Demonstrated technologies

The IEEA programme was launched in 2017. Through phases 1 and 2 a total of £8.1 million was awarded by UK government, leveraging another £7.6 million from private sector funding, to support 16 different projects.  The projects cover a wide range of sectors, from cement to paper manufacture to wastewater treatment. The focus has been on innovations with large cross-sector energy saving and carbon reduction potential. The innovations are all rigorously tested in an operational industrial environment against an agreed Measurement and Verification (M&V) plan. Together, these projects have the potential to deliver 40.5TWh of energy savings by 2031, which is the equivalent to powering 12% of the UK's electricity consumption for one year (2019).

Discover the technologies demonstrated in phases 1 and 2

LAT Water

Wastewater treatment and separation technology, capable of operating using low grade waste heat or renewable energy, with zero emissions to air or water.

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Envacet

Energy efficient processing of Animal-By-Product (ABP), simultaneously separating it into solids, heavy liquid (water), and light liquid (tallow/oil) at low temperature.

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Mineral Products Association (MPA)

Formulating, developing and testing low carbon multi-component cements for various construction applications, reducing the need for energy intensive cement clinker production.

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Video overview

Rise Innventia

Energy efficient dewatering technology for the paper and pulp industry through improved control of process water cleanliness.

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Video overview

Innovatium

A new application for Liquid Air Energy Storage in which liquid air is efficiently generated, stored, and then released to provide compressed air to an industrial site.

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Video overview

Ozo Innovations

Substitution of hot water with cold electrolysed water in hygiene applications, particularly in the food and drink industry.

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Spirax Sarco

More accurate control of total dissolved solids (TDS) in steam boilers to avoid poor-quality steam, scaling and excessive boiler water blowdown.

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Video overview

Exergyn

Low-grade waste heat energy recovery system using shape memory alloy, for the generation of clean electricity.

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Matrix Moulding Systems

Using ultrasonic technology to enhance the flow of polymer during injection moulding, reducing the heating and cooling energy required.

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Video overview

Surface Generation

Low thermal mass technology for polymer manufacturing by eliminating conventional steam heating within compression moulding.

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Video overview

Magnomatics

Developing a magnetically geared motor to displace inefficient gearboxes and pulley systems commonly used by industry.

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Video overview

University of Hull

An innovative evaporative (dew point) cooler with highly enhanced coefficient of performance for data centres.

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Video overview

Evove

Advanced NanoPulse filtration system using graphene-oxide coated ceramic membranes, to increase separation performance and enable waste water recycling.

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Video overview

PITA

Demonstration of novel ‘Simulation Aided Advanced Process Control’ software in the drying section of a paper mill.

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Video overview

CCm Technologies

Creates low carbon fertiliser through several waste recovery processes including CO2, waste heat and wastewater treatment sludge.

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Video overview

Evergreen Water Solutions

Mechanical dewatering process for wastewater treatment to replace energy intensive centrifugal separation systems.

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Video overview

Learn about the projects supported through Phase 3 of the IEEA

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Applications from Phase 4 of the IEEA are now being assessed.

The list of projects supported through IEEA 4 will be published in early 2023.

The IEEA is delivered by the Carbon Trust with support from Jacobs and KTN.

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