MECHANOCHEMICAL TECHNOLOGY OF PROCESSING OF SEA BUCKTHORN AND PRODUCTION OF NEW PREPARATIONS MODIFIERS FOR POLYMERS MODIFIERS FOR METALS and ALLOYS METALLIZED SYNTHETIC FIBERS POLLUTION-FREE SILICATE BINDERS TO PRODUCE CONSTRUCTION MATERIALS MECHANOCHEMICAL TECHNOLOGY FOR OBTAINING ECOLOGICALLY SAFE SUBSTITUTES OF FORAGE ANTIBIOTICS MECHANOCHEMICAL SYNTHESIS OF FINE LITHIUM GAMMA-MONOALUMINATE FEED MEAL FROM RICE HUSK AND GREEN TEA FOR AGRICULTURAL AND UNPRODUCTIVE ANIMALS AND THE METHOD OF OBTAINING IT ENERGY AND ECO-EFFICIENT MECHANOCHEMICAL SYNTHESIS OF NANO-LiFePO4/С FOR LITHIUM-ION BATTERIES HUMIC PRODUCT FOR REGENERATION OF SOILS OF HIGHWAYS AND OTHER STRONGLY POLLUTED LANDS OF THE CITY MULTI-PURPOSE CORE-SHELL SORBENT ON THE BASE OF HIMIC ACIDS SYNTHESIS OF NANOSCALE METAL PARTICLES MECHANOCHEMICAL SOLUBILIZATION OF BIOLOGICALLY ACTIVE SUBSTANCES INTERCALATION METHOD FOR MANUFACTURING FINE CORUNDUM WITH LOW ALKALINE CONTENT

Developments / New technologies

HUMIC PRODUCT FOR REGENERATION OF SOILS OF HIGHWAYS AND OTHER STRONGLY POLLUTED LANDS OF THE CITY

A technology for obtaining a new humic product for soil restoration and stimulation of plant growth has been developed. The technology is based on mechanochemical processing of coal industry waste (brown coal) into a finished product that is characterized by a high content of humic acids. Due to the complex branched structure, humic acids can trap nutrients in the earth, thereby increasing its fertility.

Schematic diagram of mechanochemical technology:

The technology is carried out using original mills-activators created in ISSCM SB RAS. The product is highly effective and non-toxic. It has passed successfully testing and has shown its effectiveness for reclamation of damaged urban soils. Recommendations for its application have been developed.

The average height of grass in experimental areas during processing with humic product increases by 50%, plant biomass by 25%.

Regeneration of damaged soils in Novosibirsk
Advantages of technology:
  • Functional design of the final product
  • Simplicity (low number of operations) of technology and low production costs
  • Presence of a number of know-how that protects the technology from unauthorized reproduction by third parties.
  • Possibility to use waste from the coal industry (brown coal, peat).
  • The technology is environmentally friendly. The technology does not generate wastewater and solid waste products.
  • The technology can be implemented in small enterprises.
Contact us:

Institute of Solid State Chemistry and Mechanochemistry SB RAS
Kutateladze str., 18 Novosibirsk, 630128 Russia
Phone: +7(383)332-53-44
Fax: +7(383)332-28-47
E-mail: