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Future
TECHNOLOGIES

entX, providing innovative technologies to decarbonise industries and accelerate the transition to a net-zero future by 2050

Addressing the industrial decarbonisation challenges, with scalable solutions that will enable industries to meet global climate goals.

our Future
TECHNOLOGIES projects

Future TECHNOLOGIES

PhosEnergy

Producing Uranium U308 from phosphoric acid, for clean energy.

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Future TECHNOLOGIES

Carbon X

Capturing and converting CO2 into commercial products.

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Future TECHNOLOGIES

GEN T

Generating power from waste heat in heavy industries.

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Projects

Laboratory Scientist testing radioactive Material

PhosEnergy
process

Unlocking Sustainable Uranium Production

PhosEnergy transforms phosphate rock into a dual-purpose resource by extracting uranium—a vital component for clean energy—before fertilizer production.

Key Benefits:

Low-Cost, High-Impact: Produces uranium at industry-leading low operating costs.

Resource Efficiency: Taps into a vast, underutilized resource, supplying up to 15% of global U3O8 demand.

Co-Product Opportunity: Potential for significant vanadium production.

With proven feasibility and strong market potential, PhosEnergy is poised to reshape uranium supply chains for the clean energy economy.

Industrial Piping

Carbon X

Revolutionising Carbon Capture and Utilisation

CarbonX offers a game-changing approach to carbon capture by converting CO₂ into valuable products like methanol without prohibitive energy inputs.

Key Benefits:
Low-Energy Conversion: Utilises beta emitters to drive chemical reactions efficiently.

Economic Potential: Generates revenue through CO₂ processing, technology licensing, and carbon offsets.
Sustainability: Reduces emissions while creating useful industrial products.

With continued R&D, CarbonX aims to optimise performance and scale for widespread adoption, providing industries with a viable pathway to carbon neutrality.

Gen T Technology being used in heavy industries

Gen T

Harnessing Waste Heat for Power

GenT technology captures and converts waste heat from industrial processes into electricity, turning a costly byproduct into a valuable resource.

Key Benefits:
Flexible and Scalable: Panels adapt to various heat-emitting surfaces across industries.
Energy Efficiency: Reduces energy waste, enhancing sustainability and cost savings.
Wide Applicability: Suitable for sectors including steel, cement, and gas turbines.

GenT has the potential to revolutionize energy use in heavy industries, lowering operational carbon footprints while maximizing efficiency.

Driving
Decarbonisation
with Innovation

entX’s Carbon Transition Technologies bridge the gap between industrial demand and sustainability, offering practical, scalable solutions to cut emissions and drive profitability.

Our commitment to technological advancement ensures that industries can thrive while embracing a sustainable, low-carbon future.

People in meeting talking about Future Technologies

Future Technologies

Carbon Transition Technologies

entX is at the forefront of innovation, delivering groundbreaking technologies to decarbonise industries and accelerate the transition to a sustainable, net-zero future by 2050.

Our scalable solutions address the most pressing challenges of industrial decarbonisation, empowering businesses to meet global climate targets while creating new economic opportunities.

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Transforming Challenges
into Opportunities

As the world seeks to reduce carbon emissions, entX is turning CO₂ into value, waste heat into power, and untapped resources into clean energy.

Our advanced technologies are designed to reduce environmental impact and enhance industrial efficiency across multiple sectors.

Factory with Carbon Transition Technologies
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