Investment
opportunities

Projects for you to invest into

Here I present new, innovative products for which I am looking for investors to bring them to market

Some of the products already passed the proof of concept phase. Let me see if you are interested in funding a start-up.

This page will be continuously updated as new product concepts will be ready for announcement. Some of the products are still in early development, while some of them already passed the proof of concept phase. Contact me if you are interested in the development and launching of these innovative products. I can imagine various ways of cooperation from consulting to the creation of a common start-up company. If you happen to develop similar products and are interested in my findings then I may be ready to cooperate with you.

#1
Inorganic polymeric materials

short description

I have been working on the development of inorganic polymeric materials for quite a log time. These polymeric materials can also be called eco-cements, alkali-activated metakaolin cements or geopolymers. One could say that these polymers are artificial stones. The structure and bonding mechanism of these materials substantially differ from that of the Portland cements (not crystal water based), therefore, they possess special properties such as high compressive and flexural strength, fire and heat resistance, and easy mouldability. Certain polymers set quickly and at ambient temperature while not shrinking or expanding at all.

Inorganic polymers are very suitable for the creation of fire resistant layers that are fireproof up to 1200 C degree. These materials can be spread or slushed easily onto polystyrene, cardboard or plasterboard surfaces where they are setting quickly, and protect the base material from any kind of fire.

Various bricks and moulded elements can be manufactured using inorganic polymer technology. Inorganic polymers are usually just binders in these cases and are mixed with filling materials in different proportions like 70% of fly ash, 60% brick debris, straw, red mud, broken glass etc.

Inorganic polymers are suitable for the safe and long-term storage of radioactive wastes like e.g. the evaporation concentrate of primary loop cooling water, which is a standard waste in case of pressurized water reactors. I have developed special polymer compositions for this purpose. The speciality of the material is that it not just encapsulates the waste, but part of the waste is bulit into the inorganic polymer chain. These materials were tested in the Paks Nuclear Power Plant in Hungary. The extreme hardness of the material can be further intensified, by reinforcing it with glass or carbon fiber. The carbon fiber reinforced slabs are extreme durable.

stage of development

The majority of the products shown below already passed the proof of concept phase. Trial products have been tested.

LIST OF products

- Spreadable fire resistant coatings for polystyrene thermal insulation panels and for plasterboard and cardboard walls
- Carbon fiber and fibre glass reinforced composite materials for technical applications
- Embedding of solid nuclear wastes or solidification of liquid nuclear wastes for long-term deposition
- Eco construction materials (bricks and walls consisting a high percentage of filling materials like straw, brick debris, cellulose balls, mineral powders)
- Construction materials from industrial waste (bricks and walls consisting a high percentage of filling materials like fly ash, red mud, etc.)
- Stone like materials for technical applications (ferromagnetic stone-like objects, “stone foam”), etc.