --> 01:20:15,000
down. WE have we have to get this down. WE
can't wait because we stay up at night.

802
01:20:15,000 --> 01:20:20,000
Waiting to see. How much water is coming down.
So it to get out to try to keep the water

803
01:20:20,000 --> 01:20:33,000
from our basement so. That which is which which
is so I'm my questions about subsidies.

804
01:20:33,000 --> 01:20:38,000
Are they coming? What? What do you know anything
more about it? And is it retroactive cause
we

805
01:20:38,000 --> 01:20:46,000
need to get our work doing this spring. WE
can't wait for two years Is there any more
is

806
01:20:46,000 --> 01:20:52,000
there any more information about? The coming
coming out Twenty twenty six, but the

807
01:20:52,000 --> 01:21:05,060
exact intervention that will be is it still
under? So? That it would be retroactive for

808
01:21:05,060 --> 01:21:10,060
someone that I go ahead and then that work
those that we're looking as well. I can't get

809
01:21:10,060 --> 01:21:16,060
you that are not that those are some of the
elements that we're reflecting with respect
to the

810
01:21:16,060 --> 01:21:31,060
program. On the king is an area that has been
identified in the past, Mr. And I know the

811
01:21:31,060 --> 01:21:35,060
mapping was small, but there are various areas
throughout the territory that have been

812
01:21:35,060 --> 01:21:44,060
identified as high-risk areas. Hello, hello!
My name is Daniel. I leave it went away. Prince

813
01:21:44,060 --> 01:21:54,060
Rupert. Prince Rupert. Prince. Prince. Rupert
is next. Not far from the lake shore hospital.

814
01:21:54,060 --> 01:22:03,020
Close to the Century Park. OK. Our street.
In the last twenty years of getting flooded
about

815
01:22:03,020 --> 01:22:10,020
five times. First in at the beginning of the
two thousand when all of him was being built

816
01:22:10,020 --> 01:22:17,020
and everything all the water come down all
in them down down down. Prince Rupert. Now
I said

817
01:22:17,020 --> 01:22:26,020
goes down. Prince Rupert towards the century
park. The pipe doesn't connect like our

818
01:22:26,020 --> 01:22:33,020
pip stop halfway in the middle of the street
and a new pipe underground, of course started

819
01:22:33,020 --> 01:22:41,020
to four Wheatley and parcs. So all the water
would come from him and come and he there and

820
01:22:41,020 --> 01:22:47,020
and flood all of our house. This is happening
like five time now could we have a look

821
01:22:47,020 --> 01:22:54,020
at on blocking that pipes and and making an
open basin and Century park. That's right

822
01:22:54,020 --> 01:23:01,080
there. It's not even used as a soccer. Par
there is small areas that are used but large

823
01:23:01,080 --> 01:23:07,080
areas and technology park that are not used
to it all and could be dogs and and used in

824
01:23:07,080 --> 01:23:14,080
case of when we have this and just that it
is an area that there were looking into the

825
01:23:14,080 --> 01:23:19,080
types of interventions. I can't speak to that,
but there is an area that I've looked into
you

826
01:23:19,080 --> 01:23:27,080
are looking into to that you know that the
pipe doesn't connect in this is why I wanted

827
01:23:27,080 --> 01:23:36,080
to share this with you sector that we have
identified earlier perfect. Thank you. Thank
you

828
01:23:36,080 --> 01:23:50,080
very much. My name is Jennifer Idlewood. I'm
in general if the flood management system,
also

829
01:23:50,080 --> 01:23:56,080
is taking into consideration the spring for
the issue. There's a lot of people that

830
01:23:56,080 --> 01:24:04,040
are not on that map. My mom is on the bay.
She has flooding in the spring every year and
that

831
01:24:04,040 --> 01:24:14,040
has to do with the creek system that have been
filed in behind the bay that ran where the

832
01:24:14,040 --> 01:24:19,040
temple is down in front of the saint John Fisher
Church. I'm wondering if that has also been

833
01:24:19,040 --> 01:24:25,040
looking at it and has been incorporated into
the flood management system while the

834
01:24:25,040 --> 01:24:30,040
storm management plan that undergoing as we
speak will specify and this is something

835
01:24:30,040 --> 01:24:35,040
that will pop out as well cause we have the
the pipe in the street. There's also ditch
that

836
01:24:35,040 --> 01:24:40,040
are existing or have been filled with time
as well. So this is something that I'll go

837
01:24:40,040 --> 01:24:45,040
through everything again in the past. It was
drainage towards the back and then people were

838
01:24:45,040 --> 01:24:51,040
maintaining it and then there was a good flow
in the front or and or in the back. This is

839
01:24:51,040 --> 01:24:56,040
something that will be addressed in the storm
water treatment plan is it something

840
01:24:56,040 --> 01:25:02,000
that we want to go back to is it something
that we could have a plan B If there is something

841
01:25:02,000 --> 01:25:09,000
area with problems. It's yes, it's heavy rainfall,
but also snow melt as well where we know

