Analysis of Demand Status of Industrial Boiler Market in China
Industrial boilers are important thermal power equipment. China is currently the world's most productive and used boiler. However, industrial boiler pollution has also brought us a heavy burden of development. As environmental issues are increasingly valued, coal-fired industrial boilers will be replaced by more environmentally friendly boiler equipment.
According to relevant statistics, there are about 490,000 coal-fired industrial boilers in China, with an annual consumption of about 600 million tons of raw coal, accounting for about 20% of the country's total coal consumption. Low energy efficiency, severe pollutant emissions, and low level of automation are prominent problems in the use of coal-fired industrial boilers. In 2010, coal-fired boilers emitted from industrial boilers were approximately 10 million tons of sulfur dioxide, approximately 2 million tons of nitrogen oxides, approximately 2 million tons of dust, and approximately 90 million tons of waste residues. This is the second largest coal-contaminated pollution source in China after coal-fired power generation.
In recent years, relevant national functional departments have successively issued Regulations and Standards such as Regulations on Energy-saving Supervision and Administration of Special Equipment for High Energy Consumption, Regulations on the Supervision and Administration of Boiler Energy-saving Technologies, and Limit Values ​​of Energy Efficiency and Energy Efficiency Grades for Industrial Boilers, which have been continuously regulated and improved. The energy efficiency index of industrial boilers is a challenge to the development of the boiler industry and is also an opportunity. Although the boiler thermal efficiency and pollutant emissions are much better than those of coal-fired boilers, there is still great potential for energy-saving and emission reduction.
With the adjustment of industrial structure in large and medium-sized cities, the transformation of old districts and the construction of industrial parks, and the implementation of coal-free policies in central urban areas, industrial boilers are developing in the direction of large capacity, high parameters, high energy efficiency, and low emissions. The number of small-capacity coal-fired industrial boilers below 10t/h has been declining year by year, and gradually replaced by other clean products such as oil-fired boilers, electric boilers, etc.; on the other hand, energy-saving and emission-reduction policies such as regional central heating, cogeneration, etc. The implementation of the large-capacity hot water boiler market demand, coupled with increasing demand for environmental protection from local governments, sales of small capacity boilers shrinking significantly, large-capacity boilers welcomed by the market.
At present, 10% of enterprises have explicitly proposed to focus their work on the development of larger capacity boilers. However, our current design and manufacturing of large-capacity or high-parameter oil-fired gas-fired boilers cannot keep pace with the market's development needs. We need to continuously research and improve the technical level of large-capacity or high-parameter fuel gas-fired boilers to reduce steel consumption. , reduce the heat loss on the surface of the boiler, improve the overall operating efficiency of the boiler, in order to achieve energy-saving emission reduction purposes, to meet market demand.
With the constant adjustment of the product structure of the company and the continuous expansion and enrichment of product categories, the production resources and capabilities of some enterprises, such as production sites, equipment and facilities, and staffing, obviously cannot be adapted. Some companies have relatively weak technological research and development capabilities. In particular, there is a serious shortage of highly qualified and experienced technical and senior management personnel. The inadequacy of resource capabilities has affected all aspects of enterprise development. Only by strengthening personnel training and talent introduction work, strengthening alliances with universities and research institutes, giving full play to the advantages of school-enterprise cooperation, and keeping abreast of the latest technological information and enterprises Only by strengthening technological transformation can the company's independent innovation and management capabilities be improved, and the company's leap-forward development can be realized.
In the future, boilers using clean combustion technology, such as fuel oil and gas boilers, will enjoy rapid development in large and medium-sized cities. In addition, there is a large market potential for boilers burning domestic refuse and biomass, and the regenerative electric boiler system will be further expanded with the reform and development of the power industry. Efficient, energy-saving and low-pollution boilers adopting clean fuels and clean combustion technology will be the trend for the development of boiler products and will be developed into high-end and high-value-added products markets.
According to relevant statistics, there are about 490,000 coal-fired industrial boilers in China, with an annual consumption of about 600 million tons of raw coal, accounting for about 20% of the country's total coal consumption. Low energy efficiency, severe pollutant emissions, and low level of automation are prominent problems in the use of coal-fired industrial boilers. In 2010, coal-fired boilers emitted from industrial boilers were approximately 10 million tons of sulfur dioxide, approximately 2 million tons of nitrogen oxides, approximately 2 million tons of dust, and approximately 90 million tons of waste residues. This is the second largest coal-contaminated pollution source in China after coal-fired power generation.
In recent years, relevant national functional departments have successively issued Regulations and Standards such as Regulations on Energy-saving Supervision and Administration of Special Equipment for High Energy Consumption, Regulations on the Supervision and Administration of Boiler Energy-saving Technologies, and Limit Values ​​of Energy Efficiency and Energy Efficiency Grades for Industrial Boilers, which have been continuously regulated and improved. The energy efficiency index of industrial boilers is a challenge to the development of the boiler industry and is also an opportunity. Although the boiler thermal efficiency and pollutant emissions are much better than those of coal-fired boilers, there is still great potential for energy-saving and emission reduction.
With the adjustment of industrial structure in large and medium-sized cities, the transformation of old districts and the construction of industrial parks, and the implementation of coal-free policies in central urban areas, industrial boilers are developing in the direction of large capacity, high parameters, high energy efficiency, and low emissions. The number of small-capacity coal-fired industrial boilers below 10t/h has been declining year by year, and gradually replaced by other clean products such as oil-fired boilers, electric boilers, etc.; on the other hand, energy-saving and emission-reduction policies such as regional central heating, cogeneration, etc. The implementation of the large-capacity hot water boiler market demand, coupled with increasing demand for environmental protection from local governments, sales of small capacity boilers shrinking significantly, large-capacity boilers welcomed by the market.
At present, 10% of enterprises have explicitly proposed to focus their work on the development of larger capacity boilers. However, our current design and manufacturing of large-capacity or high-parameter oil-fired gas-fired boilers cannot keep pace with the market's development needs. We need to continuously research and improve the technical level of large-capacity or high-parameter fuel gas-fired boilers to reduce steel consumption. , reduce the heat loss on the surface of the boiler, improve the overall operating efficiency of the boiler, in order to achieve energy-saving emission reduction purposes, to meet market demand.
With the constant adjustment of the product structure of the company and the continuous expansion and enrichment of product categories, the production resources and capabilities of some enterprises, such as production sites, equipment and facilities, and staffing, obviously cannot be adapted. Some companies have relatively weak technological research and development capabilities. In particular, there is a serious shortage of highly qualified and experienced technical and senior management personnel. The inadequacy of resource capabilities has affected all aspects of enterprise development. Only by strengthening personnel training and talent introduction work, strengthening alliances with universities and research institutes, giving full play to the advantages of school-enterprise cooperation, and keeping abreast of the latest technological information and enterprises Only by strengthening technological transformation can the company's independent innovation and management capabilities be improved, and the company's leap-forward development can be realized.
In the future, boilers using clean combustion technology, such as fuel oil and gas boilers, will enjoy rapid development in large and medium-sized cities. In addition, there is a large market potential for boilers burning domestic refuse and biomass, and the regenerative electric boiler system will be further expanded with the reform and development of the power industry. Efficient, energy-saving and low-pollution boilers adopting clean fuels and clean combustion technology will be the trend for the development of boiler products and will be developed into high-end and high-value-added products markets.
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