Recovery of rare earth from waste water
Rare earth elements are essential for making modern electronic devices such as magnets, catalysts, superconductors ... But because they are rare, they are very expensive.
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46 published items.
Rare earth elements are essential for making modern electronic devices such as magnets, catalysts, superconductors ... But because they are rare, they are very expensive.
Recent scientists have found a way to create hydrogen gas from sunlight and waste water, which helps create a stable source of energy and improve water resources.
Originally a dry delta, La Ciénega de Santa (Mexico) is now
Dr. Nguyen Trung Minh and his colleagues, from the Vietnam Institute of Science and Technology, have successfully researched to take advantage of the beneficial componen…
Waste water containing radioactive materials from Japan's Fukushima I nuclear power plants leaked to the Pacific Ocean.
Associate Professor, Dr. Duong Nguyen Khang, Ho Chi Minh City Agriculture and Forestry University has just completed the system of transferring wastewater from the facto…
Wastewater treatment system in Tho Quang fisheries service industrial park (Da Nang) invested with Japanese ODA.
Practicing aluminum extraction from bauxite ore generates a large amount of red mud, a hazardous waste. However, it is this sludge that can be used to treat industrial w…
Economic and budgetary board of Ho Chi Minh City People's Council has just published survey results on water pollution in Ho Chi Minh City.
By flotation tank technology, paper production and recycling villages can reduce 70-80% of waste water, recover up to 75% of pulp in the production process. This is a te…
After one year of implementing the pilot study, the Institute of Biochemistry and professional documents (Ministry of Public Security) said it has succeeded in treating…
The environmental pollution caused by industrial activities has changed but still more than 90% of the total amount of domestic wastewater and wastewater of production,…
Everyday, urban areas and industrial zones discharge about 3,110,000 m3 of domestic wastewater and production wastewater directly discharged into surface water sources.…
Shafdan plant processes wastewater from Tel Aviv to turn into an agricultural water in southern Israel.
This station can analyze and give results immediately for organic toxins, dissolved oxygen, analysis of pH, acidity, alkalinity of wastewater.