High efficiency heat exchangers incorporated into the Ministry of Industry and Information Technology

On March 4th, the “Special Action Plan for Energy Saving and Emission Reduction Science and Technology 2014~2015” jointly formulated by the Ministry of Science and Technology and the Ministry of Industry and Information Technology was released. The "Proposal" proposes to adhere to enterprises as the main body of innovation, intensify the key common technology research and integration application in key industries, accelerate the transformation and industrialization of scientific and technological achievements, promote the large-scale application of new technologies and new products, and upgrade energy-saving and emission-reducing industrial technologies. The level of innovation and industrialization effectively supports the realization of the national “Twelfth Five-Year Plan” energy saving and emission reduction targets.

The "Proposal" puts forward the key tasks in the last two years of the "Twelfth Five-Year Plan" for energy-saving and emission-reduction. The first is to accelerate the development of key common technologies for energy-saving and emission-reduction. Focusing on key technology needs of energy conservation, emission reduction, optimization and upgrading in related fields such as industry, energy, transportation, agriculture, construction, resources and environment, accelerating common key technologies such as energy cascade utilization, source reduction, resource recycling, and related new materials, and new Development of equipment. The second is to strengthen the promotion and application of advanced applicable technologies for energy conservation and emission reduction. Formulate an energy conservation and emission reduction technology promotion catalogue, screen out a number of major technological achievements with significant energy saving and emission reduction effects and good industrialization prospects, and encourage local governments to actively explore energy conservation and emission reduction technology promotion mechanisms and innovative models. Third, in-depth implementation of energy-saving emission reduction technology innovation demonstration project. Bring into play a leading role in radiation and form a replication model for scientific and technological achievements. At the same time, establish demonstration areas for the industrialization of energy-saving and emission reduction technologies, improve the capabilities of key products or core technologies for R&D, manufacturing, system integration, and industrialization, and support a group of R&D capabilities and markets. Companies with high market share. In addition, we must improve the energy-saving emission reduction technology innovation platform and service system, carry out the national energy-saving emission reduction technology actions.

According to the objectives set forth in the “Programme”, by the end of 2015, China’s energy-saving and emission-reduction areas will break 150 commonalities and key technologies, increase the energy efficiency of related key equipment by more than 10%, and revise 100 national or industry technical standards; organize and promote in key industries. 300 advanced technology applications, 100 major energy conservation and emission reduction demonstration projects, 30% increase in application penetration rate, 20 national energy conservation and emission reduction technology innovation demonstration bases, and technological innovation, integration services, and industrialization promotion capabilities; There are more than 20 strategic alliances for technological innovation in emission reduction-related industries, forming a number of national key laboratories for energy conservation and emission reduction, national engineering technology research centers and innovation teams, and improving the national energy conservation and emission reduction technology service platform. At that time, the independent intellectual property rights energy-saving emission reduction technology and equipment system will be initially formed, the related technical standards and regulatory systems will be further improved, and the scientific and technological innovation and service capacity system will be initially established, and the scale of technology promotion and application will be formed.

In order to ensure the realization of the goals and smooth progress of all tasks, the “Proposal” proposes to establish a special organization and coordination mechanism for energy-saving and emission-reduction technologies, a provincial-ministry linkage mechanism with energy-saving and emission-reducing key areas, and incorporates energy-saving and emission reduction technology into the annual work plan. And assessment goals. At the same time, an expert group for energy conservation and emission reduction strategy consultation was formed to innovate the selection mechanism and performance evaluation mechanism for scientific research projects, establish a mechanism for sharing and releasing technical information, and promote marketization measures such as contract energy management and contract environmental services. In addition, we must expand diversity in input, cultivate high-level innovative talents and teams, and strengthen the local scientific and technological contingent and international exchanges and cooperation. We should participate in international organizations and international research programs in the field of energy-saving and emission-reduction, and encourage and support our country. Scientists and scientific research managers serve in relevant international organizations and international research programs and lead or undertake important research or management work.

Key common technology focus

● Integration of industrial flue gas desulphurization, denitrification and dust removal; high value and large-scale comprehensive utilization of bulk industrial solid waste; comprehensive utilization of industrial residual heat and pressure; green manufacturing; key technologies such as industrial bio-waste conversion and gas utilization; new energy and Renewable energy equipment key components and material preparation; physical energy storage and chemical energy storage; high light efficiency semiconductor lighting materials and other key technologies.

