China Drying Network In 2013, the industrial energy conservation and comprehensive utilization work adhered to the scientific outlook on development as a guide, conscientiously implemented the spirit of the Third Plenary Session of the Eighteenth and Eighteenth Central Committee, and the work arrangements of the Party Group, insisted on classified guidance, focused on promotion, and adhered to technological progress. , Standard lead, persist in exploring and innovating, demonstrating and stimulating, all work has achieved obvious results. The energy consumption of industrial added value of enterprises above the designated size in the country was expected to decline by 4.9% from the previous year, basically meeting the expected annual target; the water consumption per million yuan of industrial added value is expected to drop to 70 cubic meters (2010 price), and the annual decline will exceed 8%; The comprehensive utilization rate of bulk industrial solid waste is expected to increase by about 2%. In 2014, the industrial energy conservation and comprehensive utilization work should be in accordance with the requirements of the Third Plenary Session on deepening reforms, combined with the deployment of national industrial and informatization work conferences, aiming at the transformation of industrial green and low carbon industries, and taking the special action of industrial green development as the starting point. Reform and innovation are breakthroughs, and we continue to work hard on policies, mechanisms, laws and regulations, strengthen investigations and research, explore ways to promote the long-term mechanism for energy-saving and emission reduction, and focus on energy-saving and consumption reduction, clean production, recycling economy, and comprehensive utilization of resources. Various tasks to promote industrial transformation and upgrading, and strive to increase the unit's industrial added value energy consumption and carbon dioxide emissions by more than 4.5%, 10,000 yuan industrial added value water consumption decreased by 7%, industrial solid waste comprehensive utilization further improved, the key industry pollutant emissions The intensity dropped significantly. I. Conscientiously organize and implement special actions for industrial green development (1) Piloting the implementation of industrial green and low carbon transition cities. Amendment and improvement of the overall pilot program for industrial green and low carbon transition cities. Select 5 or so heavily industrialized cities in the country to carry out pilot projects to guide the preparation and approval of pilot schemes for industrial green and low carbon transition cities, clarify the objectives, tasks and paths of urban transformation, and highlight reforms and innovations. , Strengthen policy guidance, standard constraints, and market promotion, explore the mode and approach of industrial green low-carbon transition development. (II) Implementation of the Cleaner Production Improvement Plan in Jing-Jin-Ji and surrounding areas. Organize key enterprises such as iron and steel, cement, coking, chemical, petrochemical and non-ferrous metal smelting in relevant regions to carry out clean production technological transformation, promote advanced, mature and applicable clean production technology and equipment, and reduce sulfur dioxide, nitrogen oxides, smoke (powder) dust And volatile organic pollutants contribute to the improvement of regional atmospheric environmental quality. Instruct the local industrial authorities of the Beijing-Tianjin-Hebei region and the surrounding areas, and the central enterprises in the region to formulate their own administrative plans for the area under their jurisdiction, implement the target responsibilities, and strengthen supervision and evaluation. (C) continue to implement the motor energy efficiency improvement plan. Focus on promoting the implementation of production enterprises, the implementation of special projects and the construction of policy mechanisms. The General Administration of Quality Supervision, Inspection and Quarantine (AQSIQ) implemented the inspection of motor production enterprises and strictly enforced the mandatory performance efficiency standards of electric motors. It also cultivated a batch of standardized and large-scale contract energy management companies that provide integrated solutions, integrated resources, and improved the marketing promotion model. Second, comprehensively promote industrial energy conservation and consumption reduction (D) a solid increase in energy efficiency. Further improve energy efficiency of end-use energy products such as industrial boiler systems, transformers, and internal-combustion engines, implement energy-saving and emission-reduction guidelines for internal combustion engines, publish fuel consumption limits and measurement method standards for internal combustion engine products, and organize effective implementation of non-road vehicle and engine efficient clean-up action plans. , Industrial boiler system energy conservation and emission reduction action plan, transformer energy efficiency improvement plan, promotion of boiler, transformer and other energy-saving technologies and products. We will continue to promote key energy-using industries to carry out energy efficiency standards to meet the standard activities, and continuously improve the level of energy efficiency. (e) Further strengthen energy management. Strengthen industrial energy evaluation, study and promote new mechanisms for evaluating energy by means of negative list; strengthen standard constraints, implement 100 projects with relevant energy efficiency standards, and formulate Implementation Plan for Energy Consumption Quota Standard of Calcium Carbide and Ferroalloy (2014-2015 (year), launching energy saving standards to promote the withdrawal of surplus production capacity