-
Enertherm Engineering,
Allia Future Business Centre, London Rd,
Peterborough PE2 8AN - +44 (0) 7949 863 273
- +44 (0) 1733 666 701
- info@enertherm-engineering.com
-
EnerTherm-Engineering.com 2024.
All rights reserved.
The EcoRec EFC – 5000 is the ultimate solution for industries seeking to enhance resource efficiency, improve sustainability, and recover energy from flue gases while ensuring seamless integration into existing infrastructure.
With over two decades of expertise, Enertherm Engineering has developed the EcoRec EFC – 5000, a high-performance industrial flue condenser that enhances efficiency in processes such as water recovery and energy optimization. This innovative system is designed to recover water by condensing flue gases from stacks in industries like wood drying, sugar refining, and textile drying. Its vertical design maximizes space efficiency, and the gravity-assisted condensate drainage boosts performance.
Constructed from high-grade stainless steel for superior resistance to corrosion and high temperatures, the EcoRec EFC – 5000 integrates seamlessly into fryer stacks, oven stacks, and dryer stacks. It is supported by robust features such as a pressure-controlled extraction fan, thermal insulation, and easy-to-maintain components. Whether you need to meet sustainability goals, reduce energy costs, or improve operational efficiency, this system provides a reliable and effective solution.
The EcoRec EFC – 5000 is ideal for capturing and recycling water from flue gas, significantly enhancing sustainability across a wide range of industrial applications, including:
By recovering energy from flue gases and reducing water consumption, the EcoRec EFC – 5000 supports eco-friendly operations, improves efficiency, and cuts energy costs across various sectors.
An industrial condenser cools gases into liquids by removing heat, typically through tubes or plates where cooling water or air absorbs thermal energy. It’s used in power generation, chemical processing, and refrigeration.
Ensure proper flow rates and temperatures of the cooling medium, regularly clean surfaces to prevent fouling, and use sensors to monitor key parameters like temperature and pressure for efficiency.
Costs include energy for fans and pumps, maintenance, and water treatment. Energy is the main cost driver, and systems like heat pumps can reduce costs with higher energy efficiency.
They capture and repurpose heat from gases, using it for other processes like preheating or generating steam, improving energy efficiency.
Thermal expansion is managed using expansion joints, flexible piping, and proper supports to prevent damage from temperature changes.
KPIs include heat transfer efficiency, pressure drop, cooling medium temperature differential, and energy consumption.
Consider the type of gas, condensation rate, cooling medium, temperature, pressure, and space constraints. Select materials and designs suited for the application.
Use baffles, flow devices, and CFD analysis to evenly distribute the cooling medium, ensuring uniform heat transfer.
Use stronger materials, thicker walls, and reinforced connections to handle high pressures, while managing flow rates and pressure drops.
The cooling medium’s temperature and flow rate, surface area, temperature difference, and cleanliness all influence the heat rejection rate. Regular maintenance is essential for efficiency.
Contact us today to explore solutions in an industrial environment—we’re here to assist you in reaching your net zero goals!
Whether you need more information about our products, services, or sustainable practices, we’re just a message away.
We provide innovative engineering solutions that enhance efficiency, reduce costs, and support sustainable growth across various industries.
