<-- Caustic Recovery Plant (CRP), Multi Effect Evaporators (MEE), Mechanical Vapor Recompressor (MVR), Agitated Thin Film Dryers (ATFD), Stripper Systems -->
About Us
"UNITEDMIZU INDUSTRIES PVT. LTD." (UMI) stands as an established and dynamic engineering enterprise. Guided by a dedicated team of seasoned professionals, we are dedicated to delivering innovative Turnkey Zero Liquid Discharge (ZLD) Solutions that set new industry standards. Our core focus centers on providing comprehensive solutions through Caustic Recovery Plants (CRP), Multiple Effect Evaporator Plants (MEE), Agitated Thin Film Dryers (ATFD), and Stripper Systems (SS). These advanced technologies underline our commitment to sustainable industrial practices and environmental responsibility.
At UMI, our approach is rooted in a well-rounded process encompassing knowledge acquisition, conceptualization, meticulous design, strategic planning, and flawless execution. Our team of experts harnesses cutting-edge engineering techniques and industry insights to create solutions that not only meet but exceed our clients' expectations.
With a keen eye on the ever-evolving landscape of engineering and environmental needs, we continuously refine our methodologies, ensuring that our clients receive state-of-the-art solutions that align with global standards. As a result, UMI has earned a reputation for reliability, excellence, and innovation in the field, and we are determined to carry this legacy forward, driving sustainable progress and setting the stage for a greener and more efficient industrial future.
Vision
To be a globally reputed ZLD technology organization, by providing our clients with distinctive, lasting and superior solutions and services.
Mission
Establishing trusting and enduring relationships with our clients and Driving innovation to address challenging problems in the industry.
OUR PRODUCTS
Caustic Recovery Plant
Mercerization is a finishing process in the textile industry where the textile fibers are treated under tensile stress with caustic soda. Large quantities of diluted caustic soda (weak lye) are a waste product of this process.
UMI Caustic Recovery Plants (CRP) can turn a very large proportion of this weak lye into reusable concentrated caustic soda...
Multi Effect Evaporators
Multi effect evaporator is the most efficient and successful conventional evaporation method to achieve a complete zero-liquid discharge for any type of industrial effluent. In a multiple-effect evaporator, water is heated in a sequence of vessels, each held at a lower pressure than the last.
Evaporation is the process used to concentrate a solution by separating the water in purified from by the application of heat...
Mechanical Vapor Recompressor
Mechanical Vapor Recompression (MVR) technology can reduce the energy consumption of the evaporation system significantly. The pressure, temperature and enthalpy of the secondary steam generated by evaporation increases after compressed by the steam compressor, then the steam enters the heating room as heat resource, so as to continuously circulate ...
Agitated Thin Film Dryer
Agitated Thin Film Dryer (ATFD) for evaporation of water/solvents to make concentrated liquid to dry powder up to 5% moisture. Based on application either recovered solvent or dry product is important.
Agitated Thin Film Dryer design is the ideal apparatus for continuous processing of concentrated material for drying...
Stripper System
We are leading manufacturer, Importers and Service Provider of Solvent Recovery Stripper Plant and our product is made up of good quality. In Waste water application, Stripper column can be used to remove COD percentage from the Effluent. It will recover 90 percent of low boilers from waste water .
Sludge Dryer
Eliminating the water from the sludge by evaporation reduces its volume and weight, making for easier storage, transportation & its further treatment.
Drying stabilizes the sludge, thereby reducing olfactory nuisances and improving sanitization.
Heat Recovery Unit
HRU system recovers part of the energy in the hot air in the exhaust ducting before it is let off to atmosphere.
Significant amount of thermal energy is recovered by pre-heating the fresh air.
This pre-heated fresh air is fed inside the stenter chambers.
The exhaust air is partially cooled which helps considerably in reducing the global warming problem.