logo logo

Standard treatment of wastewater volume
11000+

10000 tons/year

Standard treatment of wastewater volume
Demonstration project
100+

seat

Demonstration project
Intellectual property right
200+

piece

Intellectual property right
Proportion of R&D and technical teams with master's and doctoral degrees
96%

Proportion of R&D and technical teams with master's and doctoral degrees
Equipment manufacturing capability
100+

cover

Equipment manufacturing capability
Sino-Sci Columbus

Sino-Sci Columbus

About Us Beijing Sino-Sci Columbus Environmental Science & Technology Research Institute Co., Ltd.

Beijing Sino-Sci Columbus Environmental Science & Technology Research Institute Co., Ltd., established in 2014, has developed over 100 national-level demonstration projects in fields including whole-process pollution control of non-ferrous metallurgy, development of cleaner production processes for non-ferrous metallurgy, and clean & efficient utilization of secondary resources. Serving leading enterprises across industries such as non-ferrous metallurgy, battery materials, rare earth elements, and power battery recycling, the company has effectively supported cleaner production and green sustainable development in these sectors.

Core Business

Guided by the mission of "advancing green industrial development through technological innovation". We adopt a business model centered on "full life cycle quality improvement, efficiency enhancement, and management". We deliver comprehensive environmental pollution prevention solutions spanning "Technical Consultation & Services - Process Development & Design - Engineering Construction & Operation - Equipment & Chemical Supply", to ultimately achieve whole-process pollution control and resource regeneration across industrial operations.

Core technology

The company has developed proprietary core technologies with full intellectual property rights, integrating mature full-process solutions and critical equipment, which have been extensively applied in resource recovery from high-concentration ammonia-nitrogen wastewater, advanced treatment of oily feedstocks/wastewater, deep removal of COD/TOC, MVR heat pump waste heat recovery, and fluorine-containing feedstock/wastewater purification. Validated by international experts as technologically groundbreaking and industry-leading, these innovations have dominated the sector for over a decade. Through relentless R&D and iterative technological upgrades, we maintain an undisputed competitive edge in large-scale industrial implementations, setting global benchmarks for sustainable engineering practices.

MVR Evaporation Crystallization Technology
Membrane Filtration Technology
Resource Recycling Treatment Technology of Ammonia-Nitrogen Wastewater
Heat Pump-based Energy-efficient Waste Heat Recovery Technology
ORZ High Efficient Oil Removal Technology
KLOR Series Deep Oil Removal Integrated Equipment
KLART Series Ammonia Removal Integrated Equipment
MVR Evaporation Crystallization Technology

Membrane Filtration Technology

Resource Recycling Treatment Technology of Ammonia-Nitrogen Wastewater

Heat Pump-based Energy-efficient Waste Heat Recovery Technology

ORZ High Efficient Oil Removal Technology

KLOR Series Deep Oil Removal Integrated Equipment

KLART Series Ammonia Removal Integrated Equipment

Customers National-level Demonstration Projects100+

Sino-Sci Columbus specializes in whole-process pollution control, cleaner production, and waste resource recovery technologies. With technical expertise spanning non-ferrous metallurgy (nickel, cobalt, tungsten, molybdenum, copper, rare earth, niobium-tantalum), power battery materials, vanadium battery energy storage, chemicals, electronics, photovoltaics, pharmaceuticals, and food industries, the company has implemented over 100 demonstration projects and 22 pioneering first-of-their-kind industrial systems across 23 provinces, municipalities, and autonomous regions in China. Its innovative solutions serve more than 40 leading enterprises, positioning Sino-Sci Columbus as a technology enabler for industrial eco-transformation.

More