In China, the industrial sector accounts for about 70% of the total energy consumption in the country. With the gradual implementation of China's energy-saving and environmental protection policies, as well as the continuous rise in traditional energy prices, enterprises that use fuel oil, coal-fired boilers, and electric boilers to produce high-temperature hot water are increasingly restricted. How to adopt clean energy and save energy is an important challenge that every enterprise faces.

Is there a more energy-efficient and environmentally friendly heat source equipment to replace it and produce 85 ℃ high-temperature hot water? Of course there is!

COLDNOT cascade air source high-temperature heat pump

Water temperature reaches 85 ℃, with wider industrial applications

The Corona cascade air source high-temperature heat pump has higher energy efficiency, no exhaust emissions, and is more energy-efficient and environmentally friendly- The unit can also operate stably in a severe cold climate of 35 ℃. Widely applicable, it can meet the needs of high-temperature heating and industrial applications in severe cold areas.

What are the specific engineering renovations or upgrades that can be applied to the Corona cascade air source high-temperature heat pump?

01 Electroplating/Circuit Board Industry

In today's electroplating plants, the heating of electroplating solution and part cleaning solution accounts for 30-40% of the total electricity consumption of the electroplating plant. The Corona high-temperature heat pump can provide 85 ℃ high-temperature hot water for the daily constant temperature of the electroplating solution in the electroplating plant.

The electroplated parts are dehydrated and dried using a Cano high-temperature heat pump, and the dried parts will not deform or age, which can avoid product damage. The use of Cano high-temperature heat pumps can reduce the electroplating cost of products.

02 Textile Printing and Dyeing Factory

Textile printing and dyeing are now facing challenges in energy, resources, and ecological environment. Energy conservation and emission reduction are already urgent issues for textile printing and dyeing enterprises.

Printing and dyeing textile factories all require high-temperature hot water of 60-80 ℃, and the Corona high-temperature heat pump can provide 85 ℃ high-temperature hot water for industrial sites such as printing and dyeing factories, bleaching and dyeing factories, and weaving factories.

03 Slaughterhouse

The water temperature of the soaking pool in the slaughterhouse needs to be adjusted according to the season, with the required water temperature ranging from 58 to 63 ℃. The traditional use of boilers or steam for heating and water extraction results in high energy consumption and high operating costs.

The Corona high-temperature heat pump adopts a cascade high-temperature system, which is easy to operate, stable to operate, and low in operating costs, ensuring the normal operation of the slaughterhouse production process.

04 Leather Factory

A leather factory requires a large amount of high-temperature hot water during the process of processing and making leather. Generally, the temperature of the hot water is controlled at 70-80 ℃. Traditionally, steam from a thermal power plant is mixed with water to become high-temperature hot water. The price of steam supply fluctuates greatly and the supply is also unstable. Alternatively, using gas or coal to produce high-temperature hot water can result in high energy consumption and operating costs.

The use of Corona high-temperature heat pump not only saves energy, is environmentally friendly, safe and stable, but also greatly reduces operating costs.

05 High temperature, constant temperature, rapid steam curing and solidification of cement prefabricated components for railways, bridges, etc

Prefabricated reinforced cement components (such as railway bridges, etc.), if dried and cured in a natural room temperature environment, usually take 7-10 days, but can be cured in 24 hours under high temperature and humidity conditions of 65-80 ℃.

In order to improve production efficiency and reduce floor space, high-temperature constant temperature steam curing is commonly used now, which requires a large amount of energy consumption. It is not only environmentally friendly, but also has a particularly high cost. The use of Cueno high-temperature heat pump can effectively solve these problems