Infrastructures for drinking water and wastewater Sample Clauses

Infrastructures for drinking water and wastewater. Context On November 26, 2002, the Québec Government announced its Québec Water Policy. The policy, which was the result of an extensive consultation process initiated in 1997, is structured around the following five key areas: ▪ Reform of water governance. ▪ Implementation of integrated management of the St. Xxxxxxxx River. ▪ Protection of water quality and aquatic ecosystems. ▪ Continuation of water purification efforts and improved management of water services. ▪ Promotion of water-related recreotourism activities. Each of these orientations is based on a series of action approaches which, when implemented, will yield concrete results by 2007. The Government has urged municipalities, in their capacity as partners and managers responsible for water services, to make a concerted effort to meet certain objectives, including: ▪ Bringing all drinking water supply and treatment facilities up to regulation standards. ▪ Reducing the frequency of overflow of sewer systems. ▪ Disinfecting wastewater from treatment plants. ▪ Supplementing the clean-up efforts of certain municipalities. ▪ Ensuring the sustainability of municipal infrastructures. Ville de Montréal is obviously required to follow up on and implement the Québec Water Policy. It is required to manage drinking water production and supply infrastructures so as to provide residents with the quantity and quality of water as set forth in the Regulation respecting the quality of drinking water . The City is also required to provide a wastewater collection, interception and treatment service so as to maintain and improve the quality of water along the shores of the Island at a level that would be acceptable for use. Infrastructures consist primarily of eight water treatment plants and networks of aqueducts and drains, which include over 12,000 kilometres of pipes, as well as the largest treatment plant in Québec. The City’s water distribution and wastewater collection infrastructure is in serious disrepair and is faced with a number of problems: ▪ Wastewater treatment equipment is relatively new, as it was implemented in the 1970s. However, more than 30% of the aqueduct pipes in the City are over 50 years old. ▪ The two key drinking water production plants in Montréal – Atwater and Desbaillets – which provide 85% of the drinking water produced by the City, will have to undergo major modifications in order to provide water that meets the quality criteria set out in the new Regulation respecting the quality of d...
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Related to Infrastructures for drinking water and wastewater

  • Drinking Water Adequate arrangement shall be made for the supply of drinking water. If practicable filtered and chlorinated supplies shall be arranged when supplies are from intermittent sources overhead storage tank shall be provided with capacity of five liters a person per day. Where the supply is to be made from a well, it shall conform to the sanitary standard laid down in the report of the Rural Sanitation Committee. The well should be at least 30 meters away from any latrine or other source of population. If possible, hand pump should be installed for drinking water from well. The well should be effectively disinfected once every month and the quality of water should be got tested at the public Health Institution between each work of disinfecting.

  • Solid Waste Management General. The Airport is required by city ordinance to achieve a solid waste recycling rate of 75% by 2012 and 100% by 2020. Tenants are required to cooperate with the Airport to maximize the rate of solid waste recycling and source separation. Airport’s Work. The Airport will supply specially designed solid waste containers for depositing paper, bottles and cans, and general trash in the public areas of the terminal including Tenant public areas. The Airport will provide waste containers for public disposal of food waste and compostable serviceware in the vicinity of Food and Beverage leaseholds. Tenant’s Work. Tenants are required to collect the solid waste generated in back offices in containers designated for paper, bottles& cans, and general trash and deposit the content of each container in the designated bins at collection areas. All Food and Beverage Concessions are required to collect food waste and compostable serviceware in separate containers and deposit the contents in designated compostable materials bins at collection areas.

  • Drainage Systems (1) Clear culvert inlets, outlets, and sediment catching basins.

  • Stormwater Management The Owner agrees that stormwater management measures shall be applicable to the development of the Lands, in a manner which is in accordance with the provisions of The Drainage Act, R.S.O. 1990, c.D.17 and amendments thereto, and to the satisfaction of the Municipality's Engineer.

  • Air Transportation In accordance with the standard provision entitled International Air Transportation, any international travel requires prior written approval from the FHI360 contracts administrator.

  • Irrigation Systems The Project Area either has no irrigation system or a low-volume drip irrigation system. If a watering system is used, it is a drip irrigation system equipped with a filter, pressure regulator and emitters rated at twenty (20) gallons per hour (gph) or less. The system is maintained free of leaks and malfunctions. No spray irrigation is applied to the Project Area, including spray from irrigation systems adjacent to the Project Area.

  • Erosion and Sediment Control The Contractor shall install and maintain erosion and sediment control devices to prevent adjacent streets, storm drains and property from accumulations of soil, sediment, or dust which result from his work. Devices installed to control sediment and prevent erosion shall comply with the requirements of the Georgia Tech Project Superintendent. The Contractor is responsible for monitoring downstream conditions throughout the construction period and clearing any debris, sediment, and dust caused by the progress of the Work. The Contractor shall inspect, maintain, and clear erosion and sediment control devices at least weekly unless otherwise directed by the Georgia Institute of Technology Construction Manager. At the conclusion of the Work, the Contractor shall remove all installed devices and restoring the site to the satisfaction of the Georgia Tech Construction Manager.

  • FLOODPLAIN MANAGEMENT AND WETLAND PROTECTION Executive Order 11988, Floodplain Management, May 24, 1977 (42 FR 26951), 3 C.F.R., 1977 Comp., p. 117, as interpreted in HUD regulations at 24 C.F.R. Part 55, particularly Section 2(a) of the Order (For an explanation of the relationship between the decision- making process in 24 C.F.R. Part 55 and this part, see § 55.10.); and Executive Order 11990, Protection of Wetlands, May 24, 1977 (42 FR 26961), 3 C.F.R., 1977 Comp., p. 121 particularly Sections 2 and 5. COASTAL ZONE MANAGEMENT The Coastal Zone Management Act of 1972 (16 U.S.C. § 1451, et seq.), as amended, particularly sections 307(c) and (d) (16 U.S.C. § 1456(c) and (d)).

  • Stormwater Notwithstanding any other provisions or terms of this Agreement, Company acknowledges that certain properties within the Premises or on Authority-owned land are subject to stormwater rules and regulations. Company agrees to observe and abide by such stormwater rules and regulations as may be applicable to the Premises, and, if applicable, Company hereby expressly covenants, warrants, and represents to Authority, in connection with Company’s operations on the Premises, the following:

  • Dewatering 4.7.1 Where a part of a site is affected by surface water following a period of rain, thus rendering some areas unsafe for productive work, consistent with the Employer’s obligations under the OH&S Act, all non- trades employees shall assist in ‘dewatering’ their own work site or area if it is so affected. Such work to be paid at single time rates. Productive work will continue in areas not so affected.

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