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According to the study of local water supply and sewerage long-term planning, the resident population and employment population in York are expected to reach 1.
79 million and 900,000 respectively by 2041
.
This substantial increase will strain the production capacity of existing water and sewerage systems, and new water infrastructure and new service models will be urgently needed to continue to maintain the status quo of safe, reliable and sustainable water supply and sewerage services
.
Through more in-depth research, it is found that the potential demand for competitiveness improvement mainly comes from two aspects
.
The first is the growing demand
in the environment of environmental policies.
The first is the objective situation of the annual population growth of about 20,000 people in the York area, the second is that the local government is constantly approving new industries to move in, and the continuous development of the industry has become an inevitable trend, the third is that water conservation and reducing the leakage rate of the pipe network have been included in the regulations in 2010, and 69% of the entire York area has been included in the scope of environmental legislation, which puts forward higher requirements
for the management level and service capacity of the York District Municipal Environmental Services Bureau.
Second, the existing infrastructure service capacity to cope with extreme humid climate conditions is not enough, and the need for such emergency response capacity is becoming more and more urgent
.
Among them, the current sewage treatment system design capacity can only cope with the intensity of heavy rainfall once in 25 years, and the frequency, intensity and duration of similar extreme weather occurrences have increased in recent years, and there have been four heavy rainfall events
of 100 years intensity in the last two years.
Therefore, York Region Municipal Environmental Services must strengthen its overall competitiveness improvement and carry out innovative practices
in three main focus areas.
The first is the overall planning aspect
of water supply and sewerage.
The concept of "one water" that combines water supply and sewage into one comprehensive recycling is proposed, and the strategic concept of sustainable development in the future is laid; In terms of management, make full use of the integration of water supply and drainage, integrate existing resources with cross-functional integration advantages, and use the effluent after sewage treatment as a resource for recycling and reuse through technological innovation, and tap the resource value in sewage; In terms of energy efficiency improvement, maximize the resource potential of existing water infrastructure to achieve sustainable development
.
The second is to guide the establishment of long-term water conservation strategies
.
The water-saving strategy is a continuation of the "Water for Tomorrow" program, launched in 1988, which on the one hand screens users with large water consumption and uses strategic market intervention to guide them to reduce water consumption, and on the other hand, targets industrial users and large institutional users to guide their reclaimed water recycling
.
Finally, the management of the leakage rate is improved
.
The first is to establish some models for leak detection, leakage repair and related economic analysis, the second is to establish zoning and improve the flow monitoring system in each region, the third is to link resources between partners to encourage relevant cooperation to participate in leak detection and leakage repair through incentive policies, and the fourth is to establish a more advanced neural network system to improve the response rate
to leakage accidents.
Through innovative practices, York Region Municipal Environmental Services has made some returns and progress
in three areas.
The first is the progress
made on leakage.
Including cooperating with various regions, implementing the "One Water" strategy into daily management, implementing a system for monitoring the flow of each region, and formulating relevant audit and management standards, and carrying out a series of restoration work for large municipal pipelines and small private branch pipes
.
Second, through reasonable planning, a certain production capacity has been released, including the release of additional water space due to leakage in the drainage pipeline through leakage control work, the gradual return of the climate to drought has also reduced a certain amount of water, and the water-saving work has helped reduce a certain amount of
water demand.
Through the effective optimization of the above series of measures, the management goal of sustainable development is expected to be achieved, first of all, through efficiency gains, the budget savings of $1.
6 billion are expected in the fiscal plan for the next ten years, the infrastructure system expansion that was previously considered necessary has become less urgent, and the licensing management within the management of the York District Municipal Environmental Services Bureau has become more and more perfect, and the original two levels of management have been merged into a single-tier management system, and the efficiency of management has been further enhanced
。
About York Region Municipal Environmental Services
The York Region of Canada Municipal Environmental Services serves one of the fastest growing regions in North America, where the population grows by nearly 20,000 people
a year.
Despite not having direct access to a suitable source of surface water, the agency provides water and drainage services to 1.
1 million people, owns 350 kilometers of mains and 330 kilometers of sewage pipes, and has assets worth more than $6 billion
.
At the 2017 National Water Summit in Austin, Texas, on November 29, 2017, York Region Municipal Environmental Services Director Irene Bu.
Mahonny accepted membership in the Network of the World's Leading Utilities and received the "Golden Faucet Award"
representing the highest achievement in utility services for the Bureau's outstanding operation in the utility sector.