842
01:25:09,000 --> 01:25:17,000
there is low spot a little bit of everywhere
in the city. Another question would be you

843
01:25:17,000 --> 01:25:22,000
have your maps where the trouble are will all
the residents? Have a chance to

844
01:25:22,000 --> 01:25:28,000
look at that so that they can also had their
areas. I know there was a big focus on the

845
01:25:28,000 --> 01:25:34,000
people that flooded during the floods, but
maybe something more general just you can get
a

846
01:25:34,000 --> 01:25:40,000
better idea of cause, there's people that are
here even tonight that are made by there

847
01:25:40,000 --> 01:25:48,000
is that you don't know of because it wasn't
wasn't on the red flags that pop up in August,

848
01:25:48,000 --> 01:25:54,000
twenty twenty four June, twenty twenty just
to reassure you basically when they did the

849
01:25:54,000 --> 01:26:00,060
first presentation of their report that is
underway with again, the storm water

850
01:26:00,060 --> 01:26:07,060
management plan, they put the two data on top
of each other all the map that we had the

851
01:26:07,060 --> 01:26:13,060
data where there was used with the flooding
in twenty twenty twenty twenty five and there

852
01:26:13,060 --> 01:26:23,060
that's what they had simulated in the hydraulique
network tools that we have and it was

853
01:26:23,060 --> 01:26:28,060
matching, whatever we had a complaint or those
data were matching. It was pretty

854
01:26:28,060 --> 01:26:33,060
impressive. Also this will address the other
issues that may be people didn't call.

855
01:26:33,060 --> 01:26:38,060
Maybe you didn't have flooded basement, but
there are still issues in the streets. If it

856
01:26:38,060 --> 01:26:43,060
goes to high in the street. Obviously, it's
more at risk for the property around there,

857
01:26:43,060 --> 01:26:50,060
but it's it was very impressed with the way
whose matching, the data was very good and
its

858
01:26:50,060 --> 01:26:56,060
these are also areas that will be locked into
last question will there be some kind of

859
01:26:56,060 --> 01:27:03,020
public consultation before any of these big
programs go forward and it just my concern

860
01:27:03,020 --> 01:27:08,020
might be the butterfly park. That's next to
the plan retention areas if there's

861
01:27:08,020 --> 01:27:16,020
gonna be there or if there is going to be you
know protection for that area or just just

862
01:27:16,020 --> 01:27:20,020
curious. I usually the presentation for this
type of projects will be done to the

863
01:27:20,020 --> 01:27:28,020
rest of evidence that are close by when the
contract is awarded and will be presenting
the

864
01:27:28,020 --> 01:27:34,020
project the contractors, the amount and what
is gonna be the impact on the close residence

865
01:27:34,020 --> 01:27:47,020
to it perfect. Thank you very much. Brooke
question first and then you want for work and
for

866
01:27:47,020 --> 01:27:54,020
the public security. What are the contact methods
and people have issues firstly if we si if

867
01:27:54,020 --> 01:28:04,080
we see where we think something we talked about
and reporting. You can contact the city the

868
01:28:04,080 --> 01:28:11,080
city, there was a number three zéro one two
three four, that's our community center, Obviously,

869
01:28:11,080 --> 01:28:16,080
if you're calling during the event, you might
have trouble getting through you also have

870
01:28:16,080 --> 01:28:21,080
different if you go on our website. You also
have different email address for the

871
01:28:21,080 --> 01:28:26,080
contact public security to contact public works.
You can send us a message by the way.

872
01:28:26,080 --> 01:28:30,080
Did you realize yesterday that we have the
sixth sense of water on our street. It didn't

873
01:28:30,080 --> 01:28:34,080
flouter our home. But I'm just letting you
know we take that into consideration, you know
if

874
01:28:34,080 --> 01:28:38,080
there is an act of problems in your basement
is flooding will obviously, it's not necessarily.

875
01:28:38,080 --> 01:28:43,080
The call us is to call directly nine-one-one
and will probably before you even if you do
get

876
01:28:43,080 --> 01:28:47,080
through it before you the right back to the
nine-one-one and we'll get all that information

877
01:28:47,080 --> 01:28:51,080
the day, the next few days after a major event
and we put it all together and that's

878
01:28:51,080 --> 01:28:57,080
where we get our map and all the different
people who called and so your information is

879
01:28:57,080 --> 01:29:01,040
important if you don't get through the first
time send an email. It doesn't mean you get

880
01:29:01,040 --> 01:29:08,040
the response right away, but at least we'll
get the information, ok and so forth as well
same

881
01:29:08,040 --> 01:29:17,040
same deal. Yes, you can contact the counter
sorry you can contact directly the the number

882
01:29:17,040 --> 01:29:24,040
of the city as mentioned or via email. As well
goes through to the communications counter
who

883
01:29:24,040 --> 01:29:30,040
dispatch it to us and any verify and we just
carry out the verification. There's a

884
01:29:30,040 --> 01:29:40,040
response to carry out. This will directly to
the residents. Is there a. Track of. The

885
01:29:40,040 --> 01:29:55,040
street? Yeah