● Clean and efficient processing and utilization of coal in the energy sector; ultra-high-parameter ultra-supercritical power generation; CO2 emission reduction and utilization technologies for coal-fired power plants; energy-saving technologies for IGCC power generation system auxiliary engines; comprehensive utilization of waste heat and residual pressure in industrial processes, and boiler waste heat utilization technology; Coal-fired pollutant control technology.

● Vehicle energy-based power battery industrialization technology in the transportation field; transport of nitrogen oxides and other pollutant emission control technologies.

●Efficient and comprehensive utilization of low-value and abandoned agricultural biomass in agriculture; Low-cost biodegradable agricultural film production technology; Cellulosic preparation of liquid biofuels and other technologies.

● New energy-saving and heat-insulating integrated structural system in the field of green buildings; high-efficiency new glass and curtain wall industrialization.

●Resources and Environment: “Three Wastes” emission reduction and recycling of tailings waste in the mining, selection and smelting and comprehensive utilization of coal, oil and gas, metal minerals and other resources; green smart mines; CO2 capture, utilization and storage technologies for coal-fired power stations; Industry cleaner production and recycling economy; resource utilization of urban waste, industrial solid waste; pollution monitoring and other technologies and equipment.

Advanced application promotion technology

● Energy-saving technology circulating fluidized bed technology; new condenser, evaporative cooling efficient heat exchanger; solar boiler technology; advanced energy-saving industrial boiler / furnace technology; low temperature and low voltage electrolytic aluminum; low temperature waste heat power generation; new on-off heating metering device Energy-saving technology; Dry-process kiln decomposing technology; Distributed cold-heat-electricity cogeneration technology, etc.

●Emission reduction technology Sintering flue gas composite pollutant removal technology and equipment; Membrane bioreactor; Selective catalytic reduction nitrogen oxide control; Biomass-based material development technology and equipment; Efficient clean coal boiler technology; Heavy metal removal and recovery Equipment; integrated control technology for coal-fired pollutants; fluidized bed sludge incinerator; multifunctional mobile high-temperature solid waste treatment equipment for emergency use; high-purity fine particle purification technology; integrated purification equipment for small and medium-sized industrial boiler flue gas.

● Resource recycling technology Waste recycling technology and equipment for polymer materials; waste disposal and recycling technology; large and medium-sized biogas utilization and development of supporting technologies and equipment.

Key scientific and technological innovation demonstration project

● The demonstration project of new energy automotive technology innovation will focus on promoting large-scale demonstration of new energy vehicles in public transportation and other fields.

● Energy saving and emission reduction technology demonstration projects in key industries For coal, non-ferrous metals, building materials and other industries, the project integrates application demonstration projects of low-temperature low-voltage aluminum electrolysis technology, demonstration projects for integrated application of green building technologies, and integrated promotion projects for solar thermal energy technologies and traditional technologies.

● The demonstration project of industrialization of major energy-saving and emission reduction technologies encourages major energy-saving and emission-reduction technologies with clear industrialization prospects, such as semiconductor lighting, photovoltaic power generation, wind power generation, biomass power generation, and distributed cooling, heating and power supply, to further implement the “Ten Cities Wanhao "industrialization demonstration projects such as semiconductor lighting application engineering, encourage enterprises to increase R & D investment, and further expand market share through technological innovation.

● Capital Blue Sky launched a technology innovation demonstration project focusing on the control of fine particulates (PM2.5), and implemented a comprehensive demonstration of flue gas denitrification, treatment of volatile organic waste gas, vehicle pollution control, clean production processes, and development of green products. Technical innovation and application promotion of high efficiency coal-fired industrial boilers.

● Comprehensive energy-saving and emission-reduction demonstration projects in areas where there are significant resource and energy characteristics and where there is a large space for energy-saving and emission reduction, a number of comprehensive demonstration projects with rapid energy-saving emission reduction, strong demonstration-driven effects, and high integration of technologies and industries will be implemented. Solid waste recycling, prevention of industrial VOC pollution, comprehensive utilization of industrial wastewater, energy efficient retrofitting of high-efficiency motors and motor systems, efficient desulfurization, denitrification and dust removal of coal-fired industrial boilers, denitrification in the cement industry, and desulfurization, denitrification and mercury removal in coal-fired power plants System technology integration demonstration; select typical cities or industrial parks, accelerate the transformation and integration of scientific and technological achievements, promote the development of low-carbon industrial parks, recycling industrial parks, and energy-saving and environmentally friendly new industry parks, and strive to achieve energy consumption and pollutants per unit of demonstration area GDP. Emissions and greenhouse gas emissions continued to decline, forming a number of energy-saving and emission reduction technology demonstration zones with radiation guidance.

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