Application of Integrated Membrane Technology (Full Membrane Process)
For over a decade, DAOTOP Technology team has been deeply engaged in the research, development, and innovative application of "membrane" and "thermal" water treatment technologies. These technologies have been successfully implemented in industries such as photovoltaics, electronics, coal chemical engineering, machinery manufacturing, and surface treatment, achieving water reuse (or near-zero emissions). The ultimate goal is to achieve full wastewater reuse through staged recovery and mineral recovery via salt crystallization.
Technical Features
No acid or alkali waste liquid discharge
Reduction pollution of environment.
Simple system and small occupied area
Low installation, operational, and maintenance workload.
Stable system operation
strong continuous water production capacity
No need for separate regeneration.
High rate of water recovery
Recovery rate up to 90%.
Reduction pollution of environment.
Simple system and small occupied area
Low installation, operational, and maintenance workload.
Stable system operation
strong continuous water production capacity
No need for separate regeneration.
High rate of water recovery
Recovery rate up to 90%.
Near Zero Liquid Discharge Technology
Technical Features
LowCa
Low Calcium Wastewater Operation Process
DeepTurb
Deep Purification Technology
ReWat
Full Membrane Process for Battery Wastewater Recovery
DTNF Pro
High-Efficiency Salt Separation Process Package
DTMVR Pro
Anti-Scaling MVR Process Package
Low Calcium Wastewater Operation Process
DeepTurb
Deep Purification Technology
ReWat
Full Membrane Process for Battery Wastewater Recovery
DTNF Pro
High-Efficiency Salt Separation Process Package
DTMVR Pro
Anti-Scaling MVR Process Package
