Solving the planet’s environmental challenges with eco-friendly equipment.
- Product Description
-
Technical Application Analysis
Waste leachate and kitchen wastewater share the following characteristics: high suspended solids (SS), high chemical oxygen demand (COD), high oil content, and significant fluctuations in water quality and quantity. Conventional pretreatment processes, such as air flotation and sedimentation, often suffer from large land footprint, high energy consumption, substantial chemical sludge production, and poor resilience to shock loads.
The Application Value of CC-GDF
1. Counteracting high suspended solids and colloids:
· Coagulation: By dosing coagulants and flocculants, fine suspended particles, colloids, certain oils and fats, and emulsified organic matter in the wastewater are efficiently “captured” and aggregated into dense flocs, thereby creating the necessary conditions for subsequent direct filtration.
· 3-Free direct filtration: Serving as a synergistic and enhanced coagulation unit, it directly traps these alum flocs and larger particulates.
2. Addressing water quality fluctuations (with undifferentiated influent):
· This technology exhibits broad compatibility with influent water quality and can withstand the typical concentration shocks associated with landfill leachate and food-waste wastewater, thereby ensuring the stability of the pretreated effluent.
3. Reduce the load on subsequent processing:
· By effectively removing suspended solids (removal rate > 95%) and a portion of chemical oxygen demand (removal rate > 50%), the load on subsequent biochemical treatment units (such as UASB and MBR) or advanced treatment units is significantly reduced, thereby enhancing the stability and efficiency of the entire water treatment system.
4. Achieving low-cost operation of the pretreatment section:
· Power-free water production: Significant energy savings can be achieved by reducing electricity consumption in the pre-treatment stage, which is a major energy consumer.
· No secondary pollution: This approach eliminates the large volumes of chemical sludge generated by conventional coagulation and sedimentation, thereby reducing the high costs associated with sludge treatment and disposal as well as the associated environmental pressures.Equipment Selection and Specification Table (Secondary Direct Filtration)
· Two-stage direct filtration design: The two-stage direct filtration design ensures a suspended solids (SS) removal rate of greater than 97%.
· Robust, corrosion-resistant design: A carbon steel main structure, combined with specialized anti-corrosion treatment for parts in contact with water, ensures long-lasting durability of the equipment.
· Efficient and energy-saving operation: Distinguishes between backwash mode (high power) and routine operation mode (low power), resulting in low actual energy consumption and cost-effective operation.
· Flexible Custom Solutions: To meet the diverse needs of different projects, we offer customized services for non-standard water volumes.
CC-GDF System (“Scavenger” No. 1 Direct Waste Liquid Filtration System) | Patented Product
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- Product Description
-
Technical Application Analysis
Waste leachate and kitchen wastewater share the following characteristics: high suspended solids (SS), high chemical oxygen demand (COD), high oil content, and significant fluctuations in water quality and quantity. Conventional pretreatment processes, such as air flotation and sedimentation, often suffer from large land footprint, high energy consumption, substantial chemical sludge production, and poor resilience to shock loads.
The Application Value of CC-GDF
1. Counteracting high suspended solids and colloids:
· Coagulation: By dosing coagulants and flocculants, fine suspended particles, colloids, certain oils and fats, and emulsified organic matter in the wastewater are efficiently “captured” and aggregated into dense flocs, thereby creating the necessary conditions for subsequent direct filtration.
· 3-Free direct filtration: Serving as a synergistic and enhanced coagulation unit, it directly traps these alum flocs and larger particulates.
2. Addressing water quality fluctuations (with undifferentiated influent):
· This technology exhibits broad compatibility with influent water quality and can withstand the typical concentration shocks associated with landfill leachate and food-waste wastewater, thereby ensuring the stability of the pretreated effluent.
3. Reduce the load on subsequent processing:
· By effectively removing suspended solids (removal rate > 95%) and a portion of chemical oxygen demand (removal rate > 50%), the load on subsequent biochemical treatment units (such as UASB and MBR) or advanced treatment units is significantly reduced, thereby enhancing the stability and efficiency of the entire water treatment system.
4. Achieving low-cost operation of the pretreatment section:
· Power-free water production: Significant energy savings can be achieved by reducing electricity consumption in the pre-treatment stage, which is a major energy consumer.
· No secondary pollution: This approach eliminates the large volumes of chemical sludge generated by conventional coagulation and sedimentation, thereby reducing the high costs associated with sludge treatment and disposal as well as the associated environmental pressures.Equipment Selection and Specification Table (Secondary Direct Filtration)
· Two-stage direct filtration design: The two-stage direct filtration design ensures a suspended solids (SS) removal rate of greater than 97%.
· Robust, corrosion-resistant design: A carbon steel main structure, combined with specialized anti-corrosion treatment for parts in contact with water, ensures long-lasting durability of the equipment.
· Efficient and energy-saving operation: Distinguishes between backwash mode (high power) and routine operation mode (low power), resulting in low actual energy consumption and cost-effective operation.
· Flexible Custom Solutions: To meet the diverse needs of different projects, we offer customized services for non-standard water volumes.
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Solving the planet’s environmental challenges with eco-friendly equipment.
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3rd Floor, Building C, Jimi Industrial Park, Xiaojinkou Subdistrict, Huicheng District, Huizhou City
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