Member Spotlight: Forterra
The transition to low-carbon manufacturing is becoming a defining priority for the UK ceramics sector, and member organisations are playing a pivotal role in advancing practical solutions. Forterra PLC is among those leading this progress, with continued investment in hydrogen-fuelled production methods that demonstrate both technical feasibility and long-term strategic vision. Their latest developments underline how established manufacturers can drive meaningful environmental change while upholding the performance standards expected across the industry.
Forterra’s recent hydrogen trials represent a significant step forward in the decarbonisation of clay brick production. Conducted at operational manufacturing sites, these trials have focused on blending hydrogen with natural gas within existing kiln infrastructure. Early results indicate that hydrogen blends of up to 20% can be used without compromising critical product characteristics such as colour consistency, structural integrity or durability. This is a notable achievement for an energy-intensive sector in which quality assurance and process reliability are paramount.
Momentum is also building beyond the factory gates. Proposed hydrogen infrastructure developments, including major regional pipeline projects, are expected to strengthen long-term supply prospects for industrial users. For manufacturers such as Forterra, this presents a realistic pathway toward scaling hydrogen usage beyond pilot stages and into mainstream production. Access to dependable, low-carbon fuel sources will be essential if the ceramics industry is to meet national net-zero targets while maintaining competitiveness.
Forterra’s approach highlights the importance of collaboration across the energy, infrastructure and manufacturing supply chain.
Working alongside technology partners and fuel suppliers, the company is adapting existing assets rather than relying solely on wholesale replacement of equipment. This pragmatic strategy not only reduces transition risk but also offers a replicable model for other ceramics producers seeking to lower emissions without disrupting output or product standards.
For the wider ceramics community, these developments are both encouraging and instructive. Hydrogen is increasingly recognised as a viable alternative fuel capable of supporting high-temperature processes that are difficult to electrify. As research initiatives, pilot projects and funding programmes continue to expand across the sector, Forterra’s progress provides tangible evidence that innovation and environmental responsibility can be aligned with commercial and operational realities.
By combining technical experimentation with strategic foresight, Forterra is helping to shape a more sustainable future for UK ceramics manufacturing. Their work reinforces the sector’s capacity to evolve, invest and lead in response to the climate challenge—while continuing to deliver the high-quality materials on which construction and infrastructure depend.