R744 heat recovery chiller

UUtilizing a CO2 heat recovery chiller, the primary function of this device is to provide chilled water for cooling purposes. Additionally, it has the capability to capture and reuse waste heat to generate hot water reaching temperatures of up to 90 degrees Celsius. This innovative feature not only helps to conserve energy but also enables the system to achieve a combined coefficient of performance (COP) of up to 7. ideal solutions for chemical, dairy, slauter house etc. that requies cooling and high temperature hot water

 HTHP Air heater for drying

High temperature heat pump for industrial drying with dual compressor loop system. One compressor heats the air while the other condenses moisture. Energy efficiency is maximized as all heat remains in the drying chamber, resulting in significant energy savings.

R744 heat pump desiccant rotor dryer

Utilizing CO2 heat pump for desiccant rotor drying to reduce energy expenses and decrease carbon emissions. The heat pump can raise the temperature of the regeneration air to 120℃ with a COP of 3, while also providing free chilled water for the front condenser with a COP of 2. This results in a total COP of 5 for the drying process, leading to a 70% energy savings compared to using a direct electrical heater.

CO₂ heat pump 4 pipe Chiller

A 4 pipe CO2 Multifunctional heat pump system provides both cooling in the summer and heating in the winter, as well as hot water for domestic use throughout the year. The can function in cooling, heating, or a combination of both modes. When operating in combined mode, the 4 pipe system captures and reuses all energy that would otherwise be lost to the environment. This unique feature enables these units to achieve efficiencies that are more than double the typical COP of a traditional chiller or heat pump system.

Water to Water CO₂ heat pump

Providing both warm water and heating, while also providing complimentary cooling for either a room or an industry.
It boasts an overall COP of up to 7, indicating that approximately 1KW can generate 4KW of heat and 3KW of cooling. This results in an electricity bill reduction of around 80%.​​​​​​​ A perfect solution for the hotel that offering the DHW hot water and simulatiously offering the free chilled water to reduce the loading of central chiller.

Air to Water CO₂ heat pump water heater

The utilization of CO2 heat pump enables the generation of domestic hot water, with a commendable COP of 4. Furthermore, it exhibits excellent performance even in extremely cold conditions of -25℃. This heat pump technology is particularly well-suited for the production of hot water.​​​​​​​ Also heat pump can offer hot water up to 95℃, ideal soltuion for industrial sterilisation, cleaning

All in one CO₂ heat pump water heater

A versatile CO2 heat pump that combines hot water and heating in a single unit, ensuring effortless setup and impressive energy efficiency. It's a convenient plug-and-play solution.​​​​​​​

Cost-effective and environmentally friendly pool heating solution, employing a non-hazardous and non-combustible CO2 refrigerant. This innovative system can significantly reduce your electricity expenses by up to 70% when compared to conventional electric heaters.​​​​​​​

CO2 Heat pump sludge dryer is having a drying temperature between 45-50°C (temperature of incoming dehumidification stream), while the blowing-in temperature is between 60-80°C (bottom layer).
There is no need for additional energy (steam, thermal-conduction oil, and hot-blast air), as well as no need for treatment of the system for tail gas. The dryer in scope makes dehumidification of sludge through hot-air recycling, condensing, dehumidifying, and drying. The evaporation of the sludge moisture produces latent heat and the same can be used for the condensation of vapor.
Due to the big delta T between the incoming stream and blowing temperature, CO2 heat pump perform a better energy efficiency than traditional R134a unit in sludge dryer, saving 50% energy.
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Introducing the Cascade Heat Pump System - the epitome of cutting-edge technology and unrivaled efficiency in the realm of hot water/steam production. Designed to operate flawlessly even in the harshest climates, this advanced system is capable of generating scorching 130°C hot water with a remarkably low heat source as low as -10°C.
It significantly reduces energy consumption, resulting in substantial savings on your utility bills.

Suitable for various industrial process: chemical, painting, textile, food, material dryer, that any requires high temperature hot water or steam.

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