Hyderabad
08048051760
+917030470233
Shachi Engineering Private Limited

At Shachi Engineering, we don’t just build plants; we build long-term partnerships

With over 25 years of engineering excellence, Shachi Engineering is recognized as one of India’s premier manufacturers of high-performance spray dryers and industrial process equipment. We bridge the gap between complex liquid feedstocks and high-value dry powders, providing “Concept-to-Commissioning“ solutions that empower industries worldwide. Our core expertise lies in the design and manufacturing of state-of-the-art Spray Drying Systems. By precisely atomizing liquid materials into fine droplets and utilizing high-velocity hot air for rapid moisture removal, our plants ensure the production of consistent, high-quality powders. Whether you require specific particle sizes, controlled bulk density, or heat-sensitive processing, our systems are custom-built to meet the most rigorous industrial demands. A Multidisciplinary Approach Shachi Engineering goes beyond standard drying solutions. Our portfolio includes: 1. Thermal Solutions: Spray Dryers, Spray Congealers, and Flash Dryers. 2. Evaporation & Concentration: Multi-Effect Evaporators and Agitated Thin Film Dryers (ATFD). 3. Environmental Responsibility: Zero Liquid Discharge (ZLD) plants to help industries meet sustainability goals. Global Footprint & Diverse Industry Impact: From our TUV-certified manufacturing base in India, we have successfully delivered over 500 projects across 10+ countries. Our technology is a cornerstone of production in several critical sectors: 1. Food & Dairy: Enhancing shelf-life and solubility for ingredients. 2. Pharmaceuticals: Ensuring high-purity, uniform powder characteristics. 3. Ceramics & Chemicals: Handling abrasive and complex materials with ease. 4. Herbal & Detergent: Tailoring solutions for specialized consumer goods. At Shachi Engineering, we don’t just build plants; we build long-term partnerships through proactive service, computational fluid dynamics (CFD) optimization, and a relentless commitment to thermal efficiency.