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2022-08-17
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Intelligent manufacturing technology to cope with climate change has a long way to go

it has been nearly a month since the United States withdrew from the Paris Agreement. There are many experts in the scientific community who offer advice and suggestions, hoping to use the power of science and technology to reverse the severe situation that global warming may aggravate. Intelligent manufacturing technology has played a variety of roles in coping with climate change, but there is still a long way to go. It has been nearly a month since the United States withdrew from the Paris Agreement Oxygen index tester: combustion performance of polymer under specified experimental conditions. There are many experts in the scientific community who offer advice and suggestions, hoping to use the power of science and technology to reverse the severe situation that global warming may aggravate. Intelligent manufacturing technology has played a variety of roles in coping with climate change, but there is still a long way to go

in a flash, it has been nearly a month since the United States withdrew from the Paris Agreement. During this month, many environmentalists from politics, business, academia and the private sector expressed dissatisfaction with the trump administration's decision that went against the trend of the times, and criticism has been heard so far

according to the research results published in natural climate change in December 2016, if the United States withdraws from the Paris Agreement, the global temperature may rise by 0.3 degrees Celsius in 2100. On the long way to deal with global climate change, in the face of this sudden increase in adverse factors, many experts in the scientific community have made suggestions, hoping to turn the situation around with the power of science and technology. What role can intelligent manufacturing technology play in this protracted war on environmental protection

the primary task of coping with global climate change is undoubtedly to curb global warming, and one of the best ways to study global warming is to study the change of glaciers. In this regard, unmanned aerial vehicles play an important role. Last year, a French company and the French scientific research center jointly developed a UAV that can work in extremely cold environments. It has been able to fly normally outdoors at -30 ℃, in the laboratory at -40 ℃, and when the wind speed reaches 60 km/h. It can even fly correctly when the magnetic pole is lost. Therefore, it has been used for polar exploration to help scientists observe glacier changes

drones can only observe glaciers and cannot prevent them from melting. Two British scientists, John Latham and Stephen Salter, found a way to slow the melting of glaciers on the robot boat. They plan to use a large number of automatic boats to constantly spray water into the sky to form low-level clouds and reflect as much solar radiation as possible, so as to reduce the temperature of the polar regions. However, the investment of this plan is too huge, and it has not been implemented yet

to slow down global warming, it is not enough to invent some tools specifically for reflecting solar radiation. The key is to change the current production methods. 3D printing is a new manufacturing technology with environment-friendly properties. In May this year, a group of French researchers conducted a case study on the production of orthopedic insoles using life cycle assessment technology to assess the impact of 3D printing on the environment. Through comparison, researchers found that the impact of 3D printed insoles on climate change is about a quarter smaller than that of traditional insoles

although IOT is not directly involved in production, it can also reduce carbon emissions in the production process. A report from the non-profit organization carbon warfare room shows that if IOT is applied to energy, transportation, urban environment, agriculture and other sectors, global greenhouse gas emissions will be reduced by 910 million tons of carbon dioxide equivalent per year. This is equivalent to 18.2 trillion pounds and the total greenhouse gas emissions of the United States and India. IOT monitoring platform can provide real-time monitoring of energy, monitoring of key energy consumption equipment, itemized statistics of energy, analysis of energy consumption rate, analysis of energy consumption trend distribution, data query and other services for the manufacturing industry, so that relevant departments can accurately grasp the proportion and development trend of energy costs, and formulate effective energy conservation and emission reduction strategies

big data always serves as a solid backbone in rear operations. Google Earth engine, Microsoft martinley model, climate data, global forest watch, OPOWER and other big data projects can provide research materials and reference information about climate change in a certain period of time in the future for specific regions, specific terrain, and specific industries, and can even provide users with information about energy conservation and emission reduction of surrounding people, so as to stimulate users to participate in environmental protection actions

the most unexpected and reasonable thing is the application of VR technology in the process of coping with climate change. Extremely realistic VR visual effects can bring great spiritual shock to people at present. The products of the U.S. Constitution have been damaged to varying degrees. The Institute of Oceanology at the University of Southern California and the U.S. Geological Survey have set up VR helmet fitting stations at Santa Monica Pier. This trial station shows the environmental evolution step by step through VR equipment, so that the experimenter can feel the consequences of ignoring the problem of global warming, and thus spontaneously participate in the action of curbing global warming

although intelligent manufacturing technology has played a variety of roles in coping with climate change, compared with the current severe environmental protection situation, these effects are far from enough. Perhaps, people's thinking should gradually shift from developing intelligent manufacturing and environmental protection technology to using intelligent manufacturing technology to comprehensively replace traditional manufacturing technology. Only in this way can we make a fundamental change to the current situation of global warming

planting speed time curve coping with climate change intelligent manufacturing technology has a long way to go. It is collated and published by electromechanical equipment. If you need to reprint, please indicate the source of the article. For more industry information, please click attention: electromechanical industry

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