Barometric Condenser / Mixing condenser
Engineered for industries handling large volumes of steam with reliability and efficiency.
Mazda’s Barometric Condenser delivers powerful vacuum performance with low maintenance and long service life.
Engineered for industries handling large volumes of steam with reliability and efficiency.
Mazda’s Barometric Condenser delivers powerful vacuum performance with low maintenance and long service life.
Direct-contact condensation system that eliminates costly auxiliary pumps.
A smart, rugged, and energy-efficient solution for continuous-duty industrial operations.
Product Overview
Mazda’s Barometric Condenser, also known as a mixing or contact type condenser, is a trusted solution for generating vacuum in processes dealing with large volumes of steam. By using direct contact between cooling water and steam, it achieves rapid condensation and efficient vacuum creation. Its unique barometric leg design eliminates the need for condensate pumps, reducing both capital costs and operational expenses. Built with robust materials to withstand demanding plant conditions, Mazda’s barometric condensers ensure dependable performance across sugar mills, chemical plants, distilleries, paper industries, and power stations. With decades of expertise in steam jet ejectors and vacuum systems, Mazda delivers condensers that combine simplicity, reliability, and long-term efficiency.
In the barometric condenser, steam is directly contacted with cooling water, causing instant condensation and vacuum generation. The condensate and cooling water flow downward through a barometric leg into a hot well, eliminating the need for mechanical condensate pumps. This simple yet effective design ensures smooth, continuous operation with minimal energy consumption and maintenance.
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
Steam recovery in drying and processing stages
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