Elevate your industrial operations with our Evaporation Plants. Engineered for optimal performance, our plants...
Multiple Effect Evaporators are high-performance HVAC units streamlining liquid concentration.
Upgrade your industrial operations with our premium-grade Wastewater Evaporators. Designed for peak efficiency...
Film Dryers are industrial machines designed to efficiently remove moisture from thin layers of materials...
Film Dryers are industrial machines designed to efficiently remove moisture from thin layers of materials...
It is the back of our team members that have enabled us to stand out in the market and gather a wide customers base. Based on qualification, experience, skills and knowledge, we have allocated...
We guarantee premium quality of our products as we manufacturer them using the best raw material and latest production technology. We practice fair set of policies that are framed keeping in mind...
Vikrama Innovative Technologies is dedicated to achieving the utmost satisfaction of our esteemed customers, recognizing that customer satisfaction is paramount for survival in the competitive market landscape. Through our unwavering commitment to quality and excellence, we have effectively positioned ourselves as a reputable manufacturer and supplier of cutting-edge products like Wastewater Evaporators, Film Dryer, Liquid Discharge System, Membrane Bioreactor, etc. Integrity is the cornerstone of our business philosophy.
MEE plants concentrate solutions by evaporating the solvent. This process is used in the pharmaceutical industry to produce liquid concentrates.
MEE plants can treat wastewater by separating it into two streams: one that is highly concentrated and the other that is high quality water. This process can be used to reduce the overall fresh water demand of an industry.
MEE plants are designed to maximize energy efficiency and reduce operational costs. They use a low-cost heat source, such as steam or hot water, to evaporate the solvent.
It consists of multiple evaporator vessels, known as effects, arranged in series. Each effect operates at a progressively lower pressure and temperature, utilizing the vapor generated by the previous effect to drive the evaporation process. This design maximizes energy efficiency and reduces operational costs.