Efficient solvent recovery engineered for sustainability and cost savings.
Product Overview
Mazda’s Solvent Stripping Unit is designed to deliver reliable and high-performance solvent removal from industrial wastewater streams. By combining advanced steam stripping with vacuum distillation, the system ensures high-purity solvent recovery, reduced waste, and lower operating costs. Built with precision engineering, it supports industries aiming for operational excellence and eco-friendly production.
The system uses a shell-and-tube heat exchanger type reboiler to preheat wastewater, which is then processed in a packed tower equipped with an effective droplet separator. Solvents are separated through vacuum distillation and rectified in the condenser, ensuring precise recovery. A specially designed vacuum pump maintains stable conditions for efficient operation.
In multi-effect evaporators, capturing and reusing waste steam after the final effect
Steam recovery in drying and processing stages
Energy recycling in evaporation and concentration processes
In multi-effect evaporators, capturing and reusing waste steam after the final effect
In multi-effect evaporators, capturing and reusing waste steam after the final effect
A Solvent Stripping Unit is a separation system designed to remove and recover solvents from industrial wastewater streams. Mazda's system combines steam stripping with vacuum distillation to support efficient solvent removal, recovery, and wastewater treatment.
The wastewater is first preheated in a shell-and-tube heat exchanger type reboiler and then processed through a packed tower with a droplet separator. Solvents are separated through vacuum distillation and subsequently rectified in the condenser, while a dedicated vacuum pump maintains the required operating conditions.
Vacuum distillation allows solvent separation to take place under reduced pressure, helping maintain the required conditions for effective separation. In Mazda's system, a specially designed vacuum pump maintains stable vacuum conditions during the process.
Yes. Mazda's Solvent Stripping Unit is specifically designed for solvent removal and recovery from industrial wastewater streams, with the process incorporating steam stripping, vacuum distillation, and condensation for solvent recovery.
Steam stripping uses steam to assist in separating volatile solvents from wastewater. Mazda combines steam stripping with vacuum distillation to provide an integrated approach to solvent removal and recovery.
Mazda's system includes a shell-and-tube heat exchanger type reboiler, packed tower, droplet separator, condenser, and vacuum pump. These components work together to preheat the wastewater, separate the solvent, condense the recovered material, and maintain stable operating conditions.
Yes. Mazda's Solvent Stripping Unit is described as customizable to different capacities, allowing the system to be designed according to the requirements of the industrial wastewater treatment and solvent recovery application.
Key benefits include solvent recovery, reduced waste, energy-efficient separation, reliable operation, customizable capacity, and support for more sustainable industrial wastewater treatment.
Solvent Stripping Units can be considered for industrial processes that generate solvent-containing wastewater streams and require solvent removal or recovery. The appropriate configuration depends on the wastewater characteristics and solvent separation requirements.
Mazda Limited designs and supplies Solvent Stripping Units combining steam stripping, vacuum distillation, condensation, and vacuum technology. The systems can be customized for different capacities and are designed to support efficient solvent recovery and industrial wastewater treatment.
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