Climate positive concrete

CLIMATE-POSITIVE CONCRETE NOW

Our climate-positive precast concrete is not only carbon-negative.
It is 40% lighter, uses less total concrete, uses 40% less water, uses cheap, locally available, previously unusable aggregates and does not require steel.
Our production is circular, using recycled concrete and other industrial waste products.
We are not a sustainable company. We are a regenerative company.

USPs & Characteristics:

regenerative

CO2 Negative
Circular Production
40% Less Water
Local Aggregates

Our concrete goes beyond sustainable -it is regenerative. It is carbon-negative and uses less water, fewer aggregates and fewer virgin materials.

Lightweight

40% Lighter
Same Strength
Better Insulation
Less Concrete
Low Absorbtion

Our Concrete is 40% lighter than standard concrete with multiple benefits. It uses fewer materials while achieving the same compressive strength and better insulation qualities.

Precast Construction

reduced waste
Consistent Production
Economies Of Scale

Precast offers an unrivalled way to build at scale. It allows for economic and material efficiency through serial and modular construction.

Under-used Aggregates

locally sourced
Cheap & abundant
fragile & expanded
Previously Unusable

Our expansion and mixing IP allows using locally available, cheap and fragile aggregates, e.g. expanded perlite for lightweight concrete.

Desert sand

Desert sand
+ Carbonised sand (partner technology)

B-ton is able to use desert sand in construction - this was previously impossible.

Desert countries such as KSA had to ship in sand.

Out partnership with KAUST allows us to use their carbonised sand.

Remove Steel

IP Statically Active Fibres
No need for steel on verticle construction

B-ton’s statically active fibres IP allows for a reduction of steel in construction and removes its need in vertical construction.

Proprietary Technologies and Process

Our Concrete is Carbon-Negative:

We reduce the clinker content in cement, which is responsible for 88% of CO2 emissions in concrete. We also reduce the total amount of cement we use by 40%.

We redesign the concrete mix using recycled materials and upcycling waste, such as fly ash and blast furnace slag, to improve the specifications of our concrete mix.

We regenerate the mix, utilising CO2-negative materials.

This means that our concrete absorbs more CO2 than it emits.