Decarbonise Heat with Low-Carbon Fuels and Electrified Heat Solutions
Industrial and commercial heat processes are among the most challenging to decarbonise. Whether you’re looking to reduce reliance on fossil fuels or electrify high-temperature operations, Arthian helps you identify and implement the right low-carbon heat solutions for your site.
We provide expert consultancy on alternative fuels and high temperature heat pumps—supporting your transition to cleaner, more efficient energy systems that align with your net zero goals.
Alternative fuels are low-carbon or renewable energy sources that can replace natural gas, oil, or coal in industrial and commercial heating systems.
These include:
High temperature heat pumps (HTHPs) are advanced systems that use electricity to deliver heat at temperatures up to 160°C or higher—suitable for many industrial processes and district heating applications.
Together, these technologies offer viable pathways to decarbonise heat-intensive operations while improving energy efficiency and resilience.
We offer a comprehensive alternative fuels consultancy, with the following services:
We assess the suitability of alternative fuels and HTHPs for your site, including:
We design tailored solutions that integrate with your existing systems, including:
We provide technical oversight and project support from concept to commissioning:
We help you navigate the policy landscape and access funding, including:
We assess the suitability of alternative fuels and HTHPs for your site, including:
We design tailored solutions that integrate with your existing systems, including:
We provide technical oversight and project support from concept to commissioning:
We help you navigate the policy landscape and access funding, including:
Fully integrated with geotechnical, hydrological, and ecological disciplines.
National experience with regional insight and regulatory familiarity.
Deep understanding of planning, infrastructure, and environmental interfaces.
Commitment to technical rigour, clear communication, and long-term outcomes.
Yes. Modern HTHPs can deliver temperatures up to 160°C or more, making them suitable for many industrial applications such as drying, pasteurisation, and cleaning.
Alternative fuels can reduce carbon emissions, improve energy security, and future-proof your operations against fossil fuel volatility and regulation.
Absolutely. Hybrid systems that combine HTHPs with hydrogen-ready boilers or biogas burners can offer flexibility and resilience.
Yes. We can support applications to schemes like the IETF, which funds industrial fuel switching and heat pump projects.
That’s where we come in. Our feasibility studies and modelling help you compare options and make confident, data-driven decisions.
We’d love to hear from you – whether you have a question, a project in mind, want to explore job opportunities, or just want to say hello.