The Guizhou Fufu Phosphate Fertilizer Plant has successfully developed a new thermoelectric steam heat cascade technology and applied it to thermoelectric devices. This not only reduces the steam outflow and steam transport heat loss, but also generates economic benefits of 6.07 million yuan per year.
With the expansion of the main steam-consuming devices such as Phosphoric Acid and Ammonium Phosphate, the steam consumption required for production is much higher than that of the original design of the thermoelectric device, which reduces the thermoelectric conversion capacity and thermal energy cascade utilization of the thermoelectric device turbine generator. Rate, so that part of the steam heat loss in the throttling. To this end, Bengfu engineering and technical personnel optimized and technologically modified the device-related equipment. After the completion of the project, the plant can generate more than 13 million kilowatt-hours of electricity annually, save cleaning costs of 150,000 yuan, and save more than 3,400 tons of standard coal annually.
With the expansion of the main steam-consuming devices such as Phosphoric Acid and Ammonium Phosphate, the steam consumption required for production is much higher than that of the original design of the thermoelectric device, which reduces the thermoelectric conversion capacity and thermal energy cascade utilization of the thermoelectric device turbine generator. Rate, so that part of the steam heat loss in the throttling. To this end, Bengfu engineering and technical personnel optimized and technologically modified the device-related equipment. After the completion of the project, the plant can generate more than 13 million kilowatt-hours of electricity annually, save cleaning costs of 150,000 yuan, and save more than 3,400 tons of standard coal annually.
Unisite Marine Engineering Inc. , http://www.nbmarineplatform.com