Yield
On rice and corn in poor soils.
Technologies
Graphene Technologies
From cement modifiers to hydrogen generation — a portfolio built on 14 patents and industrial-scale production capability.
Graphene opportunities by numbers
The graphene market is ready for explosive growth
$4.84BEstimated graphene market size by 2028*
43.64%Estimated CAGR from 2023–2028*
ATTIMAR SA is perfectly situated to serve this massive growth market, with production capabilities of up to 20 tons of graphene.
* Source: Mordor Intelligence — Graphene Market
The material of the future
Harder than diamond. 300× stronger than steel.
Graphene is a super-material that is harder than diamonds, 300 times stronger than steel, and a better conductor of electricity than copper. These unique properties have the potential to disrupt and transform multiple industries — and demand is growing.
Global market potential for our Graphene Modifier, based on 4.1 billion MT of Portland global cement production: US $60–100 billion.
- Chinese potential market — US $36–60 billion
- Nigerian potential market — US $1–1.5 billion
- German potential market — €500–800 million
- European potential market — €2.5–4.25 billion
On top of this you can count on carbon credits as part of the profit.
Intellectual property
Our graphene patents
- Method for obtaining expanded graphite
- Method for obtaining carbon nanomaterials
- Plant for the preparation of a carbon nanomaterial suspension
- Plant for the preparation of a carbon nanomaterial suspension
- Continuous synthesis installation of carbon nanomaterials
- Reactor for the production of carbon nanomaterials by hydrocarbon gas pyrolysis
- Method for obtaining carbon nanomaterials from vegetable raw materials
- Installation to obtain carbon nanomaterials
- A method of producing a composition for a protective and decorative coating on a building material
- A method of preparing a complex additive for building blends
- Sensor for detecting gas and measuring its concentration
- Carbon fibre material production reactor
- Line for the production of carbon fibre nanomaterials by hydrocarbon pyrolysis
- Plant for the continuous synthesis of carbon fibre nanomaterials by hydrocarbon pyrolysis
Product
Graphene Modifier V2 — for various concrete production
The Graphene Modifier V2 is a multifunctional additive that improves the overall characteristics of Portland cement-based products. As a modifier-activator, it enables the creation of composite binder compositions with unparalleled characteristics. Proper proportions improve properties such as strength, acid resistance and fire resistance.
Depending on the application area and mixture location, the dosage of the modifier is determined so that the final product possesses the desired properties — compressive strength, flexural strength, water resistance, frost resistance, thaw resistance, acid resistance, high thermal resistance, and a linear thermal expansion coefficient of over 2000 °C.
Consumption
- 3–5 kg per 1 MT of Portland cement
Effects
- 20%–45% reduction of Portland cement consumption
- The same level of CO₂ emissions
- 2–4× faster achievement of concrete strength standards
- Less weight of concrete
- Higher level of waterproofing
- Up to 30% concrete production cost savings
End products using the modifier have the following advantages
- High strength (composite cement-based up to 150 MPa)
- Improved workability
- Low hydration temperature
- Strength gain up to 60% of the concrete class within the first day
- Water resistance and seawater durability
- High chemical resistance
- High resistance to chlorides, sulfates and acids
- Frost resistance of 500 cycles or more
- Thaw resistance
- High heat resistance (over 2000 °C) — conventional concrete is 300–400 °C
- Increased service life of structures
- Low environmental impact
- Crack prevention
- Reduced construction costs
Product
Graphene Modifier SV-2 — for road construction
Consumption
- 0.75–2.25 kg per 1 m³ of construction soil, which is good for 4–5 m² of new road
Effects
- Up to 3–4× faster road construction period
- Minimum 2× cheaper construction costs
- No negative environmental impact compared with classical road construction
- Much more reliable, longer-living roads with far lower maintenance costs
Energy
Producing hydrogen from water using graphene-covered non-ferrous metals
Hydrogen production from water is a critical area of research, especially in the context of sustainable energy solutions. One innovative approach involves using graphene-covered non-ferrous metals, which can enhance the efficiency of hydrogen generation through various methods, including electrolysis and photochemical reactions.
By leveraging the unique properties of graphene and non-ferrous metals, we can unlock new possibilities in hydrogen production, contributing to a sustainable energy landscape.
Agriculture
Nanotech bio-fertiliser for sustainable yield
SilicoFarmGraph™ 200 SC
Foliar bio-fertiliser based on nanosilica (200 mg/L). Stimulates growth, strengthens plants, improves yield and resistance. For use on rice, corn and sorghum.
- Admitted to sustainable agriculture
- 1 L = up to 5 ha (standard dilution 200 mg/L)
- Made with green technology — safe for humans and the environment
Agronomic advantages
NPK absorption efficiency
PGPR stimulus and rhizosphere activity.
Root biomass
Natural auxin enhancement.
Leaf diseases
Cell wall reinforcement and immune response.
Water efficiency
Stomata increase combined with silicon.
Request technical documentation
Product data sheets, dosage guidance and test results for RGM SV2 and Graphene Modifier V2 are available on request.
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