Explore our flagship industrial heating, cooling, and concentration systems engineered for maximum coefficient of performance (COP) and strict international standards.
Founded on a legacy of thermal mastery, Flotte Energy Saving Company represents the absolute forefront of heat transfer engineering. Established in 2013 with a registered capital of 101 million yuan, Flotte carries forward the rich technical expertise of Flotte Thermal Engineering, which was founded in 1995. This deep historical base enables us to deliver innovative systems that dramatically reduce resource use, improve environmental profiles, and secure operational resilience for worldwide HVAC and industrial plants.
We actively lead the industry in integrating hardware with software-driven controllers. Our systems are engineered in high-specification laboratories and verified through rigorous water pressure testing, micro-forging controls, and advanced sheet-stamping forming. This guarantees that every product leaving our plant meets the strictest international standards for pressure vessel safety and energy efficiency.
As a key supplier to power, pharmaceutical, chemical, and district heating industries, Flotte is committed to delivering custom engineering solutions. Our design experts configure plate angles, frame thicknesses, and material combinations to align with project requirements. We work closely with our purchasing departments to vet all input materials, maintaining the high reliability our global partners count on.
Adapting thermal dynamics to meet the rigorous energy constraints of modern global production and strict environmental mandates.
Recapture up to 95% of industrial waste heat from liquid and steam processes. Our custom thermal solutions redirect wasted heat back into municipal district grids or preheating operations, significantly reducing carbon footprints and fuel costs.
From modular box-type heat exchange units to large multi-effect evaporators, we design systems for direct, step-by-step expansion. This layout simplifies maintenance and enables smooth scaling as your plant demands grow.
Our plants adhere strictly to safety rules. All pressure vessels carry full tracking documents, ISO certifications, and mandatory compliance validation from the National Standardization Committee, ensuring clean cross-border custom clearance.
Choosing the correct heat transfer system requires balancing fluid properties, pressure levels, and maintenance expectations. As a specialized manufacturer, we engineer both detachable plate and shell-and-tube configurations to optimize performance in different environments:
All units undergo strict pressure testing before paint application. This ensures they operate reliably even under fluctuating process pressures and high-stress environments.
A transparent look at our modern manufacturing, precision testing, and assembly steps that guarantee high performance on every unit.
Modern heating systems demand intelligent control to prevent energy waste. Flotte's Intelligent Heating Network Monitoring System utilizes IoT sensors and edge controllers to monitor network status in real time. By continuously collecting return temperatures and adjusting flow distribution, our systems help operators stabilize pressure and prevent uneven heating across municipal networks.
Through the integration of Secondary Network Intelligent Unit Balance Valves and room temperature monitoring, the system automatically adjusts valve openings to match target heating curves. This active feedback loop prevents overheating in closer distribution loops, helps balance system hydraulics, and reduces overall energy demand on municipal heat sources.
These smart systems allow municipal operators to manage their networks remotely. Integrating this software layer reduces manual valve adjustments, minimizes thermal stress across pipelines, and provides data logs to optimize seasonal heating schemes.
Water scarcity and strict effluent regulations require advanced concentration solutions. Flotte designs high-efficiency Multi-Effect Evaporation Systems (MEE) and Membrane Concentration Systems to support Zero Liquid Discharge (ZLD) goals in chemical processing, power plants, and mining operations.
Our MEE systems reuse vapor across multiple stages, maximizing heat economy and reducing steam consumption. In desalination and industrial purification processes, our membrane systems concentration levels minimize wastewater volume while allowing high-purity water recovery. Using high-grade titanium and duplex stainless steel construction protects these systems from corrosion caused by highly concentrated chlorides and acids.
By optimizing fluid velocities and plate layouts, we minimize scaling inside the evaporators. This design maintains high heat transfer rates over longer runtimes, reducing the frequency of Cleaning-in-Place (CIP) cycles and lowering operating expenses.
Our quality management systems are certified to international standards, ensuring safe operation and reliable performance across global markets.
Step inside our specialized workshops where our engineering teams build custom heat transfer and water treatment systems.
A look at the key technologies and research directions driving our engineering department forward.
Introducing asymmetric plate geometries to optimize asymmetric gas-to-liquid flow applications, reducing typical pressure drops by up to 20%.
Integrating thermal performance monitoring models directly into control system firmware to alert operators of scaling risks before performance drops.
Testing next-generation fluoroelastomers and metal-impregnated gaskets designed to withstand extreme thermal cycling in demanding chemical processes.
Implementing zero-waste manufacturing operations and standardized take-back systems to recycle titanium plates and steel frames.
Get answers to common technical questions about plate materials, maintenance steps, and smart heat network controls.
Explore our high-efficiency balancing valves, pressure regulating systems, and modular components designed for smart district heating.
Flotte Energy