in the “two high†industries, accelerating the establishment of mandatory national standards for energy consumption limits for key products, strengthening the team building, and organizing the professional training of provincial and municipal industrial energy conservation and comprehensive utilization management cadres The training of energy management positions and responsible persons of key energy-using enterprises, the establishment of a sound industrial energy-saving monitoring system, and the full use of energy-saving monitoring teams in support of key special projects. (six) to promote energy-saving technological progress. We will continue to compile and publish catalogues for the elimination of high energy-consuming backward mechanical and electrical equipment and catalogues of advanced energy-saving technical equipment, and carry out supervision and inspection of the elimination of outdated mechanical and electrical equipment. Continue to promote the intelligentization of corporate energy management, improve the standards for the construction of energy management and control centers, organize the preparation of implementation plans for energy management centers in key industries, develop green data centers, formulate green data center pilot implementation plans, and study and determine green data center evaluation indicators and evaluation methods . (7) To promote industrial low-carbon development. Together with the National Development and Reform Commission, we will promote pilot projects of national low-carbon industrial parks, organize the preparation of pilot park implementation plans and park evaluation index systems, formulate national low-carbon industrial park management measures, establish performance evaluation systems, and study and formulate general rules for evaluation of greenhouse gas emission of key energy-using enterprises. We will further promote the trials of methanol vehicles in Shanxi, Shaanxi, and Shanghai, strengthen data collection, test, and test work. Based on the experience of the first batch of pilots, we will expand the scope of the trial of methanol vehicles. Third, organize the implementation of industrial water-saving technology standard improvement plan (8) Effectively improve the level of water-saving technical equipment. The list of industrial water-saving process technologies and equipment encouraged by the State is released to guide enterprises in the promotion and application of advanced and applicable water-saving technical equipment; to speed up the organization of the elimination of outdated water-using technological equipment for high-water-consuming industries such as iron and steel and papermaking, and to implement compulsory elimination. (9) Improve water use efficiency standards for key enterprises. Released key industry water efficiency benchmarking companies and benchmark indicators, and further promoted the establishment of water-saving enterprises in key industries such as steel and petrochemical industries. Accelerate the revision of certain industries' quotas for the use of water, organize the formulation of national standards for the evaluation of water-saving enterprises in the petrochemical and monosodium glutamate industries, and expand the establishment of water-saving enterprises. (10) Accelerate the establishment of industrial water conservation restraint mechanisms. The study will promote a punitive water price policy based on the water quota standard, and clarify the policy ideas and plans. Research and organize the drafting of "Industrial Water-saving Management Measures" to further regulate the management of key water-using enterprises, the promotion of water-saving technologies, the access to water projects, and the development of water-saving basic capacity. (11) Promote water-saving technological transformation and demonstration of industrialization. Organize regions, especially water-scarce areas, to accelerate the policy ideas for the reform of innovative industrial water-saving technologies, and formulate water-saving technology promotion and implementation programs. Guide the implementation of a number of key technology industrialization demonstration projects that have significant impact on the industry and outstanding results. Fourth, vigorously promote the development of energy-saving and environmental protection industries (12) Organize the implementation of energy-saving environmental protection national demonstration projects. Combining with the national energy conservation and emission reduction priorities and the needs of energy-saving and emission-reducing industries with high energy consumption and high pollution, a demonstration project construction work plan will be proposed as soon as possible, and consultation with related departments will be strengthened, and active support will be given to accelerate the deployment. On the basis of demonstration projects, in-depth research and development of energy-saving environmental protection technology and equipment to promote the policies and mechanisms, play a leading role in demonstration projects, and ultimately promote the development of energy-saving environmental protection industry. (13) Development of a number of major energy saving and environmental protection technologies and equipment. Select a group of technical equipments with advanced technology, clear process routes, outstanding energy saving and environmental protection effects, significant promotion and industry representativeness, put forward a number of major projects for green development, implement industrialization demonstrations, and continue to organize the preparation and release of energy conservation and environmental protection. Comprehensively utilize the catalogue of technical equipment and jointly publish the “Catalogue of Major Environmental Protection Technologies and Equipment Encouraged by the State for Development†in