Spray Engineering Devices Limited (SED) bagged its eighth consecutive order from Laxmi Organic Industries Ltd, further strengthening a long-standing partnership built on consistent performance and technological reliability. SED, a global leader in energy-efficient industrial technologies, continues to deliver high-performance solutions across evaporation, heat exchange, condensation, and crystallization. Meanwhile, Laxmi Organic remains a key player in acetyl intermediates and specialty chemicals catering to pharmaceutical and agrochemical sectors. With this latest contract, both companies reaffirm their commitment to sustainable and efficient industrial operations.
High-Tech Water Recovery System at the Core
Under the new order, SED will design, manufacture, and commission a 100 KLD Low Temperature Evaporation (LTE®) system. Notably, this system forms a critical part of the plant’s Zero Liquid Discharge (ZLD) strategy. The solution integrates advanced Mechanical Vapour Recompression (MVR) technology, ensuring optimal energy efficiency. Additionally, the project includes:
*A stripper column package to remove volatile organic compounds
*An MVR-based evaporator for high-efficiency water recovery
*Complete engineering and commissioning support
As a result, the system is designed to deliver both environmental compliance and operational efficiency.
Designed for High-Strength Wastewater Treatment
The system can handle extremely high contamination levels, with inlet Total Dissolved Solids (TDS) of 1,06,000 ppm and Chemical Oxygen Demand (COD) of 95,000 ppm. Despite these challenges, the plant will recover up to 77,000 litres of clean water per day, which can be reused within operations. The installation will take place at Laxmi Organic’s manufacturing complex in Dahej—a major chemical production hub.
Driving Efficiency in Complex Industrial Processes
In sectors such as pharmaceuticals and industrial chemicals, managing high-strength wastewater remains both critical and complex. Therefore, companies are increasingly prioritising:
*Energy-efficient treatment technologies
*Stable and scalable processes
*Compliance with stringent environmental regulations
Consequently, closed-loop systems like ZLD are gaining traction as industries aim to optimise water usage while minimising discharge.
Repeat Orders Reflect Performance Reliability
Notably, repeat orders of this scale highlight the importance of consistent execution. In high-concentration applications, buyers closely evaluate factors such as:
*Evaporation efficiency
*Energy consumption
*Long-term system reliability
SED’s continued success in securing repeat business underscores its ability to meet these demanding criteria.
Industry Shift Towards Sustainable Water Management
As reported by chinimandi.com, the development also signals a broader shift across chemicals, ethanol, and allied industries toward water recovery and reduced freshwater dependency. Technologies based on thermal evaporation and vapour recompression are increasingly preferred for handling complex effluents while maintaining predictable plant performance.