According to the study of local water supply and sewerage long-term planning, the resident population and employment population in York are expected to reach 1.
79 million and 900,000 respectively by 2041
.
This substantial increase will strain the production capacity of existing water and sewerage systems, and new water infrastructure and new service models will be urgently needed to continue to maintain the status quo of safe, reliable and sustainable water supply and sewerage services
.
Through more in-depth research, it is found that the potential demand for competitiveness improvement mainly comes from two aspects
.
The first is the growing demand
in the environment of environmental policies.
The first is the objective situation of the annual population growth of about 20,000 people in the York area, the second is that the local government is constantly approving new industries to move in, and the continuous development of the industry has become an inevitable trend, the third is that water conservation and reducing the leakage rate of the pipe network have been included in the regulations in 2010, and 69% of the entire York area has been included in the scope of environmental legislation, which puts forward higher requirements
for the management level and service capacity of the York District Municipal Environmental Services Bureau.
Second, the existing infrastructure service capacity to cope with extreme humid climate conditions is not enough, and the need for such emergency response capacity is becoming more and more urgent
.
Among them, the current sewage treatment system design capacity can only cope with the intensity of heavy rainfall once in 25 years, and the frequency, intensity and duration of similar extreme weather occurrences have increased in recent years, and there have been four heavy rainfall events
of 100 years intensity in the last two years.
Therefore, York Region Municipal Environmental Services must strengthen its overall competitiveness improvement and carry out innovative practices
in three main focus areas.
The first is the overall planning aspect
of water supply and sewerage.
The concept of "one water" that combines water supply and sewage into one comprehensive recycling is proposed, and the strategic concept of sustainable development in the future is laid; In terms of management, make full use of the integration of water supply and drainage, integrate existing resources with cross-functional integration advantages, and use the effluent after sewage treatment as a resource for recycling and reuse through technological innovation, and tap the resource value in sewage; In terms of energy efficiency improvement, maximize the resource potential of existing water infrastructure to achieve sustainable development
.
The second is to guide the establishment of long-term water conservation strategies
.
The water-saving strategy is a continuation of the "Water for Tomorrow" program, launched in 1988, which on the one hand screens users with large water consumption and uses strategic market intervention to guide them to reduce water consumption, and on the other hand, targets industrial users and large institutional users to guide their reclaimed water recycling
.
Finally, the management of the leakage rate is improved
.
The first is to establish some models for leak detection, leakage repair and related economic analysis, the second is to establish zoning and improve the flow monitoring system in each region, the third is to link resources between partners to encourage relevant cooperation to participate in leak detection and leakage repair through incentive policies, and the fourth is to establish a more advanced neural network system to improve the response rate
to leakage accidents.
Through innovative practices, York Region Municipal Environmental Services has made some returns and progress
in three areas.
The first is the progress
made on leakage.
Including cooperating with various regions, implementing the "One Water" strategy into daily management, implementing a system for monitoring the flow of each region, and formulating relevant audit and management standards, and carrying out a series of restoration work for large municipal pipelines and small private branch pipes
.
Second, through reasonable planning, a certain production capacity has been released, including the release of additional water space due to leakage in the drainage pipeline through leakage control work, the gradual return of the climate to drought has also reduced a certain amount of water, and the water-saving work has helped reduce a certain amount of
water demand.
Through the effective optimization of the above series of measures, the management goal of sustainable development is expected to be achieved, first of all, through efficiency gains, the budget savings of $1.
6 billion are expected in the fiscal plan for the next ten years, the infrastructure system expansion that was previously considered necessary has become less urgent, and the licensing management within the management of the York District Municipal Environmental Services Bureau has become more and more perfect, and the original two levels of management have been merged into a single-tier management system, and the efficiency of management has been further enhanced
。
About York Region Municipal Environmental Services
About York Region Municipal Environmental ServicesThe York Region of Canada Municipal Environmental Services serves one of the fastest growing regions in North America, where the population grows by nearly 20,000 people
a year.
Despite not having direct access to a suitable source of surface water, the agency provides water and drainage services to 1.
1 million people, owns 350 kilometers of mains and 330 kilometers of sewage pipes, and has assets worth more than $6 billion
.
At the 2017 National Water Summit in Austin, Texas, on November 29, 2017, York Region Municipal Environmental Services Director Irene Bu.
Mahonny accepted membership in the Network of the World's Leading Utilities and received the "Golden Faucet Award"
representing the highest achievement in utility services for the Bureau's outstanding operation in the utility sector.
