The TRL-RAIN ULTRA patented solvent recovery system is one of the most innovative technology. The system can yield maximal solvent as a product at a very low cost due to the unique design of the evaporator and condenser, and this without the usage of vacuum pumps or chilling towers.
For the solvent recovery process, the TRL-RAIN ULTRA SRS does not require any columns for evaporation or condensation. The new technology of the solvent recovery system is simple to install and run, with improved energy efficiency and does not require any CIP.
The TRL-RAIN ULTRA™ Solvent Recovery System (SRS) revolutionizes solvent recovery technology with its innovative design, setting new benchmarks for efficiency and cost-effectiveness. By featuring a unique evaporator and condenser system that eliminates the need for vacuum pumps and chilling towers, the TRL-RAIN ULTRA SRS significantly reduces energy consumption and maintenance requirements. This state-of-the-art system is engineered to recover nearly 100% of solvents, ensuring maximum product yield and substantial cost savings. Its ability to operate at low temperatures allows the use of waste heat, renewable energy sources, or hot water generators, further enhancing its energy efficiency and environmental sustainability.
The TRL-RAIN ULTRA™ SRS is designed for simplicity and versatility, making it easy to install and operate without the need for skilled labour or complex equipment. Its modular design adapts to both small-scale and large-scale solvent recovery applications, handling a wide variety of solvents regardless of their boiling points. With minimal maintenance needs and no requirement for chilling towers, vacuum pumps, or complex columns, the system reduces operational costs and downtime, The TRL-RAIN ULTRA™ SRS is designed for simplicity and versatility, making it easy to install and operate without the need for skilled labour or complex equipment. Its modular design adapts to both small-scale and large-scale solvent recovery applications, handling a wide variety of solvents regardless of their boiling points. With minimal maintenance needs and no requirement for chilling towers, vacuum pumps, or complex columns, the system reduces operational costs and downtime,
