Take water electric bentuk boiler 100 mws run the wind causes and solution? Take water electric boilers run the wind causes and solution? Electric boilers during the installation process involves a lot of running wind (exhaust valve), complete installation of electric boilers in normal circumstances a former first not to rush power-cycle test must have to carry out, and sometimes when the test will find out electric boiler stomata to take water, here we have points down why. This phenomenon is mainly because the electric boiler installation errors, the circulating pump installed in the water at the electric boiler. Backwater than the electric boiler water volume. When the return is greater than the amount of water into the water, it will form a counter-current, natural vent will form a bubble, that is, we usually say that vents to take water. Solution of this problem is the location of the circulation pump is installed correctly on OK.
The whole structure of boiler consists of boiler body and auxiliary equipment. The main components of boiler, such as furnace, boiler barrel, burner, water-cooled wall superheater, economizer, air preheater, frame and furnace wall, constitute the core part of steam production, which is called boiler body. The two main components of the boiler body are the furnace and the drum. Today, let's talk about the furnace of the boiler.
Recently, Jinan City, Shandong Province People's Government issued and implemented the "2018 Beijing and Tianjin and the surrounding regions - 2019 autumn and winter tackling air pollution comprehensive management action plan" to inform the implementation of the program, requires the consolidation of ambient air quality improvement achievements, promote air quality continues to improve. On October 1, 2018 to March 31, March 2019, and all the city county fine particulate matter (of PM2.5) mean concentrations fell more than 2%, severe pollution and over several days up declining.
"Implementation plan" will be based on four construction industry, energy, transport and land use optimization adjustments to promote clean heating, public transferrin, enterprises mentioned standard upgrade, dust remediation, focusing on the consolidation of "scattered pollution" enterprise comprehensive rectification results, ruthless grasping diesel trucks, industrial furnaces and rectification of volatile organic compounds, heavy pollution to the implementation of the weather in autumn and winter peak load shifting production to strengthen joint prevention and control among regions, strengthen law enforcement supervision.
1, continued implementation of the total coal consumption control, strict implementation of national, provincial coal consumption reduction of about alternative work arrangements, and the development of alternatives seriously implement the Jinan City, the work reduction of coal consumption, coal consumption control tasks break down into individual counties, total coal consumption to achieve a steady decline. 2018, the city's total coal consumption control in less than 17.14 million tons.
2, effectively promote clean heating to the town (street) or the county as a unit as a whole. As of 2020, the city's pre-season heating living and improve the basic motivation for heating coal for alternative tasks, to develop a three-year implementation program to determine the annual task of governance. Taking into account the agricultural greenhouses, animal building bulk coal governance and to proceed with energy-saving buildings to improve energy efficiency. The county should proceed from reality, according to local conditions, reasonably determine the transformation of technical route, should the electric power, gas should the gas, the coal should be coal, should be hot is hot, and actively promote the use of solar thermal and centralized biomass utilization; adhere to highlight focus, give priority to urban life and motivation for heating gas demand, priority to promoting the urban bulk coal cleared. Gas will adhere to the reform, to change the electric set, on the basis of priority to the protection of residents in 2017 has started "coal to gas," "coal to electricity" project on gas electricity, gas and new year according to the actual supply and heating period the ability to reasonably determine the residents' coal to gas, "" coal to electricity "households; insist on legislation after the break, substitution of gas for coal to electricity instead of coal and other alternatives, in the implementation of air power is not the case, the original heating facilities will not be removed. In accordance with national, provincial requirements, to complete the clean winter heating construction tasks 33000.
3, complete replacement of the bulk coal areas to be designated as high-pollution fuel combustion zone ban in accordance with the provisions, shall not be burning coal for use again. Severely crack down on sales of low quality coal combustion, to ensure the quality of coal used in line with national and local coal quality standards.
At present, small coal-fired bentuk boiler 100 mws are gradually replaced by clean energy boilers such as gas boilers and biomass-formed fuel boilers, and the operating efficiency of gas-fired boilers is higher because gas-fired boilers burn quickly, generating large amounts of power then coal-fired boilers. It is 20% more efficient and emits less pollutants, which is more beneficial to maintain the environment. Improving the thermal efficiency of gas boilers and making gas boilers more economical is the goal pursued by the boiler industry. The following are several ways to improve the thermal efficiency of gas boilers:
1. The design of the boiler should be reasonable, and the unreasonable boiler structure will cause waste of heat or allow the heat to be consumed in the middle of the cycle.
2. The pipeline connection of the boiler should be checked frequently. If there is any leak, stop the furnace immediately to prevent the occurrence of air leakage.
3. The gas boiler can also play a role in heat recovery, collecting the recycled hot water and reusing it, which is a method to improve the combustion efficiency of the boiler.
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