conjunction with relevant departments. (14) Cultivate and build energy-saving and environmental protection industrial parks. Strengthen the guidance of the energy-saving and environmental protection equipment base in the demonstration base of the new industrialization industry. Actively support the construction of industrial parks with concentrated energy-saving and environmental protection industries and distinctive features, and give priority to supporting and fostering the construction of a number of energy-saving and environmental protection industrial parks. (15) Promote the exchange and cooperation of energy saving and environmental protection technologies. Actively organize the China International Energy Conservation and Environmental Protection Technology and Equipment Trade Fair to create a market-oriented and international energy saving and environmental protection technology equipment display trading platform. Implement the cooperation program with the United Nations Industrial Development Organization to strengthen personnel exchanges and capacity building. Utilize the UNIDO Partner Program platform to support energy-saving and environmental protection companies to “go global†and improve the overall use of domestic and international markets and resources. V. To implement a plan for improving the level of cleaner production and pragmatically promote the prevention and control of atmospheric pollution in the industrial sector (16) Organizing the preparation of an implementation plan for the prevention and control of atmospheric pollution in the industrial sector. Focusing on the implementation of air pollution prevention and control plans, we will formulate specific implementation plans for the implementation of the State Council's “Action Plan for Prevention and Control of Atmospheric Pollution†in the industrial sector, further strengthen the source of preventive measures, strengthen technical and standard support, improve the incentive and restraint mechanisms, and solidly promote key industries and priorities. Regional and key areas of air pollution control. (17) Implementation of cleaner production level improvement plans for industrial enterprises in key regions. Guide the “three districts and ten groups†industrial authority to compile and implement the cleaner production level improvement plan, and promote industrial enterprises in key regions, key river basins, and key industries such as Jing-Jin-Ji and surrounding areas to promote cleaner production. We will formulate plans for the implementation of cleaner production technologies in key industries such as iron and steel, building materials, non-ferrous metals and chemicals, and guide the adoption of advanced and applicable cleaner production technologies to implement green upgrades, improve the quality of atmospheric environment in key regions, the water environment quality in key river basins, and the clean development level of key industries. (18) To carry out pilot demonstration and popularization and application of key technologies for efficient and clean coal use. Organize and screen a group of high-efficiency clean coal processing technologies with large promotion potential, good coal-saving effect, and low pollutant emission. In key industries and key areas, we will carry out demonstration projects for coking coal, chemical industry, industrial kilns, and boilers for clean and efficient coal use. We will promote clean and efficient use of coal and reduce the use of coal and atmospheric pollutant emissions. (19) Organizing the implementation of key projects for the implementation of mercury reduction, lead reduction, and high toxic pesticide alternative clean production. The demonstration of the industrialization of clean production technologies shall be carried out to prioritize the support of major critical common clean production technologies and industrial applications. We will formulate plans for the improvement of cleaner production in key regions, key river basins, and industrial clusters, guide enterprises to carry out green transformations, and promote the improvement of atmospheric environmental quality in key regions, water environment quality in key river basins, and cleaner production in key industries. (XX) Implementation of the "Double Hundred" project. Prepare and publish one hundred demonstration cases of cleaner production technologies, summarize and refine typical cleaning development models, and guide industrial enterprises to implement clean production technology transformation. We will launch pilot projects for eco-design of products in Baijia Industrial Co., Ltd., explore the establishment of an incentive mechanism and implementation model for China's product eco-design, guide enterprises to establish a life-cycle pollution control concept, and promote the transformation of industrial pollution control from end-to-end control to full life cycle control. Sixth, continue to promote industrial recycling economy and comprehensive utilization of resources (21) Promote the construction of a resource recycling system. Focusing on industries such as strategic dilute precious metals, non-ferrous metals, steel, and rubber, we will organize and implement a number of demonstration projects for the recycling of resources. We will continue to promote the access management of renewable resources such as scrap steel processing and comprehensive utilization of used tires, and cultivate key enterprises in the industry. Strengthen the link between environmental protection verification, industry access and license issuance and release policies, implement good access announcements for recycled lead companies, and promote the standardized development of lead-acid batteries and recycled lead industries. On the basis of pilot projects for the construction of regional lead resource recycling systems, we will study and promote the research and design of