T/SGIPA 006-2021 Ecological landscape and artificial water body comprehensive management technical specification
T/SGIPA 006-2021 Ecological landscape and artificial water body comprehensive management technical specification
Basic Information
Scope
Main technical content: This standard specifies the scope of application, terms and definitions, general design requirements, requirements for the design of artificial lake water treatment, clear design objectives for artificial lake water treatment, analysis of non-point source pollution and pollution source management, as well as methods and implementation of water source pretreatment. It also includes technical regulations and requirements for comprehensive treatment of artificial lake water bodies, including physical and chemical methods, water ecosystem and artificial wetland treatment methods, operational management and maintenance requirements, and the benefits of comprehensive treatment of artificial lakes. This standard applies to the design, construction, acceptance, operation and maintenance, and supervision of artificial lakes in ecological landscape areas such as artificial lakes. The suitable treatment objects of this ecological landscape artificial lake water treatment mainly include tailwater from urban wastewater treatment plants, appropriately pretreated decentralized or centralized domestic wastewater, or other similar low-concentration wastewater; it can also be used for the treatment of non-point source pollution water bodies. It can be used for reference in the treatment of polluted surface water (rivers, lakes, reservoirs) and ecological restoration of watershed water environments. For other similar regions of ecological landscape artificial lake water treatment, it can be implemented according to local actual conditions. It is not suitable to use ecological landscape artificial lake technology to treat wastewater in drinking water source sanitary protection zones, fault and fracture zones, outcrops of karst aquifers, lava-developed areas, and extremely cold areas unsuitable for aquatic plant growth. This standard can be used as a technical basis for feasibility studies, environmental impact assessments, professional skills training for releva