Preparing for CBAM: What UK Exporters Need to Know.

Go beyond compliance- protect your revenue, trading relationships, and market share.

From January 2026, the EU will start charging a carbon tax on imports to the EU on carbon-intensive goods from outside the EU, including steel, iron, aluminium, cement, fertiliser, hydrogen, and electricity.

Transitional reporting has already begun, and the full EU CBAM scheme is less than 4 months away. Businesses that act now will turn CBAM into a strategic advantage, not just a compliance headache.

Correctly complying with CBAM is crucial to protect your EU market access, competitiveness, and revenue.

Watch the recording of our Free CBAM Webinar from 2nd October

Join experts from Envantage, and specialist guests from Tunley Environmental, as we cut through the complexity and explain:

• What CBAM is and why it matters for UK exporters
• Who is affected and when the rules apply
• Key obligations and common pitfalls to avoid
• How possible UK-EU alignment could impact you
• Practical steps to protect your EU market access

You’ll also have the chance to put your questions directly to the experts.

Register now to watch the recorded webinar.

When: 2nd October 2025, 2pm
Where: Online – free to register

You’ll leave with a clear understanding of the steps you need to take now to protect EU market access and avoid costly mistakes.

Meet the CBAM Specialists:

Dave Allen

Dave is a Senior Energy and Carbon Consultant and leads the Technical Services team at Envantage. Dave has been with Envantage since 2017, after completing his PhD in low-carbon technologies at the University of Leeds. With 8 years of experience in Technical Services and a certified ESOS Lead Assessor, Dave’s experience is vital to Envantage and our clients.

Nathan Wood

Nathan is a Senior Scientist and Carbon Co-Lead at Tunley Environmental, where he is charged with the detailed analysis, evaluation, and presentation of carbon assessment data. He completed his PhD journey in 2023, specialising in the field of ‘Modelling the Thermoelectric Properties of SrTiO3 and its (nano-)composites’. Building upon his foundation in Chemistry, Nathan’s academic pursuits have led him towards the specialised domain of computational materials science for his doctoral degree. He has made several contributions to his research field, authoring three academic papers during the course of his PhD.

Register now

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