DTCarbon Carbon Source Preparation Technology
The DTCarbon Carbon Source Preparation Equipment is an innovative, environmentally friendly solution designed to address carbon source deficiencies in wastewater treatment plants. It enhances anaerobic digestion and improves sludge dewatering performance.
Addressing Carbon Source Deficiency
The equipment effectively replaces the need for external carbon sources, boosts biological nitrogen removal, and reduces sludge volume.
Optimizing the Anaerobic Reaction System
It increases the organic matter degradability, shortens anaerobic reaction times, and enhances biogas production.
Improving Sludge Dewatering Efficiency
It reduces the water content in the sludge, improves sludge properties, and enhances dewatering capacity.
Addressing Carbon Source Deficiency
The equipment effectively replaces the need for external carbon sources, boosts biological nitrogen removal, and reduces sludge volume.
Optimizing the Anaerobic Reaction System
It increases the organic matter degradability, shortens anaerobic reaction times, and enhances biogas production.
Improving Sludge Dewatering Efficiency
It reduces the water content in the sludge, improves sludge properties, and enhances dewatering capacity.
DTRN Deep-Bed Denitrification Filter
Technical Features
It combines biological nitrogen removal with deep-bed filtration, offering compact design and low investment costs.
It exhibits resistance to shock loads and allows for the simultaneous removal of TN, TP, COD, SS,etc.
Flexible operation, with the ability to switch freely between denitrification and filtration modes.
High degree of automation, and low operational costs.
It exhibits resistance to shock loads and allows for the simultaneous removal of TN, TP, COD, SS,etc.
Flexible operation, with the ability to switch freely between denitrification and filtration modes.
High degree of automation, and low operational costs.
DTRS High-Density Sedimentation Tank
The high-density sedimentation tank is designed for advanced treatment of industrial park wastewater, meeting stringent requirements for suspended solids, hardness, and other parameters. Key features include:
Technical Features
Integration of mixing, flocculation, clarification, and concentration processes in one system.
High surface loading capacity, and small occupied area.
High solids concentration in sludge discharge, and low sludge treatment costs.
Stable effluent quality with low turbidity.
High surface loading capacity, and small occupied area.
High solids concentration in sludge discharge, and low sludge treatment costs.
Stable effluent quality with low turbidity.
