Refinery

Home Application Refinery

Combustion equipment (boilers, heaters, cracking furnaces) releases a significant amount of heat energy.

Traditional shell-and-tube heat exchangers have low efficiency and are prone to fouling.

Scaling and corrosion lead to frequent maintenance, affecting production.

Enhancing Waste Heat Recovery Efficiency, Reducing heat loss from chimney emissions.

Using High-Efficiency, Energy-Saving Heat Exchange Equipment. Implementing heat pipe heat exchangers and spiral heat exchangers.

Reducing Maintenance Requirements. Extending equipment lifespan and improving operational reliability.

1. High-Temperature Flue Gas Recovery (Boilers, Cracking Furnaces, Combustion Chambers)

2. Low-Grade Waste Heat Recovery (e.g., Steam Condensation Recovery)

3. Improved Heat Exchange Efficiency by 30–50%, reducing fuel consumption

✅ High Thermal Conductivity (Heat transfer through internal evaporation & condensation)

✅ Adaptable to High-Temperature Environments (Suitable for 200–900°C)

✅ Automatic Temperature Balancing, minimizing local overheating

✅ Modular Design, allowing individual heat pipe replacement for easy maintenance

1. High-Temperature Steam Condensation (Reducing steam loss)

2. Petrochemical Refining Process Heating/Cooling (e.g., hot oil/water cooling)

3. Wastewater & High-Viscosity Fluid Heat Exchange (Self-cleaning effect)

✅ High Thermal Conductivity (Heat transfer through internal evaporation & condensation)

✅ High Heat Exchange Efficiency (Turbulent flow design with high heat transfer coefficient)

✅ Reduced Fouling (Spiral flow effectively flushes away deposits)

✅ Compact Design, ideal for tight spaces

✅ Minimal Cleaning Requirements, lowering maintenance costs