WHAT WE DO
Generating Renewable Energy
We aim to be the first manufacturing unit to produce a cement replacement from industrial by-products using 100% renewable energy.
It is projected that the world currently uses 2.75 billion tonnes of Cement and will need up to 5 billon tonnes by 2025 adding a further 2 billion tons of carbon emissions to the atmosphere. We at Celtic Cement are pioneering vital sustainable low carbon alternatives.
Wind
We are also working closely with The Renewable Energy Partnership who are developing a wind farm on land adjoining our site. This wind-powered electrical generating facility will supplement the Bio gas plant on site. Wind Power offers a solution to meet the energy needs of our low carbon manufacturing process.
We are also working in conjunction with leading European universities who are helping with proof of concept for clean power generation from renewable energy sources.
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Bio Gas
We are developing a 3 Mega Watt (mw) high efficiency electricity generation plant using Bio gas in stages.
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The gas is produced from the biological decomposition of agricultural energy crops and food waste. We have secured a reliable supply of local agricultural crops such as maize and silage which will be transported to the power plant using energy efficient transport.
A by-product of the decomposition process is a high quality organic fertilizer which will be returned to the land.
Combined Heat and Power
Combined Heat and Power systems (CHP) provide the single most efficient way to reduce carbon emissions and cut energy costs.
The Cenin CHP unit proposed at our Stormy Down site will be fuelled from Bio gas to produce both electricity and heat at the same time (cogeneration). Rather than wasting the heat normally rejected by other electricity generating processes, CHP recovers most of it, in the form of hot water, which increases the efficiency of fuel utilisation. The unit will have a heat output of around 1.5 times the electrical power output – energy that would normally just escape to the atmosphere. This heat is then used in the process.
Trigeneration
Trigeneration is a combination of cogeneration and absorption chilling. During the summer months the heat generated by the CHP may not be fully utilised on site. We plan use the excess heat to operate an absorption chiller- a compact unit with only a few mechanical parts.
In comparison to conventional air conditioning methods an absorption chiller uses a waste product and therefore leads to considerable savings in primary energy consumption.
Key Benefits
- Reduction in conventional refrigerant gas usage
- Maximum utilisation of heat
- Reduced chiller life cycle costs
- Environmentally friendly