MEE

MEE

Reepanshi Infrastructure Pvt Ltd is a multiple effect evaporator plant manufacturer in Ankleshwar, Gujarat, India involved in the design and manufacture of multi effect evaporators that are also known as multiple stage evaporators. Multiple Effect Evaporators are the best option for Water Evaporation applications like product concentration, crystallization, Salt Recovery, the treatment of high strength wastewater to achieve Zero Liquid Discharge for Industrial Wastewater. Our multiple effect evaporators use steam, hot oil, hot water, and Flue gas or Hot gas (sometimes) as a source of energy to utilize residual heat flows.

Multiple Effect Evaporators are the best option for the concentration of aqueous and non-aqueous solutions resulting in zero liquid discharge of high-strength wastewater. Thermosag MEE are combined as a complete system along with Stripper, Centrifuge, Dryer etc according to Wastewater parameters to achieve Zero Liquid Discharge. Condensate Polishing for residual COD can be a part of system in many cases.

Being a leading multiple effect evaporator plant manufacturers in gujarat, our multiple effect evaporators are for achieving high energy economy, Strippers are to reduce water miscible high volatile solvents, Centrifuges are to filter Crystalline solids from concentrated ML and a dryer for converting the concentrated industrial waste water into solids. The well-designed system makes system highly energy efficient, suitable for corrosive liquid, reasonably low maintenance and very easy to operate which saves operating and disposal costs. Optimized Hydraulics of liquid circulation and recycling minimizes scaling in the evaporators which otherwise is a major issue in MEE.

Principle Functionality of Multiple-Effect Evaporator A multiple effect evaporator is a process plant used in industrial processes to concentrate solutions, typically liquids, by removing a portion of their water or other solvent content through evaporation. The basic principle of operation is to use the heat energy from steam to evaporate water from a solution in the first effect, and then use the heat energy from the vapor produced in that first effect to evaporate water from a second solution in the second effect, and so on. This allows for a more efficient use of the heat energy, as the vapor from one effect is used as the heating source for the next.

The functionality of multiple effect evaporators can be broken down into several key components :

Feed System: The feed system is responsible for introducing the solution to be concentrated into the first effect of the evaporator.
Heating System: The heating system is responsible for providing the heat energy needed to evaporate the water from the solution. This is typically done by using steam or Hot Oil as the heating source.
Evaporation Effects: Each effect in the evaporator serves as a separate vessel where evaporation takes place. The vapor produced in one effect is used as the heating source for the next.
Vapor Condensation: The vapor produced by the evaporation process is condensed and collected, typically as distilled water or another liquid product.
Product Removal: The concentrated solution, or “product”, is removed from the last effect of the evaporator.
Control System: A control system monitors and adjusts the process conditions, such as temperature and pressure, to ensure optimal performance and efficiency.