Pune
08048128705
+917558636100
MVR

MVR EVAPORATOR

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Phone Number

08048128705

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Mon-Thu: 10 AM - 2 PM • Fri: 3 PM - 7AM

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Address Plot No. 271, Survey. No.38, Mauje Bhare, Mulshi, Pirangut, Pune

Pune, India, 412115

Description

Mechanical Vapor Recompression Evaporator Manufacturer in India Concentrate liquids and effluents with much lower steam consumption. Shachi’s MVR Evaporator systems reuse the vapour generated during evaporation as the heating source for the process. This helps reduce dependency on fresh steam, lowers operating cost and makes evaporation more energy-efficient for continuous industrial operations. Designed for chemical, pharmaceutical, food, textile and wastewater applications, Shachi MVR systems are engineered around your feed, concentration target, fouling behaviour, utility availability and plant layout.

Discharge Final dry product is collected for packaging. // Rotary Valve / Collection Bin
4. Separation Dried powder is separated from the moist exhaust air. // Cyclone Separator / Bag Filter
3. Drying Tangential hot air creates a vortex for rapid moisture removal. // Drying Chamber
2. Atomization Rotating blades break the feed into tiny particles. // High-Speed Rotor
1. Feeding Wet material is introduced at a controlled rate. // Screw Feeder / Pneumatic System

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Industrial Dryer

In today's industrial scene, precision and efficiency are the criteria of success. Shachi Engineering specializes in the design and construction of high-performance Fluid Bed Dryers (FBD) that transform the way solids are treated. From the pharmaceutical cities of Hyderabad and Bengaluru to Gujarat's chemical industry belts, our systems are designed to provide 100% consistent drying with little energy use. 1. Understanding the Fluidization Phenomenon. The “Fluid Bed“ is more than just a drying procedure; it is a physical state in which solid particles become dynamic, fluid-like. This happens when a gas (typically hot air) is pushed upward through a bed of particulate solids at a speed that can support the weight of the particles. The Main Working Principle: Step-by-Step Our FBD systems adhere to a strict approach to ensure material integrity: Loading and distribution: Wet granules or powders are loaded into a product container. The perforated bottom plate provides equal air distribution. The fluidization phase involves forcing a high-velocity stream of heated, filtered air through the bed from the bottom. This causes the particles to suspend and move rapidly, resembling a boiling liquid. Optimal Heat and Mass Transfer: Because each particle is surrounded by heated air, the surface area available for evaporation is maximized. This leads in extremely quick heat transfer and moisture elimination. Controlled Exhaust: The moisture-laden air is routed through sophisticated bag filters to prevent fine powder loss before being expelled or recycled. Completion: The procedure continues until the precise residual moisture level is achieved, followed by a cooling phase if necessary. 2. Strategic Advantages: Why Choose Shachi Engineering FBD? As a top manufacturer, Shachi Engineering incorporates various exclusive elements that create a competitive advantage: A. Increased thermal efficiency. Traditional tray drying can take several hours or even days. Our Fluid Bed Dryers minimize drying time by up to 70-80% due to the intense contact between air and product. This translates immediately into increased throughput and cheaper labor expenses. B. Unmatched product uniformity In a fluidized condition, there are no “hot spots“ or “wet pockets.“ Every granule undergoes the same thermal treatment, resulting in a consistent end product—an important need for Pharmaceutical GMP standards. C. Superior Quality Preservation. By precisely managing air temperature and velocity, we reduce the danger of thermal deterioration. Our FBDs are perfect for heat-sensitive components such as enzymes, proteins, and specialty compounds. D. Sustainable Energy Footprint By optimizing the “Latent Heat of Vaporization,“ our systems utilize less fuel/electricity per kilogram of dried product than traditional processes. 3. Comparative analysis: FBD versus Conventional Drying To assist procurement teams in making informed decisions, we have summarized the performance indicators of our Fluid Bed systems: 4. Industrial Applications: Global Roadmap Shachi Engineering services a varied range of industries, delivering bespoke FBD solutions for unique material properties. 1. Pharmaceuticals and Nutraceuticals We are a reliable source for drying granules for tablet compression and encapsulated vitamins. Our “Clean-in-Place“ (CIP) designs avoid cross-contamination. Key hubs include Hyderabad, Mumbai, Europe, and Southeast Asia. 2. Food and Beverage Processing Ideal for drying grains, instant drink powders, snacks, and vegetable pieces while preserving flavor and nutritional value. Key hubs include Punjab, Maharashtra, Australia, and the Middle East. 3. Chemical and Specialty Materials Used for catalysts, pigments, resins, and polymers that require exact moisture levels for further processing. Key hubs include Gujarat (Dahej/Ankleshwar) and the Gulf region. 4. Agricultural and Mineral Processing. Handles seeds, fertilizers, and mineral ores efficiently, ensuring they are free-flowing and ready for packaging. 5. Technical Specifications and Customization. At Shachi Engineering, we understand that no two items are identical. Our FBDs come with the following options: Atomization and granulation are optional spray nozzles for top-spray granulation. Material of Construction (MOC): SS316L for pharmaceutical/food applications; specialised alloys for corrosive chemicals. Safety features include explosion-proof motors, static earthing, and rapid-release explosion vents. Air Filtration: HEPA filters (H13/H14) provide 99.9% air purity. 6. Conclusion: Engineering the Future of Drying. Shachi Engineering, located in the core of India's engineering industry, blends local manufacturing experience with a global vision for innovation. Our Fluid Bed Dryers are more than simply equipment; they are engineered assets that help your brand achieve profitability, sustainability, and product excellence.

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ETP

ETP Plant | Effluent Treatment Systems for Reliable Compliance Treat industrial wastewater reliably without daily firefighting. Shachi’s Effluent Treatment Plants (ETPs) are built to handle real-world variations in flow and load, so you meet discharge norms consistently and run with predictable OPEX.

6814772a5d263414004dd4a4 Card 2

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MVR

Mechanical Vapor Recompression Evaporator Manufacturer in India Concentrate liquids and effluents with much lower steam consumption. Shachi’s MVR Evaporator systems reuse the vapour generated during evaporation as the heating source for the process. This helps reduce dependency on fresh steam, lowers operating cost and makes evaporation more energy-efficient for continuous industrial operations. Designed for chemical, pharmaceutical, food, textile and wastewater applications, Shachi MVR systems are engineered around your feed, concentration target, fouling behaviour, utility availability and plant layout.