Achievements
1. Representative major research project:
More than ¥ four hundred million research funding from 200+ national, provincial and entrepreneur projects in total was received over the past 5 years.
(1) National Key R&D Projects
|
Project |
Funding (¥10K) |
Year |
|
Disposal and utilization of solid waste from mining, flotation and metallurgy in water sensitive areas of South China |
2129 |
2020 |
|
Clean extraction of Ni Co/W/Sb strategic metallurgical solid waste |
2142 |
2019 |
|
Collaborative remediation technology of soil groundwater in Central South nonferrous metal smelting site |
2896 |
2019 |
|
Source reduction and process control of hazardous waste in copper smelting |
2212 |
2018 |
|
Formation mechanism and source analysis of site pollution in key industries |
1591 |
2018 |
|
Technology and demonstration of multi pollutant process control in Nonferrous Metallurgy |
3283 |
2017 |
(2) National Natural Science Foundation Projects
|
Project |
Funding (¥10K) |
Year |
|
Arsenic Pollution Control Chemistry in Nonferrous Metal Smelting |
120 |
2020 |
|
Environmental Engineering of Nonferrous Metallurgy |
350 |
2018 |
|
Nonferrous smelting flue gas treatment and resource recycling |
130 |
2017 |
|
Formation and regulation principle of arsenic pollutants in heavy metal smelting |
280 |
2016 |
|
Project |
Funding (¥10K) |
Year |
|
Key technologies of lead zinc heavy metal clean smelting |
2856 |
2011 |
|
Emission reduction and utilization of smelting heavy metal solid waste in Xiangjiang River Basin |
1918 |
2010 |
|
Project |
Funding (¥10K) |
Year |
|
Reduction of heavy metal pollution and waste recycling in nonferrous metal resource base |
3720 |
2011 |
2. Publications
The center has published more than 1700 papers in various international renowned journals such as Environmental Science & Technology., Water Research., Chemical Engineering Journal, Applied Catalysis B: Environmental etc.
More than 600 patents in relate to the prevention and control of heavy metal pollution have been applied, in which approximately 400 patents have been authorized.
(1) Pollution control and ecological restoration of mining and metallurgy sites, Science Press, 2020.
(2) Arsenic pollution control in nonferrous metallurgy, Springer Nature, 2019.
(3) Environmental engineering of modern nonferrous metallurgy, Science Press, 2017.
(4) Cadmium pollution control in nonferrous metal smelting, Central South University Press, 2017.
(5) Study on the theory and technology of hydro-treatment for high arsenic dust, Metallurgical Industry Press, 2016.
(6) Waste gas control and purification technology, Chemical Industry Press, 2014.
(7) Study on copper flash smelting process, Metallurgical industry press, 2012.
42 national and local technical policies, standards, and specifications were compiled.
6. Awards
The center has received more than 60 national, provincial, and ministerial awards, including national science and technology awards (8 times), national teaching achievement awards (2 times) and more than 30 provincial and ministerial awards.
|
Project |
Time |
Distinction |
|
Key technologies for resource treatment of smelting polymetallic waste acid |
2018 |
National Award for Technological Invention |
|
Key technology and industrialization of sustainable recycling of electronic waste |
2018 |
National Prize for Progress in Science and Technology |
|
Key technology and equipment of zinc smelting and utilization |
2018 |
National Prize for Progress in Science and Technology |
|
Bottom blown smelting reduction for oxygen enriched volatilization of continuous lead smelting and its industrial application |
2016 |
National Prize for Progress in Science and Technology |
|
Multi element cascade recovery of valuable metal materials |
2015 |
National Prize for Progress in Science and Technology |
|
Utilization technology of arsenic containing solid waste in nonferrous metal smelting |
2014 |
National Prize for Progress in Science and Technology |
|
R & D and industrial application of super enhanced rotary flotation copper smelting and non-redox refining process |
2013 |
National Prize for Progress in Science and Technology |
|
New process for comprehensive purification of heavy metal wastewater based on microbial specificity |
2011 |
National Award for Technological Invention |