HIGH-TEMPERATURE HEAT PUMP: TOTAL SOLUTION AND OPTIMIZED ENERGY FOR INDUSTRY.
In the context of constantly fluctuating prices of fossil energy, gas, and oil; At the same time, greenhouse gas emission standards are increasingly tightening, finding an optimal solution to replace traditional methods of generating large amounts of heat is a top priority for businesses. Grasping opportunities and market trends, Hauhouse is proud to be a pioneer in providing total solutions with High Temperature Heat Pump technology at its core. Each solution option is based on customers' actual requirements, not only helping to save costs but also bringing businesses closer to the common global goal of "Net Zero by 2050".
1. Traditional Heat Pump and Boiler Technology: A transformation in efficiency
The difference between modern Heat Pump systems and traditional Boilers lies not only in technology, but also innovation in thinking about economic and environmental efficiency.
- Outstanding efficiency: While boilers burning oil, gas or coal only achieve thermal efficiency of η ~ 75 - 92%, Heat Pumps have a COP index from 2.0 to 6.0. This means that with the same unit of input power, the Heat Pump generates 3 to 6 times more heat, helping to minimize operating costs.
- Safe and streamlined: Unlike boilers that require strict pressure equipment inspection and highly specialized operators, Heat Pumps operate automatically, without explosion, without the need for a bulky fuel supply system.
- Environmentally friendly: Heat pump with absolutely no on-site emissions (no dust, no SO2, NOx). Therefore, businesses can reduce construction costs for chimneys and complex exhaust gas treatment systems to meet QCVN standards.
- Utilize waste heat: The ability to recover heat from the environment or industrial waste heat sources helps the Thermal Heat Pump turn waste gas into useful energy.
2.Applications of high temperature Heat Pumps in today's industries
Today's heat pumps are no longer limited to making domestic hot water, but have advanced and play an essential role in production processes with temperature ranges up to 160°C.
Weaving, Dyeing and Industrial Drying Group
This is an industry that consumes huge heat energy, heat pumps can replace traditional boilers in the following stages:
● Dyeing: Heat and maintain a stable dye bath temperature at 80°C - 100°C .
● Drying: Provides dry hot air to dry fabrics and fibers with precise humidity control, helping the fabric surface not dry out and maintaining fiber quality.
● Ironing: Supplying steam for industrial iron systems and shape shaping machines requires steam at a pressure of 3 - 5 bar, corresponding to a temperature of about 135°C-150°C.
Food Group (F&B) and Seafood
Taking advantage of food hygiene and safety requirements and maintaining nutrients makes Heat Pump the number 1 choice:
● Pasteurization/Sterilization: Providing hot water 72°C - 90°C for milk and beverage processing processes.
● Freeze drying of seafood: Maintains a stable temperature range of 40°C - 50°C to dry fish and shrimp, helping the product keep its beautiful color and natural flavor.
● CIP system: High pressure hot water for cleaning pipes and tanks.
Other industry groups such as Pharmaceuticals, Semiconductors, ...
● Pharmaceuticals: Extracting herbs and drying drugs in a sterile environment with strictly controlled temperature.
● Semiconductor & Components: Clean the wafer surface and electronic components with ultrapure water at a temperature of 60°C - 80°C.
3. Total Energy Solution from Hauhouse:
At Hauhouse, we not only provide equipment and services, we provide a closed energy ecosystem, at the same time, each of our solutions is thoroughly surveyed and calculated by our technical team, combined with listening to each customer's needs, helping businesses master energy sources from input to output and optimize economic benefits on each kW of energy consumed.
- Ang Using Solar power (Solar): Integrating power source Grid power with system Solar power (Solar). Combining renewable energy not only helps reduce electricity costs but also provides a "green certificate" that helps businesses' products easily reach the international market.
- Technology Heat Pump: After treating the supply water and storing it in a specialized tank, the Heat Pump system will play the role of the coordination center and convert energy quantity.
- Output Heat - Cold cogeneration: With just one operating system, businesses receive 3 energy sources simultaneously to serve a variety of processes production output:
★ Steam 120°C - 160°C: Serves sterilization, cooking - steaming - condensing, drying products and heating molds/shafts machine.
★ Hot water 60°C - 90°C: Ideal for CIP (industrial cleaning) systems, washing equipment and preheating input materials.
★ Cold water 7°C - 11°C: Meets the needs of machine cooling, factory air conditioning and temperature stabilization during production.
By applying solutions from Hauhouse, we believe that businesses can optimize up to 70% of operating costs thanks to the automatic features of Heat Pump technology, maximizing safety. Furthermore, orientation towards Net Zero goals and sustainable development is also the "golden key" to help businesses open the door to the European market in particular and other international markets in general.