This is how research into our technology began in 2019 (report by Rudana TV Company): https://youtu.be/EkBYINWbG-c
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Large-scale testing of the efficiency of decarbonization technology in the quarry conditions of the Ingulets Mineral Processing Plant of the Metinvest Group: https://youtu.be/4XN8d9mNZnQ
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Routine mass explosion in the quarry of Rudomine LLC (video provided by Rudomine): https://youtu.be/WtfpS2EJbpE
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Comparative experiment with different reagents in tamping (left part of the block – reagent from Europe, right part – Humate reagent): https://youtu.be/x9xO629z_WU
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I`ll provide a professional translation of the video description: https://youtu.be/il1V3KpVBds
Video Description: Laboratory Research of Degassing with Humate Reagent (c)
This video demonstrates scientific laboratory experiments documenting the effectiveness of our humate reagent in reducing harmful gas emissions and dust suppression. The research, conducted by the Scientific Research Institute of Labor Safety and Ecology in Mining and Metallurgical Industry, showcases the innovative ecological solution developed by Kryvbas Eco-Technologies.
Key Research Highlights:
Detailed visualization of degasification processes
Comparative analysis of gas emission reduction
Measurement of dust suppression efficiency
Scientific methodology of testing humate reagent
Experimental Objectives:
Evaluate the reagent`s ability to neutralize harmful gases
Quantify reduction in carbon oxide and nitrogen oxide emissions
Demonstrate dust control capabilities
Provide scientific evidence of environmental impact mitigation
The video illustrates our commitment to developing advanced ecological technologies for industrial applications, particularly in mining and quarry operations. Our humate reagent has proven to:
Reduce carbon oxide emissions by up to 63.9%
Decrease nitrogen oxide emissions by up to 67.9%
Suppress dust formation with up to 50.5% efficiency
Research supports our mission of creating innovative solutions to minimize environmental pollution in industrial processes.