CCM Technologies Limited

This project develops a two-step treatment that converts livestock manure into a safe, nutrient-rich feedstock for carbon-capturing fertiliser production. It offers a low-emission alternative to traditional manure storage and spreading, which produce around 6.6 million tonnes of CO₂ equivalent each year in England. The first step, microaerobic fermentatio...

Overview and Project summary CCm is seeking funding to accelerate production of its Zero Carbon fertiliser outputs to transform UK agricultures current reliance on high emission chemical fertilisers. 1.Establish commercial markets for Zero Carbon Fertiliser, meeting UK demand CCm will design and install a fully automated CO2 capture to Zero Carbon Fertili...

CCm Technologies is an award-winning cleantech company, focused on resource optimisation and Carbon Capture and Utilisation (CCU). CCm's technology converts captured carbon dioxide and other waste streams (such as ammonia and phosphate) into stable value-added materials with multiple uses across global priority sectors of food/agriculture, advanced materi...

CCm Technologies and Cranfield University will demonstrate the benefits of Sustainable Fertilisers, derived from captured CO2 and recovered crop nutrients, increasing farm productivity through improved nutrient delivery, significantly reducing on-farm emissions, accelerating UK Net Zero by 2050\. During the 2020/21 growing season, CCm and Cranfield carrie...

CCm Technologies aims to utilise its Carbon-capture Utilisation and Storage (CCUS) technology to address 2 key policies in the Clean-Growth Strategy, supporting NetZero by 2050; 1\.**Industry efficiency**: De-carbonising and increasing efficiency of waste processes through development of circular carbon-capture utilisation and storage technology 2\.**Natu...

CCm Technologies aims to utilise it's Carbon Capture Utilisation technology to address 2 key policies in the Clean Growth Strategy, ensuring the UK does not contribute to global GHG emissions by 2050; 1\.**Industry efficiency**: De-carbonising and increasing efficiency of waste processes through development of carbon capture utilisation and storage techno...

Carbon dioxide is one the greenhouse gases in addition to nitrous oxide and methane, which is contributing towards climate change. One way to mitigate the high levels of carbon dioxide in the atmosphere is to capture it into the terrestrial environment. This technology (known as carbon capture) will be deployed in this project, provided by a company known...

CCm and LGC are collaborating to establish continuous measurement methods for water treatment; leading to improved industry efficiency, reduced water bills and improved environmental benefits.

CCm technology has been developed with the aid of a Energy CAT award from the Innovate UK. In phase we demonstrated at pilot scale our ability to produce highly effective fertilisers which have been demonstrated at field scale and substantial GHG reductions. This award not only helped us to succesfully develop the fertiliser production system based on dir...

Awaiting

The project aims to develop a micro-cellular (foamed) biopolymer based 3D printing filament that will be 30-50% lighter than conventional thermoplastic filament materials. Making it particularly suitable for product applications such as medical prosthetics and personalised footwear products, where lightweight, yet strong and flexible materials are highly ...

The project will aim to create new Leather Polymer Composite (LPC) materials through the utilisation of two green chemistry technologies; Supercritical (SC) CO2 and Biopolymers. The main objectives are to explore the potential of SC CO2 assisted polymer extrusion to: i) create a light weight and breathable composite by utilising SC CO2 as a foaming agent;...