The cost-effective production of non-toxic chemical products based on modified cellulose, developed by recycling of forest waste materials, in combination with weak organic salts, like you find in berries, grapes, fruits and bread i.e.

Instead of burning forest waste materials, the recycling reduces the CO₂ (carbon dioxide) impact on the environment.
There are a broad spectrum of absolute non-toxic chemical product applications developed on a "state-of-the art" IP technology with focus on cleaning products; coating products; respectively an an absolutely non-toxic chemical antibacterial liquid.

Antibacterial liquid, especially developed to get rid of MRSA - (multi resistant staphylococcus bacteria) respectively E-coli bacteria - tested by the Medical Science Institution at Örebro University in Sweden, meeting requested functionality and market demands.
The antibacterial liquid doesn't contain alcohol, that makes it suitable to be applied on wet vipers, to keep the wet vipers wet witout evaporation to take place. They all are complete outstanding in competition to other similar application products.

Since cellulose does not dissolve in water, makes it useful in a number of target applications.
Depending on the source where the cellulose/lignin is extracted from, different minerals are bounded to the cellulose/lignin.
Due to the different minerals achieved, the extracted cellulose/lignin is suitable for different applications.

By studying the nature, focusing on micro organism attacks on different kind of vegetation, it gives information about the difference between the minerals bounded to the cellulose/lignin and its suitability to be used for a certain application.

Applied as a surface protection top coating layer on concrete, will strongly reduce the risk that frozen water bursting concrete.

Treatment of natural fibre materials to withstand fire attacks, but also mould, fungus and rot, ought to be of highest market interest, especially at saw mills for applying on sawn wood.

A number of prestigious international Awards have been received due to the chemical "state-of-the art" IP product technology developed.

Patents have been granted throughout the world.

In general, most fire/flame retardants/suppressants in use today contain many frequently used classified hazardous chemicals
that migrate from the treated host material, polluting the environment - ground water and soil.
Upon combustion these hazardous chemicals (PFAS) release toxic gases (Freon) that might kill or cause severe respiratory injuries to humans.
These chemicals will frequently have a negative impact on human genes, which will affect future generations.

MHE products are absolutely free from any classified hazardous chemicals, according to ECHA/REACH and the Swedish Chemicals Agency pesticide register.

MHE will neither contaminate the ground water, nor the soil of agriculture lands.
Due to that, MHE saves lives and properties for future generations.