Efficient Utilization and Response of Energy Resources Climate Change Research

Abstract

The efficient utilization of energy resources is one of the most important national development strategies at present. The proposal of carbon peaking and carbon neutrality has put forward new requirements for industry and smart agriculture. The realization of the revitalization strategy of emerging industries and smart agriculture is inseparable from the support of policies and finance. However, traditional concepts and financial services face many pain points such as information asymmetry. Carry out new reforms on technical routes, methods, input and output, and environmental protection issues such as backward treatment of various recyclable resources, high energy consumption, high pollution, high investment and low income, and optimize, upgrade and improve the original equipment to increase thermal efficiency by 20-50%, reduce the number of times and links of energy utilization and conversion, comprehensive utilization, rational utilization, cold discharge technology, recover all the waste heat that should be discharged, reduce carbon dioxide emissions by 20-50%, and increase the output income several times, tailor-made Design input and output, resource utilization, energy utilization, ecologicalization, carbon dioxide can be directionally recycled under normal temperature emissions to provide surrounding plants or plant factories as nutrients for photosynthesis, and methane greenhouse gas generated during planting can be recycled into the furnace as a supplementary fuel, Truly achieve natural carbon neutrality in nature. It solves the problem of difficult waste disposal. The generated energy is used in multiple stages, saving 20-50% of energy, improving thermal efficiency, reducing mining, reducing combustion, and reducing emissions. The carbon dioxide after combustion and emissions are designed with reasonable design and are directed to provide plants or plants. After the neutralization of the plant factory, an internal circular economy has been formed, which has driven the vigorous development of modern smart agriculture. Carbon dioxide emissions will be reduced by 40-90%. There is no thermal pollution, and the emission is carried out at room temperature. Radical rule, especially the traditional technology should discharge waste heat of 180-300 °C for total heat recovery and convert it into cold discharge with an efficiency of 76%, the difference between positive and negative is 176%, and heat pollution is replaced by cold. Climate change plays a huge role in allowing nature to achieve natural balance and neutrality