Press Release Overview
On September 9, 2026, Spray Engineering Devices Limited (SED) announced that it will showcase its advanced water recovery technologies, specifically its patented MVR‑based Temperature Evaporation (LTE®) system, at SEMICON India 2026. The exhibition will take place from September 17 to 19, 2026 at Yashobhoomi (India International Convention & Expo Centre) in New Delhi, with SED’s team stationed at Booth H7031.
Technology Highlights
The LTE® technology is designed for high‑recovery industrial applications, enabling manufacturers to maximize process‑water reuse while lowering energy consumption. It supports Zero Liquid Discharge (ZLD) and is applicable to both semiconductor and photovoltaic (solar) manufacturing facilities. SED positions the system as a strategic component of plant infrastructure, comparable in importance to core production equipment.
Market and Client Context
SED works with semiconductor manufacturers, solar manufacturers, EPC contractors, and project developers, delivering integrated evaporation and water‑recovery solutions for both greenfield and brownfield projects. The company cites global clients such as Gradiant, VA Tech Wabag and Ion Exchange as examples of firms that have adopted its tailored solutions.
Executive Quote
Director Vimarsh Verma stated, “Water infrastructure has become as strategic as production infrastructure. Manufacturers investing in tomorrow’s semiconductor and solar facilities cannot afford to treat water management as an afterthought. The plants that recover more water, consume less energy and design for long‑term sustainability will ultimately be the most competitive.”
Strategic Significance
SED’s participation underscores the growing emphasis on resource efficiency and sustainability within India’s expanding semiconductor and photovoltaic manufacturing ecosystem. By offering technology that aligns operational performance with environmental compliance, SED aims to help Indian manufacturers build facilities that are productive, resilient, and prepared for future regulatory and market demands.