the lead-acid battery recovery fund system and actively explore new models for the extension of producer responsibility. Promote the comprehensive utilization of advanced technology and resources for the application of resources, and select typical technologies to conduct scientific and technological achievements appraisal. (22) Strengthen pilot demonstration of comprehensive utilization of resources. In order to increase the overall utilization rate of bulk industrial solid waste resources, we will focus on promoting the pilot construction of comprehensive utilization bases for industrial solid waste and the construction of comprehensive utilization demonstration projects. We will make substantial progress in promoting the construction of large-scale industrial solid waste comprehensive utilization bases, speed up the review of the current status of pilot work in 12 pilot bases, and strive to build a service platform and provide different solutions such as technology, financing, and introduction of partners. We will promote the implementation of a number of demonstration projects for the comprehensive utilization of resources, and focus on promoting the comprehensive utilization of red mud, phosphogypsum, and electrolytic manganese slag, which are difficult to make use of bulk industrial solid waste. The United Nations General Administration of Homeland Safety has implemented a demonstration project for comprehensive utilization of tailings. Actively promote cement kiln co-disposal of domestic garbage and support the comprehensive utilization of waste residue to develop high-grade cement and special cement. (23) Speed ​​up the development of the remanufacturing industry of mechanical and electrical products. We will continue to promote the large-scale development of the remanufacturing industry in key areas, further expand the scope and scope of pilot remanufacturing projects, launch pilot projects for the construction of reverse logistics systems, and strengthen the construction of remanufacturing clusters and demonstration parks. Actively promote the remanufacture of mechanical and electrical products such as used electric motors, internal combustion engines, machine tools and construction machinery, and the remanufacturing of process industrial machinery equipment. Improve the remanufacturing industry management and remanufacturing product certification system, and actively promote the interaction between the remanufactured product certification system and preferential support policies, remanufactured products, and old parts import and export supervision policies. VII. Promoting the Reform and Innovation of Industrial Green and Low Carbon Transition Policy Mechanism (24) Improve the punitive tariff policy mechanism based on energy consumption standards. All regions were organized to earnestly implement the step price policy for the electrolytic aluminum industry, carry out verification of the electricity consumption of the electrolytic aluminum enterprises, and strengthen coordination with the price authorities to implement the policy of electricity price increase for enterprises with super power consumption standards. The scope of implementation of the punitive tariff policy will be expanded from electrolytic aluminum to cement, flat glass and other industries. Coordination and cooperation with the Development and Reform Commission and other departments will be strengthened, and policy proposals will be presented as soon as possible. (25) Further promote reform and innovation. The study proposed the use of environmental protection standards to eliminate backward production capacity and promote the sustainable development of industry. The study proposes reform ideas for energy-saving and emission-reducing fiscal policies, and strengthens financial support for the construction of "energy efficiency stars", energy efficiency "leaders", and energy control centers. Accelerate the pace of standard system update, give full play to the role of local competent authorities and relevant industry associations in establishing and improving the standard system, and quickly implement (repair) a set of industrial energy-saving emission reduction standards. Develop green industry development and evaluation index system for low-carbon industrial parks, and guide local governments to promote industrial green development and the construction of low-carbon industrial parks. The research uses the concepts of sustainable development and ecological design to guide the construction of industrial parks.
AWS E6010 Welding Electrodes It shows a very good performance in welding of all positions, especially vertical down welding. is a high cellulose sodium type carbon steel welding electrode for vertical down welding. The welding performances are excellent: dep penetration , fewer slag, slag easy to remove, high welding efficiency and good weld shape etc. The electrode forms double sides by one side welding.
AWS E6010 Welding Rod is suitable for welding root passes, hot passes, filler and cover passes as well as for capping of general pipes and similar structures.
Product details:
Diameter: 2.0mm, 2.5mm, 3.2mm, 4.0mm, 5.0mm
Length: 300mm, 350mm, 400mm, 450mm
Operating Current: AC and DC
Welding Current Range:60-160A
2.5mm*300mm 2.5kgs/inner box, 8inner boxes/carton=20kgs
3.2mm*350mm 5.0kgs/inner box, 4inner boxes/carton=20kgs
4.0mm*400mm 5.0kgs/inner box, 4inner boxes/carton=20kgs
5.0mm*400mm 5.0kgs/inner box, 4inner boxes/carton=20kgs
1. AWS E6010 Carbon Steel Welding Electrodes, Generally, welding electrodes do not need bake before welding.
2. If damped, the Aws E6010 Welding Electrodes should be baked for 0.5-1 hour at the temperature of 70-80℃ before welding.
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The Ministry of Industry and Information Technology proposes the key points for industrial energy-saving and comprehensive utilization in 2014