Low Carbon Technologies
Low carbon technologies of all types play an important role in reducing Carbon Dioxide (CO2) emissions.
The IPCC report shows carbon removal is also needed to achieve nett zero and to minimise the global temperature rise. Reducing CO2 emissions alone will not be sufficient in fighting climate change.
So what Low Carbon technologies do we at Carbon Focus Engineering offer to help mitigate both the CO2 emissions and support Carbon Capture and Storage (CCS)?
Pyrolysis & Carbonisation to Produce Biochar
Carbon Focus Engineering Ltd are the UK Partner and Agents for Pyreg GmbH and are able to offer a tried and tested pyrolysis solution for a variety of feedstocks. Pyreg have a proven track record of providing machinery which produces a high quality Biochar attaching an impressive income stream through CORC's (Cardon Dioxide removal certificates).
Watch our recent presentation at The Pig & Poultry Fair 2024 on Using Poultry Manure for Heat & Biochar Production:
Extracting Value From Poultry Manure and Agricultural Waste Streams BPPF 2024 (youtube.com)
View our Pyrolysis Initial Project Feasibility Process here:
Pyrolysis and Carbonisation have long been acknowledged as methods for carbon removal.
Unlike processes such as decay or incineration, Pyrolysis and Carbonisation do not release the carbon contained in residual materials as CO2; instead, they securely bind it into biochar, effectively extracting CO2 from the atmosphere.
When this biochar is permanently integrated into designated carbon storage sites, such as soil, construction materials, or asphalt, it enables the long-term retention of CO2, thus Carbon Capture and Storage.
Biomass refers to organic materials like wood chips, wood pellets, straw, miscanthus, or organic waste that are used as fuel in biomass boilers to generate heat.
This heat can be employed for heating spaces and water, representing a sustainable source of renewable energy.
Biomass also ranks among the most cost-effective low-carbon energy sources, seamlessly integrating into existing infrastructure.
Biomass systems vary in size, ranging from small domestic setups, typically with a capacity of 10-15 kilowatts, to substantial power stations.
Biomass Hot Water Systems
At Carbon Focus Engineering Ltd, we specialize in biomass systems ranging from 200 kilowatts to 8 megawatts. Furthermore, biomass is not limited to heating applications; it can also be harnessed for power generation, offering a distinct advantage of independence from weather conditions, unlike some other renewable energy methods.
With 20 years of experience, encompassing the design, installation, and maintenance of biomass heating systems, our expertise extends across diverse sectors, including schools, Ministry of Defence properties, large poultry producers and integrators, and commercial horticulture. We are committed to tailoring solutions that best match your heating requirements.
Heat Recovery; our Innovative Solution for the Commercial Poultry Industry
Carbon Focus Engineering Ltd has undertaken the development of a heat recovery system using a thermal wheel to address a specific challenge faced by the commercial poultry industry.
Our initial modelling indicates that the heat recovery system can achieve an average temperature increase of approximately 80%. As a result, the boiler's workload is reduced by 65%, resulting in significant energy conservation and associated fuel cost savings.
Heat recovery is the process of capturing and reutilising heat that would typically go to waste.
It involves reclaiming a portion of the energy lost through heating and ventilation systems.
One effective method of heat recovery is through the use of a thermal wheel, also referred to as a heat recovery wheel.
This device is strategically placed within the supply and exhaust air streams of air-handling units, rooftop units, or industrial processes' exhaust gases to recapture heat energy.
Solar photovoltaic (PV) panels are a widely embraced form of renewable energy, capable of generating electricity by harnessing sunlight.
This generated electricity can be used to power both residential and commercial properties.
Solar PV represents a reliable and cost-effective method for generating renewable energy.
It not only aids in reducing your electricity expenses but also contributes positively to environmental sustainability by curbing your carbon emissions.
Solar PV
CFE can provide both roof mounted and floor mounted solar arrays with battery storage capacity to ensure consistency in electricity supply.