83-ECLIPS Waste Management Technology - Xi'an and Shanghai - 2020s - Environmental Technology

83-ECLIPS Waste Management Technology - Xi'an and Shanghai - 2020s - Environmental Technology

ECLIPS waste treatment technology in the 2020s is making significant progress in China, particularly in large cities such as Xi'an and Shanghai. This technology is suitable for efficient treatment of industrial and domestic waste, and is attracting worldwide attention as a next-generation waste treatment technology.

Current Status and Technology Details

- Complete Sequestration Treatment and Detoxification
ECLIPS technology is widely used in urban areas as an alternative to conventional landfill treatment. Specifically, the Xi'an plant processes approximately 2,000 tons of waste per day and is capable of almost completely detoxifying domestic and industrial waste. In particular, technology has been introduced to completely seal out toxic substances such as heavy metals and dioxins through high-temperature treatment, preventing them from leaking into the air and water. 2022 data shows that waste residues treated at the Xi'an plant are 70% less than before.

- Material Reuse
ECLIPS technology efficiently uses waste materials as recycled resources after treatment. For example, more than 99% of iron and aluminum are recovered during the treatment process and supplied again for industrial use. The ECLIPS plant in Shanghai processes approximately 910,000 tons of waste annually, 80% of which is reused, and the reused materials are mainly used in the construction industry. Using vitrification technology, the ash is used as a raw material for road paving and concrete, reducing the final landfill volume to one-tenth of the previous amount. In addition, Shanghai has reported an annual reduction of about 150,000 tons of greenhouse gas emissions through the use of ECLIPS technology.

- Companies and Partnerships
ECLIPS technology is being developed by the China Academy of Environmental Sciences and Xi'an Environmental Technology Corporation, with the Xi'an plant in particular serving as the technology center. Furthermore, Shanghai Clean Energy Group has successfully used ECLIPS to treat approximately 650,000 tons of waste per year in 2023, reducing carbon dioxide (CO₂) emissions by approximately 120,000 tons. This reduction is on a scale equivalent to the annual electricity consumption of approximately 250,000 ordinary households.

- Industrial Waste Treatment
The ECLIPS plant in Xi'an is particularly focused on processing e-waste. For example, lead, cadmium, chromium, and other hazardous substances contained in used smartphones, computers, and other electronic devices are rendered harmless through high-temperature treatment in the plant. recycled as industrial resources. As a result, the cost of e-waste disposal will be reduced to less than half of the conventional cost, and an economic impact of approximately RMB 50 million (approximately 8 billion yen) per year is expected.

- Cities and Numerical Data
The ECLIPS plant in Shanghai processes approximately 2,500 tons of waste per day, or about 910,000 tons per year. Of this amount, 80% is reused as construction concrete and road pavement materials. The amount of waste going to landfills in Shanghai has been reduced by a factor of 10 compared to previous years, resulting in an annual reduction of about 150,000 tons of greenhouse gas emissions. This is equivalent to the CO₂ emitted by approximately 300,000 cars per year.

Future Prospects
The Chinese government is accelerating the nationwide deployment of ECLIPS technology, aiming to introduce it in 50 cities by 2025. Because of its efficiency and reduced environmental impact, the ECLIPS technology is being considered for export not only within China, but also to other Asian countries and Europe. Contracts are underway to introduce the technology in Indonesia and the Philippines by 2024, and it is expected to grow to become the standard for waste treatment technology throughout Asia.

Summary of ECLIPS
ECLIPS is a revolutionary technology specifically designed for large-scale urban waste treatment. The results of its implementation in the cities of Xi'an and Shanghai truly demonstrate its effectiveness in both detoxifying and reusing industrial and domestic waste. It has also shown remarkable reductions in greenhouse gas emissions, setting a new standard for waste treatment in the 2020s.