High-efficiency concentration and evaporation – gentle product handling with maximum performance
About
Rising Film Evaporator plates are designed to concentrate liquids efficiently by utilizing vertical heating surfaces where thin liquid films rise and evaporate rapidly. This method ensures gentle treatment, short residence times, and high-quality product concentration, making it a preferred solution in food, beverage, biotech, and chemical industries.
Our SIGMASTAR Evaporator plates deliver robust performance with minimized fouling and optimized energy use.
Applications & Benefits
Rising Film Evaporators are ideal for:
- Concentration of fruit juices, dairy, and sugar solutions
- Evaporation of pharmaceuticals and biotech liquids
- Processing of starch, proteins, and extracts
- Wastewater reduction and resource recovery
- Finishing steps for high-value concentrates
Key benefits:
- High heat transfer efficiency
- Gentle product handling, preserving taste and quality
- Compact design with reliable operation
- Compatible with multi-effect and mechanical vapor recompression systems
Key Features
- Short residence time for heat-sensitive products
- Scalable: single-effect to multi-effect systems
- Reduced fouling and easy cleaning (CIP compatible)
- Available in multiple sizes (V45, V90, V150) and custom configurations
Sustainability in Action
Rising Film Evaporators contribute directly to Circular Thermal concepts by reducing water content, enabling resource recovery, and lowering transport and storage costs. They also:
- Optimize energy consumption with multi-effect setups
- Support waste minimization and by-product valorization
- Align with CSRD, ESG, and ETS frameworks
- Reduce carbon footprint by reusing steam and integrating with waste-heat systems
- Help industries move toward net zero operations
Looking to concentrate your products efficiently and sustainably?
Contact Blue Heat to explore how our Rising Film Evaporator solutions can deliver high performance, gentle processing, and measurable sustainability gains.