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Abstract: The transformer's post-processing project is part of the entire cycle life cycle of the transformer, that is, involves technical issues, economic issues, but also involves environmental issues, but also involves strategic issues, should pay great attention to and carry out strategic thinking.
Transformer is one of the indispensable power equipments in industrial and agricultural production and daily life. It has the same cycle life as mechanical equipment and electrical instrumentation. After the end of its cycle life, it deals with what is behind the transformer. To make it appropriate, economically reasonable, environmentally friendly, law-abiding, and respectful of the reality and the future. This includes technical issues as well as economic issues. It also includes environmental issues, legal issues, and strategic issues. A complex system engineering; for a long time, most of the attention has been placed on the use of transformers (costs) and economic benefits, and little attention has been paid to the post-processing of transformers, from the perspective of modern economics The problem is that the scrapping of transformers is an effective part of the transformer's life cycle, and is an important manifestation of further deepening of the intensive economy. From the perspective of service, strengthening the scrapping and processing of transformers is an effective extension of the chain of transformer industry.
From the perspective of the modernization of the construction environment, the issue involves all aspects of the country's major policies and principles such as environmental laws and regulations... All Lin Lin shows that strengthening the end-of-life treatment of transformers has both practical and long-term significance and should be highly valued. Make necessary strategic thinking.
Dismantling of transformers
The transformers referred to in this article refer to oil-immersed transformers, dry-type transformers, and gas-insulated transformers for all kinds of purposes.
Disposal of transformers refers to the use of technical and economic double levers to measure the process by which a transformer should be taken out of operation and the relevant department make decisions to dismantle it;
The so-called technical leverage refers to starting from the purely technical level, and using technical perspectives, methods, means, and measures to determine whether the suitability, technicality, and safety of a transformer are in compliance with the requirements of related regulations and standards;
The so-called economic leverage refers to the comprehensive economic benefits from the use of an economic perspective, principles, means, and standards to determine whether a transformer is scrapped or not.
Between technical leverage and economic leverage, technical leverage is in a dominant position, and economic leverage is in a secondary position. Focusing only on technical leverage and not focusing on economic leverage is not a lever for efficiency. Focusing on economic leverage without focusing on technology leverage is not scientific. Guaranteed leverage, there should be no choice between the two, should be focused on the specific circumstances of the specific time, should be the same hand with both hands.
In the decision-making process of transformer scrap processing, different time, different loads, and different transformers should be treated differently, and scientific management decisions should be made scientifically;
In the case of transformers that are in urgent need of production and forecast and are still operational and are in operation, the transformers that can be replaced cannot be put in place within a short time. The transformer scrapping work should be suspended. At this time, certain practical and feasible technical measures should be taken. Management measures to strengthen the operation and maintenance of transformers to ensure the safety and stability of transformer operation;
If the results of diagnosis of a transformer based on relevant methods and methods are not able to meet the requirements for safe and stable operation, the transformer shall immediately exit the operation and take all positive and feasible measures in as short a time as possible. Restoring power supply will reduce losses; in the event that the country’s macroeconomic policies and regulations require the replacement of transformers, it shall actively respond to the call and vigorously promote the work.
In the process of scrapping transformers, different types of transformers have different overall plans, and different methods are adopted for different transformers within a large framework. In particular, large and very large transformers and transformers using special insulating materials should be developed Scrap treatment plan.
Each end-of-life treatment program runs through science, economy, goal, and long-term environmental protection. It never deviates from the main lines of science, economy, and environmental protection, minimizes and eliminates waste, minimizes pollution and damage to nature, and makes every effort to Recycling of materials, recycling of resources, and promotion of human health and sustainable development.
Transformer end-of-life treatment is a systematic project. The ordinary people see that the transformer scrapping project is only the final short-term program execution process and results. More work is the previous scientific thinking, scientific calculation, scientific judgment, economic comparison, respect for the law, Implementation of legal, scientific management, scientific decision-making process;
Transformer end-of-life treatment engineering is a project from thinking and thinking to decision-making process, from method and result to continuous innovation, and related laws and regulations need to be continuously improved and timely followed up.
Thinking ideas are introduced in advance, ways and means are guarantees, technological research and innovation are development, and relevant laws and regulations are insurmountable red lines. Four carriages are indispensable, and mutual support is the ideal dynamic result.
The Significance of Strengthening Transformer Disposal Engineering
Decision-making consciousness, decision-making of consciousness, and decision-making of actions are the most basic common sense of all purposeful activities. Therefore, in the work of disposing of transformers, thoughts need to be further liberated and advance with the times; In order to carry out special manpower and material resources, it is advisable to establish projects, establish specialized institutions, and implement special scientific and technological solutions. If possible, methods and methods need constant innovation and update; relevant authoritative social functional organizations are required to formulate relevant laws and regulations and must The common observance and serious maintenance of society.
From local observation and analysis, strengthening the transformer scrapping project can further increase the economic benefits of the transformer operating unit, and can further expand the service content and time limit of the transformer manufacturing unit; from the overall observation and analysis, strengthen the transformer scrapping treatment project, can effectively improve the recovery of resources and Recycling and utilization is conducive to the recycling of resources, and can reduce environmental pollution and protect the environment. It is a manifestation of advocating green projects and practicing green projects. It can promote the harmony between humans and nature, and can extend the mining cycle of basic mineral resources. Reduce damage to nature.
It can expand the employment rate of society and promote the harmonious development of society. It can improve the overall social benefits. It can adapt to the development trend and necessity of all applicable, safe, green, and intensive operations. It means working for the present and for the future. Today’s work is in the future.
The transformer scrapping project is not only the work and work of the relevant management departments, transformer users, transformer manufacturing units, technology R&D institutions, and other relevant units, but also requires the participation of the government in macro-policy guidance and supervision by the judicial department. , is a socialization work, a work that requires extensive attention, attention, persistence, and long-term growth. It needs strategic thinking as well as strategic thinking.
Plastic Film Dewatering Drying Machine
Plastic Film Dewatering Drying Machine is used after the plastic film/plastic agricultural film/PP woven bags/Space bag/tons bags/thin waste plastics plastic sheets washed,using the squeeze dewatering principle,squeeze the water from the plastic by rotating screw.The water will flow out from the bottom,the plastic will get hot by high intensity extrusion friction,and will plasticizing mildly after the mould heating.Finally the blade will cut the granules from the mould.
Advantage of squeezer dryer plastic machine:
1. Low power consumption. Main motor power between 90kw, no need to connection drying pipe system. Compare transitional horizontal dewatering machine+drying pipe system, can save power 40-50%
2. Small land occupied
3. Low rotation speed, almost no noise.
4. Dewatering function is better, final products humidity less then 3%
5. After squeeze dry granulating machine, the material can put into granulator driectly, do not need the forced feeding machine.
6. Mechanical squeeze dewatering,compared with the original hot air drying, do not need use dewatering machine, drying system and the agglomerator machine,it can save the energy greatly.
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