China's first hyperbolic jet unfilled cooling tower, developed by Navy retired cadre Lu Rende and his son, veteran Lu Hongxin, spent 10 years of hard work, successfully commissioned in Nantong City in June 2007.
33 years ago, China's first FRP power-filled cooling tower was born in the cooling equipment factory of Haimen No. 3 Plant in Nantong. After Lu Hongxin, who was retired from the Air Force in 1980, went to the factory as a deputy director and chief of production technology, he found that the traditional filler cooling tower was troublesome to maintain, wasted energy, and the cooling effect was not satisfactory, and the idea of ​​developing a non-filled cooling tower was born. Lu Rende, a former retired cadre who worked as an engineer in the East China Sea Fleet, fully supported his son's technological innovation. The two generations worked together to develop the world's first unfilled mechanical jet cooling tower at the end of 1997. Calculated by a non-filled mechanical jet cooling tower with a specification of 500 tons per hour, the operation can save more than 20,000 yuan of packing and maintenance costs, save 64,000 yuan of electricity and save more than 80,000 yuan.
The newly developed hyperbolic jet unfilled cooling tower of Lu and his sons is still based on a product with a specification of 500 tons per hour. It can save 170,000 kWh of electricity in one year, saving about 200,000 yuan in operating costs. Cooling effect However, it has increased by 12%, and it can also greatly reduce greenhouse gas emissions. The technical performance and quality of the products have reached the leading level. After the news of the introduction of the hyperbolic jet unfilled cooling tower, the cooling tower manufacturing companies of the United States, South Korea and other countries have sent experts to come to discuss cooperation matters.
33 years ago, China's first FRP power-filled cooling tower was born in the cooling equipment factory of Haimen No. 3 Plant in Nantong. After Lu Hongxin, who was retired from the Air Force in 1980, went to the factory as a deputy director and chief of production technology, he found that the traditional filler cooling tower was troublesome to maintain, wasted energy, and the cooling effect was not satisfactory, and the idea of ​​developing a non-filled cooling tower was born. Lu Rende, a former retired cadre who worked as an engineer in the East China Sea Fleet, fully supported his son's technological innovation. The two generations worked together to develop the world's first unfilled mechanical jet cooling tower at the end of 1997. Calculated by a non-filled mechanical jet cooling tower with a specification of 500 tons per hour, the operation can save more than 20,000 yuan of packing and maintenance costs, save 64,000 yuan of electricity and save more than 80,000 yuan.
The newly developed hyperbolic jet unfilled cooling tower of Lu and his sons is still based on a product with a specification of 500 tons per hour. It can save 170,000 kWh of electricity in one year, saving about 200,000 yuan in operating costs. Cooling effect However, it has increased by 12%, and it can also greatly reduce greenhouse gas emissions. The technical performance and quality of the products have reached the leading level. After the news of the introduction of the hyperbolic jet unfilled cooling tower, the cooling tower manufacturing companies of the United States, South Korea and other countries have sent experts to come to discuss cooperation matters.
Aerospace/Military/Aviation Autoclave
Composite Curing Autoclave,Autoclave For Carbon Fiber,Autoclave For Composite Material,Autoclave For Composite Parts
JIANGSU OLYMSPAN THERMAL ENERGY EQUIPMENT CO.,LTD , https://www.compositesautoclave.com