Dealer High Efficiency boiler Laos

Henan party fast gas steam dealer high efficiency boiler laos manufacturers? In this project the work of some of the more important is that we must grasp the atmospheric pressure adjustment. Operation of the boiler, the pressure gauge must always check to check, not to maintain the steam pressure through preset pressure; to adjust the burning phenomenon often the case, that the evaporation load for the steam required Heart, firmly maintain steady vapor pressure.

In fact, the power consumption of electric dealer high efficiency boiler laos than most people imagine so high, and users to work with us, basically in the vicinity of electricity more cost-effective regional or hydroelectric power, and some areas have government subsidy policies, which are reduce a lot of burden on the user.

Recently, Shandong Province, issued a "thermal power plant air pollutant emission standards (DB37 / 664-2019 instead of DB37 / 664-2013)". Standards will be implemented on September 7, 2019.

First, the standard applicable to the use of a single output 65t / h or more layers in addition to coal-fired burner, furnace stoker boiler or steam generator; single output 65t / h or more oil, gas, or steam generation boiler; single output 65t / h or more power using steam boilers other fuels; pulverized coal fired boilers of various capacities; various capacities gas turbine. Gas turbine integrated gasification combined cycle power generation is performed in this standard gas turbine exhaust gas as a fuel limit.

Environmental Impact Assessment II. This standard is applicable to the existing project management of emissions of air pollutants, as well as the above-mentioned new construction, renovation, expansion projects, environmental protection facilities design, environmental protection facilities acceptance, pollution permits and air pollutants after putting into operation emissions management.

When determining the dealer high efficiency boiler laos capacity, the number of shower, bath size, hot water tank capacity, bather flow, average water consumption, etc. will affect the boiler capacity. For different bathing environments, such as shower and baths, the calculation of boiler capacity is different. There is a reference formula here. If each shower head uses 300kg of hot water per hour (water temperature is 40°C), each shower head has a boiler capacity of D(t/h)=300*(40-cold water temperature)/60. *10^4. This data is for reference only and will involve more data in the actual selection.