by There are different types of wastewater equipment supplies used in wastewater treatment. Different pieces of equipment are meant for different purposes. The following list includes some of the most common types of wastewater equipment.
Ultrafiltration systems
Ultrafiltration is a pressure-driven treatment process that uses a membrane to get rid of metal hydroxides, emulsified oils, dispersed material, emulsions, large molecular weight materials from coolant, wastewater and other materials and suspended solids. Ultrafiltration excels at the clarification of solutions that contain bacteria, suspended solids and high concentrations of macromolecules such as water and oil.
Ultrafiltration systems are designed to reduce water volumes with oil by as much as 98% without using chemicals. These systems can remove small fines in tumbling and deburring operations, which allow the soap and water solution to be reused and recycled. When calculating disposal and heating expenses, companies can see a reduction of detergent and wash water costs by up to 75% and a reduction in disposal costs of water by as much as 90%.
These reasons make wastewater equipment suppliers supply more of the ultrafiltration membrane systems as the technology is becoming very popular.
Vacuum evaporation and distillation
Several wastewater treatment processes recognize evaporation as a clean separation technology. Because evaporation removes the water from contaminants rather than removing the contaminants from the water, it is different from other treatment processes. Other water technologies cannot attain such high concentration and water-recovery rates as vacuum evaporators.
Vacuum evaporators are wastewater equipment supplies that accelerate the evaporation process to distil and treat wastewater. Three main types of vacuum evaporators include heat pumps, hot water/cold water evaporators, mechanical vapour recompression, and so on. Mechanical vapour recompression is engineered for the treatment of large flow rates of wastewater with low boiling points for reduced energy consumption. Heat pumps are flexible and versatile while hot water/cold water reduces the costs of operation by using hot water and cooling water.
