Proposal for Water Quality Management of Reservoirs, Lakes, and Dams …
페이지 정보
등록일 2024-06-28
본문
Proposal for Water Quality Management of Reservoirs, Lakes, and Dams Using Pure O2" Chlorine dioxide
1. Background: Reservoirs, lakes, dams, etc. play important roles such as agricultural water, drinking water, recreation, and ecosystem protection. However, water quality can deteriorate due to eutrophication, algae, odors, and the occurrence of pathogenic microorganisms.
Purpose: By managing and improving the water quality of reservoirs, lakes, and dams using chlorine dioxide liquids, we aim to protect the ecosystem, strengthen public safety, and increase the utilization of water resources.
2. Characteristics and Advantages of Chlorine dioxide: The powerful oxygen oxidant Chlorine dioxide (ClO₂) oxidizes and removes pathogenic microorganisms, organic matter, and algae.
Broad sterilization spectrum: excellent sterilization effect against a variety of microorganisms and algae.
Minimize by-products: Reduce the production of harmful by-products compared to chlorine disinfection.
Effective Removal: Effectively removes odors, chromaticity, organic matter, etc.
3. Areas and methods of application
3.1. Applications: Water surface and underwater: water quality improvement in the entire body of water in reservoirs, lakes and dams.
Inflows and drains: Intensive management of areas where pollutants are introduced or released.
Recreation Area: Water quality management in areas where water sports, fishing, swimming, etc. take place.
3.2. Application method: Liquid phase input system: Dilute chlorine dioxide liquid to a certain concentration and put it directly into the water body.
Advantage: Improving water quality due to rapid oxidation of organic matter and algae.
Examples of application: reservoir center, inlet, outlet.
Auto-injector: Install a system that automatically injects chlorine dioxide liquid and manages it continuously.
Advantage: Continuous and consistent water quality maintenance.
Examples of applications: dams, inlets and drains of reservoirs.
Surface Spray System: Remove green algae and organic matter by spraying chlorine dioxide liquid over the water surface.
Advantage: Immediate oxidation of surface algae and organic matter.
Examples of application: injection and dispensing of reservoirs or lakes where algal blooms frequently occur.
Precipitation algae treatment: Method: collection of sediments in a specific area and oxidative removal to chlorine dioxide liquid.
Advantage: Concentrated removal of precipitated organic matter and algae.
Example of application: lake bed where sedimentary tides build up.
4. Expected effects, improved water quality: improved transparency due to reduced algae and organic matter, eliminating odors.
Pathogen elimination: enhanced public safety due to the elimination of pathogenic microorganisms.
Protecting the ecosystem: Promoting ecosystem health due to suppression of eutrophication.
Increasing recreational value: improving the quality of recreational activities by maintaining clean water quality.
5. Cost savings: Reduce long-term maintenance costs due to green algae removal and improved water quality.
6. Case Study: Successful cases of water quality management using chlorine dioxide liquid in existing reservoirs, lakes, and dams, registered as domestic and foreign water treatment disinfectants.
e.g. the use of chlorine dioxide liquid in a particular reservoir to reduce the occurrence of green algae.
Reference : A Study on the Effectiveness of the Water Quality Improvement of Chlorine dioxide, and Case of Reservoir and Lake Management
8. Conclusion and Proposal: Chlorine dioxide liquid is an effective and safe solution for water quality management of reservoirs, lakes, and dams.
Proposition: It is recommended to introduce chlorine dioxide liquid for water quality improvement and maintenance. Through this, we can expect effects such as environmental protection of water bodies, stable use of water resources, and increased public safety and recreational value.
프러포우절 포어 워터 콸러티 매