Industrial Equipment Solutions

Specializing in large industrial equipment solutions for efficient operations.

Mechanical Vapor Recompressor

Mechanical Vapor Recompressor (MVR) Evaporator uses mechanical energy (usually in the form of compressor) to compress and recycle the vapors generated during the evaporation process.

Industrial Applications

• Chemical Industry (Solvent Recovery, Crystallization)

• Wastewater Treatment (ZLD, Brine Concentration)

• Food and Beverage Industry (Juice Concentration, Milk and Dairy Processing)

• Pharmaceutical Industry (Active Pharmaceutical Ingredient Concentration API Concentration)

• Pulp and Paper Industry (Black Liquor Concentration)

• Textile Industry (Dye Bath Recovery)

• Many more Oil & Gas, Petrochemical, Refining industrial applications where concentration, separation, and recovery of liquids and solids are critical for product quality and environmental compliance.

Operational Advantages

• Ability to recover heat and reuse energy

• Efficient operation reduces operational costs

• Minimizes resource consumption (sustainable)

• Minimizes waste generation in industrial processes

Falling Film Evaporator

A falling film evaporator is a type of industrial evaporator where liquid to be concentrated is fed into the top section and as it flows down through heating tubes or plates as a thin film under influence of gravity.

Industrial Applications

• Chemical Industry (Solvent Recovery, Organic Compounds)

• Wastewater Treatment (ZLD, Brine Concentration)

• Food and Beverage Industry (Juice Concentration, Milk and Dairy Processing, Concentration of Liquid Sweeteners)

• Pharmaceutical Industry (Concentrating APIs, Herbal Extracts)

• Pulp and Paper Industry (Black Liquor Concentration, Effluent Treat)

• Biotechnology and Biochemical (Fermentation, Cell Culture Media)

• Environmental (Water and Wastewater Treatment Plants)

• Energy Industry (Biofuels, Oil and Gas)

• Many more Petrochemical, Refining industrial applications for efficiently concentrating liquids, recovering valuable components, reducing waste volumes, and ensuring product quality.

Operational Advantages

• Efficient heat transfer and energy savings with steam or hot water

• Low residential time, reducing thermal degradation

• Versatile, compact design and easily scalable

• Continuous operational flexibility

Forced Circulation Evaporator (Vertical / Horizontal)

A forced circulation evaporator is a type of evaporator system used in industrial processes to concentrate a solution by boiling off the solvent (for e.g. water). The circulation of the solution is actively promoted by using a pump. A "vertical forced circulation evaporator" refers to a specific configuration of an evaporator system where the circulation of the liquid solution is facilitated in a vertical orientation. 

Industrial Applications

• Chemical Industry(Manufacturing, Concentration, Solvents Recovery)

• Wastewater Treatment (ZLD, Brine Concentration)

• Food and Beverage Industry (Juice Concentration, Milk and Dairy Processing, Concentration of Liquids)

• Pharmaceutical Industry (Drug Manufacturing APIs, Purification)

• Pulp and Paper Industry (Black Liquor Concentration)

• Sugar Industry (Cane Sugar Processing)

• Mining and Minerals Processing (Concentration of Solutions)

• Environmental (Water and Wastewater Treatment Plants)

Operational Advantages

• Efficient heat transfer, ensuring rapid evaporation and concentration

• Controlled operation over temperature, residence time and quality

• Versatile, compact design and easily scalable

• Minimum energy losses and larger savings

Stripper System

Agitated Thin Film Dryer

An Agitated Thin Film Dryer (ATFD) is a type of continuous contact dryer used primarily in the pharmaceutical, chemical, and food industries for drying heat-sensitive materials. It operates on the principle of creating a thin film of the material to be dried on the inner surface of a heated drum or a heated vessel. The agitation helps in achieving uniform heat transfer and prevents the material from sticking to the surface.

Industrial Applications

• Chemical Industry(Fine & Speciality Chemicals, Intermediates)

• Food & Beverage Industry (Food Ingredients, Dairy & Nutraceuticals)

• Pharmaceutical Industry (APIs, Herbal Extracts, Drug Formulations)

• Biotechnology (Biopharmaceuticals, Enzymes and Biomolecules)

• Polymer Industry (Resins, Speciality Polymers)

• Mining and Minerals Processing (Concentration of Solutions)

• Environmental and Waste Management (Solvent Recovery)

• Energy Sector (Biofuels, Renewable Energy)

• Many more industrial applications in industries requiring gentle and efficient drying of heat-sensitive materials, contributing to product quality, energy efficiency, and process reliability across various industrial sectors.

Operational Advantages

• Gentle drying process, efficient heat transfer

• Continuous operation, short residence time

• Versatile, compact design and easily scalable

• Handling of viscous and sticky materials

Oslo Evaporator Crystallizer

An Oslo Type Evaporative Crystallizer is a type of crystallizer used in industrial processes to concentrate a solution by evaporating the solvent (typically water) and precipitating out the dissolved solute as crystals. As the solvent evaporates, the concentration of the solute in the remaining liquid increases. Eventually, the solute reaches its solubility limit in the solution, leading to crystallization. The crystals are separated from the concentrated solution in subsequent steps.

Industrial Applications

• Chemical Industry(Salt and Fertilizer Production)

• Food & Beverage Industry (Sugar Refining and Dairy Industry)

• Pharmaceutical Industry (APIs, Crystallization of Drugs)

• Biotechnology (Biopharmaceuticals, Enzymes and Biomolecules)

• Mining & Metals Industry (Metal Recovery and Rare Earth Elements)

• Environmental (Wastewater Treatment and Grind Management)

• Chemical Processing and Petrochemicals (Catalysts, Solvents)

• Many more industrial applications where concentration and recovery of valuable compounds are necessary. 

Operational Advantages

• Efficient use of energy

• Continuous operation

• High solids recovery

• Reduced fouling and scaling

• Flexibility in operation

• Environmental considerations, reduces waste effluent streams

In the chemical industry, the term "solvent stripper" can refer to a piece of equipment or a process used for separating components from a mixture based on their solubility in a particular solvent. This process is often employed in various industrial applications such as Extraction Processes, Separation of Components, Waste Treatment, Purification of Products and Solvent Recovery. 

Industrial Applications

• Chemical Manufacturing

• Adhesive Removal and Paint / Coating Removal

• Waste Treatment and Recycling

• Pharmaceutical Industry (Extracting APIs, Herbal Extracts)

• Electronics Manufacturing

• Textile Industry

• Oil and Gas Industry (Separating Hydrocarbons and Refining)

• Many more manufacturing, maintenance and environmental

Operational Advantages

• Time efficiency (time and labor, reduced downtime)

• Reusability and recycling

• Compatibility with substrates