Energy-saving laboratory direct energy-saving analysis

The energy-saving laboratory energy-saving includes direct energy-saving and indirect energy-saving. The two major ways of energy-saving are technological energy-saving and management energy-saving. Only by combining various energy-saving and economic benefits can we improve the efficiency of energy use, save material consumption, save human resources, and increase the efficiency of the use of machinery and equipment. Laboratory energy-saving measures are mainly from the aspects of energy conservation and environmental energy conservation. PP flame retardant masterbatch resources include renewable resources (such as recycled water, argon), non-renewable resources (such as oil cracked acetylene gas, coal cracked gas, thermal power), ceramic core alternative resources (solar energy , wind energy, convection energy, heat exchange energy).

Environmental energy conservation includes laboratory construction, heating and heat insulation, heat removal, and daily sunshine increase and decrease. The use of laboratory water resources includes experimental use of deionized water, heat exchange water, washing water, and sanitary water. The deionized water used in the experiment is generally an ion exchange purification process of anion (cation) ion exchange resin to remove various impurities in tap water. According to the difference in conductivity, deionized water for experiments can be divided into a deionized water, secondary deionized water, and ultrapure water. Deionized water is often used in the laboratory to dissolve, dilute the sample, although the amount is not much, but its preparation costs are higher.