PAS 2030:2023

At GM Roofing we are proud to announce that we have recently achieved PAS 2030:2023 accreditation. This certification is a robust endorsement of our commitment to delivering energy efficiency measures in existing dwellings to the highest industry standards. It reflects our ongoing dedication to quality, safety, and compliance with government-backed retrofit initiatives.

What is PAS 2030:2023?

PAS 2030:2023 is a British Standards Institution (BSI) specification that sets out the requirements for installing energy efficiency measures (EEMs) in domestic retrofit projects. Published in September 2023, this updated standard supersedes the previous PAS 2030:2019+A1:2022 certification and introduces enhanced requirements for installation processes, quality management, and risk mitigation. The new standard emphasises a whole-house retrofit approach and includes updated guidance on critical elements such as:

• Airtightness Strategies: Incorporating air leakage testing and setting airtightness targets to ensure optimal thermal performance.
• Moisture Management: Aligning recommendations with BS5250 to mitigate risks associated with damp and mould.
• Building Performance Evaluation: Introducing requirements that reference BS40101 to support robust monitoring from project inception through to completion.

These changes, coupled with an 18‑month transition period (with the previous standard being phased out by 30 March 2025), ensure that our installations not only meet but exceed current industry benchmarks.

Significance of This Accreditation

The PAS 2030:2023 accreditation is more than a certification—it is a comprehensive endorsement of our operational excellence in energy efficiency installations. By complying with this updated specification, GM Roofing has demonstrated that we:

• Adhere to Rigorous Standards: Our installation processes meet strict criteria for quality, safety, and customer satisfaction.
• Embrace Industry Innovation: We have adopted the latest best practices, ensuring that our work is at the forefront of retrofit technology and methodology.
• Support National Sustainability Goals: Our compliance with PAS 2030:2023 underpins our role in government-funded schemes such as the Energy Company Obligation (ECO), contributing to the UK’s drive towards reduced carbon emissions and net zero targets.

What This Means for Our Customers

For homeowners and commercial clients, our PAS 2030:2023 accreditation offers significant benefits, including:

• Enhanced Safety and Quality Assurance: You can have confidence knowing that every installation is carried out in accordance with the most up-to-date, rigorously tested industry standards.
• Improved Energy Performance: With installations designed to optimise airtightness and moisture control, your home’s energy efficiency is maximised—leading to lower energy bills and a more comfortable living environment.
• Access to Government Schemes: Our accreditation ensures that all our projects are eligible for participation in government-backed funding initiatives, further reinforcing our commitment to sustainability and customer protection.
• Future-Proof Installations: As the industry evolves, our adherence to PAS 2030:2023 ensures that our installations remain compliant and effective well into the future.

Conclusion

Achieving PAS 2030:2023 accreditation is a significant milestone for GM Roofing. It underscores our commitment to continuous improvement and industry leadership in energy efficiency retrofits. With this certification, we not only meet current government and industry requirements but also set a new benchmark for quality and safety in our installations. Whether you are a homeowner or a commercial client, you can trust that our services deliver superior performance, enhanced comfort, and long-term sustainability.

GM Roofing remains dedicated to providing competitively priced, high-quality home improvement solutions that meet the evolving demands of the market—ensuring that your projects are completed with integrity, professionalism, and a forward-thinking approach.