Welcome to the inaugural edition of our Energy Update Newsletter.
In today's rapidly evolving landscape, the energy sector is experiencing a transition, where traditional paradigms are being challenged, and new opportunities are emerging. Our Energy Update aims to provide information on Calor’s product and service offering, our sustainability pathway, customer case studies and any market developments shaping the future of energy.
Please reach out to us for more information on our tailored energy solutions for your business or client projects.
If you've ever wondered about the alternative fuel sources that can drive a cleaner and more sustainable future, you might have come across the acronym LPG. But what exactly is LPG? LPG stands for Liquefied Petroleum Gas, and it refers to a flammable hydrocarbon gas that is liquefied through pressurisation. Comprising primarily propane and butane, LPG is derived from natural gas processing and crude oil refining. Its versatility and cleaner-burning nature make it a popular energy source for various applications. Propane, the major component of LPG, is a three-carbon alkane gas. It is colourless and odourless, making it an ideal fuel for industrial applications. Butane, another key constituent, is a four-carbon alkane gas. It is commonly used in LPG for its versatility and suitability for certain applications. LPG is transported in bulk tanks and cylinders. Calor’s distribution network and storage facilities compromises of three import terminals, two supply depots, two bridging points and two-cylinder filling plants. These contribute to energy security by ensuring reliable supply chains, even during periods of high demand or supply disruptions.
Domestic Heating: LPG is widely used for heating homes, providing a cleaner alternative to traditional fossil fuels. Reduce carbon emissions by up to 11%* versus home heating oil. LPG can be used in conjunction with other renewable technologies providing a sustainable solution for homes off the natural gas grid.
Cooking: Commercial kitchens are known to use LPG for cooking. It offers precise temperature control and instant heat, exactly what is needed for a busy kitchen. LPG powered commercial catering appliances provide running cost savings of around 62% in comparison to electric models+
Industrial Applications:Various industries utilise LPG for processes such as heating, drying, and as a fuel for forklifts. With its lower carbon and cleaner burning properties, LPG helps reduce emissions and maintenance costs.
As we navigate towards a more sustainable future, understanding alternative energy sources like LPG becomes crucial. Its cleaner-burning properties, versatility, and accessibility position LPG as a viable solution to lower carbon emissions while meeting energy needs.
Sustainable energy is the future. As the off-grid energy experts, Calor are working hard to develop a range of alternative fuels for homes and businesses across Ireland. Our goal is to be 100% renewable by 2040.
We are helping homes and businesses make the first step on their Pathway to Sustainability by offering energy solutions that are sustainable, reliable, and efficient.
The first step; LPG is a cleaner alternative to heavy fuel oil, home heating oil or kerosene. Switching from oil to LPG can lower CO2 emissions by up to 16%*.
The next step; Futuria is the new name for our sustainable fuel products, signalling a key step on our journey to becoming a more sustainable energy provider.
SHV Energy, our parent company, has partnered with leading, innovative players to help make these sustainable fuel advances possible. They have a strong global portfolio of R&D projects and partners, working to develop dedicated pathways to purposely produce BioLPG and other sustainable fuels with high yields and from a wide range of feedstock. These active collaboration with leading universities, such as Queen’s University Belfast, the University of Amsterdam, and Aston University.SHV Energy, our parent company, has partnered with leading, innovative players to help make these sustainable fuel advances possible. They have a strong global portfolio of R&D projects and partners, working to develop dedicated pathways to purposely produce BioLPG and other sustainable fuels with high yields and from a wide range of feedstock. These active collaboration with leading universities, such as Queen’s University Belfast, the University of Amsterdam, and Aston University.
Our Futuria Gas - BioLPG, is made from a blend of wastes, residues, and sustainably sourced materials. It can reduce your carbon emissions by up to 78% compared to heavy fuel oil*. And it’s a like-for-like replacement for LPG: same performance, lower carbon footprint. We have a range of flexible blend options to suit your customers’ needs and budget.
Recently, SHV Energy announced their commitment to accelerating the development of rDME with a joint investment venture with UGI International, into a company called Dimeta, which will produce the rDME and accelerate its adoption. which alongside other renewable liquid gases can reduce carbon emissions, improve air quality in an affordable way. Renewable and recycled carbon DME (rDME) is a safe, clean-burning, sustainable fuel that can support decarbonisation of the off-grid energy sector including domestic and commercial heating and cooking, industry, and transport.
Dimeta plans to produce 50,000 tonnes per year of rDME in the first UK plant. The production facility is in Teesside, one of the UK’s leading decarbonising industrial clusters and shall be in operation in 2025.
Our strategy is to ensure that the source and supply of our products becomes increasingly renewable and sustainable.
As someone who has worked in the hospitality sector for over two decades and currently serves on the Irish Foodservice Suppliers Alliance (IFSA) board,…
Go to article
In Calor, we are committed to being a diverse and inclusive workplace. Our core values include Inclusivity,…
Go to article
