Who Are Origen?

Origen is a climate tech company specialising in developing innovative solutions to abate and remove carbon dioxide from the atmosphere.

Founded in 2013 following ground-breaking research at the University of Oxford, Origen’s ZerCaL™ technology decarbonises carbon-intensive minerals processing such as calcium oxide, commonly known as lime.

It is the production of zero-carbon lime — along with lime’s natural CO2 absorbing properties — that is elemental to Origen’s carbon removal ambitions.

Not only is Origen exploring new ways to decarbonise the lime industry and those sectors that rely on this essential mineral, but this zero-carbon lime can also be used in innovative carbon dioxide removal (CDR) projects to permanently remove CO2 from the atmosphere.

Leveraging the core ZerCaL™ technology, Origen is developing new innovative methods to enable multiple ways to achieve giga-scale low-cost CDR from the atmosphere.

Indeed, CDR is recognised by the IPCC as being essential if we are to achieve net zero, something that is crucial if we are to achieve the 1.5-degree climate target and avoid the worst impacts of climate change.

Headquartered in the UK, Origen also has a presence in the US, with plans to expand its strategic partnerships to accelerate its production of zero-carbon lime.

A team of people in hi-vis standing outside Origen's pilot plant Singleton Birch
The Origen team 

Origen’s story so far

2013

Origen Carbon Solutions founded

2014 – 2018

Total of £946,000 in grant funding from Innovate UK, Grantham Institute for Climate Change, EIT Climate-KIC and the Engineering and Physical Sciences Research Council for R&D

Apr 2017

Two patents awarded for the Origen Power process

Aug 2018

Awarded £1m grant from BEIS Energy Entrepreneurs Fund (EEF) for a project on Carbon Negative Electricity Production (CNEP). Project completed

£180,000 SEIS equity raised

Nov 2018

Received the Engineer’s C2i award for the Balanced Energy Network (BEN) project with other partner companies

Feb 2019

£246,000 BEIS CCUD Front End Engineering Design (FEED) study grant awarded; FEED study commenced

Apr 2019

£585,000 EIS equity raise

Aug 2019

50,000 tonnes per annum (lime/CO2) calciner FEED study completed

Sep 2019

Repurposed CNEP grant to build carbon capture demonstrator at Heriot-Watt University

Feb 2020

Carbon capture demonstrator construction begins

Four additional patent applications submitted (one for kiln, three for carbon dioxide removal)

Apr 2020

£700,000 EIS equity raised

Jul 2020

Carbon capture demonstrator commissioned

Aug 2020

Signed MOU with Singleton Birch to build/operate a 3,000 tonnes per annum zero-carbon lime plant using Origen’s technology

Sept 2020

Carbon capture demonstrator operational

Dec 2020

Singleton Birch heads of terms agreed

Jan 2021

£5,000,000 EIS equity raised

Apr 2021

£221,000 BEIS Greenhouse Gas Removal Phase 1 grant awarded (100% support to progress CDR R&D) — project begins

May 2021

Singleton Birch collaboration agreement signed

Planning, permitting and final design work for 3,000 tonnes per annum zero-carbon lime kiln begins

Jul 2021

Procurement begins for 3,000 tonnes per annum zero-carbon lime kiln

Nov 2021

Construction of 3,000 tonnes per annum zero-carbon lime plant begins

Dec 2021

Greenhouse Gas Removal Phase 1 successfully completed

Jan 2022

Application for Greenhouse Gas Removal Phase 2 submitted (100% funding to support CDR demonstration); application for CCUS Phase 2 submitted (support to build/operate commercial-scale kiln at Singleton Birch)

June 2022

Origen announces a joint project with 8 Rivers Capital, LLC to create a direct air capture facility to pull a thousand tonnes of CO2 directly from the air

July 2022

Origen completes new $10 million financing round to help fund its ground-breaking work to extract carbon dioxide from the atmosphere

Origen passes a major milestone with the completion of the build phase of its lime kiln

Meet the team

Find out more about the Origen team and check out our open vacancies on our careers website.

You can also stay up to date with our progress by checking News and Updates and following our Blog.