We process coal waste into industrial materials with high added value

Over 1 billion tons of ash and slag waste have accumulated in Kazakhstan’s ash dumps, polluting soil and water resources
We recycle coal waste into valuable resources
The technology combines environmental reclamation with a sustainable source of income, turning a problem into profit
We extract oxides and carbon from ash and slag — valuable components with high market value
In Kazakhstan, there are more than 1 billion tons of ash and slag dumps, occupying an area equal to two-thirds of Paris

Why foreign solutions are not suitable for old ash and slag waste

In Europe, the USA, and China, they mainly recycle fresh ash obtained after burning enriched coal. Old ash and slag dumps have different physico-chemical properties and require unique technology developed for local conditions and raw material composition

Efficient technology for processing ash and slag waste

Patented technology for extracting valuable components
We have developed an industrial solution for the efficient extraction of silicon, aluminum, titanium, iron oxides, and carbon from old ash and slag dumps
Stable raw material supplies through direct contracts
We sign long-term contracts with owners of ash and slag dumps, ensuring stable raw material volumes and predictable supplies for industrial production
Scalable production for the market with environmental and economic benefits
Production capacities are adapted to current demand, ensuring sustainable income and an environmental effect from ash and slag recycling
Verification
Protocols from independent laboratories and internal quality control
Compliance
Specifications tailored to industry requirements (construction, metallurgy, chemistry)
Documents
Patents, licenses, certificates — available upon request
Main guarantee of quality
What do we obtain?
Zeolite
A valuable natural sorbent. Applied in water treatment, agriculture, medicine, and energy.

Growing market for ecological solutions
In demand in Europe and Asia as an alternative to chemical purifiers
Easy to store and transport — low operating costs
Aluminum oxide
High-margin component used in aerospace, electronics, and metallurgy. Especially valued in nanopowder form.

Key component for defense and space industries.
Sold both in raw and deeply processed forms.
The high global market price makes it a revenue driver
Iron oxide
A universal product, in demand for paints, pigments, cement, and even environmental sorbents.

Wide industrial base with constant demand
Opportunity to enter the construction materials and waste recycling markets
Provides additional income diversification
Titanium oxide
The most valuable component, used in aviation, chemical, and defense industries. The nanoform is especially in demand.

Critically important for the aerospace sector
Used in catalysts, coatings, pharmaceuticals
High price per kg → high profitability in each batch
Nanocarbon
A strategic component for batteries, supercapacitors, composites, electronics, and fuel additives.

Rising demand driven by the growth of electric transport and alternative energy
Opportunity to enter the energy storage and nanotechnology markets
High added value through micronization and purification
Silicon dioxide
The most abundant and stable component — up to 55% of all extracted materials. Used in construction, tire industry, cosmetics, and composite production.

Guaranteed demand + high sales stability.
Markets: building materials, tires, paint & coatings, glass, cosmetics.
Ensures steady cash flow even under market turbulence
What do we obtain?
Zeolite
A valuable natural sorbent. Applied in water treatment, agriculture, medicine, and energy.

Growing market for ecological solutions
In demand in Europe and Asia as an alternative to chemical purifiers
Easy to store and transport — low operating costs
Aluminum oxide
High-margin component used in aerospace, electronics, and metallurgy. Especially valued in nanopowder form.

Key component for defense and space industries. Sold both in raw and deeply processed forms.
The high global market price makes it a revenue driver
Iron oxide
A universal product, in demand for paints, pigments, cement, and even environmental sorbents.

Wide industrial base with constant demand
Opportunity to enter the construction materials and waste recycling markets
Provides additional income diversification
Titanium oxide
The most valuable component, used in aviation, chemical, and defense industries. The nanoform is especially in demand.

Critically important for the aerospace sector
Used in catalysts, coatings, pharmaceuticals
High price per kg → high profitability in each batch
Nanocarbon
A strategic component for batteries, supercapacitors, composites, electronics, and fuel additives.

Rising demand driven by the growth of electric transport and alternative energy
Opportunity to enter the energy storage and nanotechnology markets
High added value through micronization and purification
Silicon dioxide
The most abundant and stable component — up to 55% of all extracted materials. Used in construction, tire industry, cosmetics, and composite production.

Guaranteed demand + high sales stability.
Markets: building materials, tires, paint & coatings, glass, cosmetics.
Ensures steady cash flow even under market turbulence
Old dumps in Kazakhstan are a uniquely rich raw material base
Raw materials are free, volumes are huge, and products are expensive
The market is ready: obtained materials are traded on exchanges and used in key industries
The technology is patented and has no analogues
What Makes It Work
The project frees land from industrial waste, reduces pollution, and creates jobs in the regions
The initiative combines economic benefits with environmental

Environmental impact with economic results