Using Regenerative Agriculture for a More Sustainable Pint - Sustainability Magazine

Using Regenerative Agriculture for a More Sustainable Pint | Sustainability Magazine

Find

  • Demand Gen
  • Private Events
  • Advertise
  • Editorial
  • Login / Register

News & Articles

News

  • Articles
  • Interviews
  • Top 10
  • Industry Events
  • Magazines
    • Sustainability Magazine
    • Energy Digital Magazine
    • EV Magazine
  • Reports & Whitepapers
    • Company Reports
    • Top 250 Reports
    • White Papers

Topics

  • AI in Sustainability
  • Circularity & Recycling
  • Decarbonisation
  • Diversity & Inclusion
  • Energy Transition
  • ESG
  • Nature-Based Solutions
  • Net Zero
  • Plastics & Packaging
  • Regulation & Reporting
  • Renewable & Green Energy
  • Sustainability
  • Sustainable Finance
  • Sustainable Supply Chains
  • Technology
  • Water Positivity
  • Women in Sustainability

Watch & Listen

  • Podcasts
  • Webinars
  • Videos
  • LIVE Events
    • Sustainability LIVE
    • Procurement LIVE
    • Supply Chain LIVE
    • Manufacturing LIVE
    • CXO Summit
  • All BizClik Events

Demand Gen & Private Events

  • Advertise
  • Editorial

Socials

  • LinkedIn
  • Twitter
  • Facebook
  • Instagram
  • YouTube

Article: Sustainability

Using Regenerative Agriculture for a More Sustainable Pint

By David Weston | October 13, 2026 | 7 mins

Share this article:

  • Prioritise Us on Google

Did you know? You can read this and more in the magazine.

Share this article | Prioritise Us on Google

Regenerative farming is becoming an integral part of the story behind a greener British pint. Credit: Getty Images

British brewers from Asahi to Signature Brew are turning to regenerative agricultural practices to reduce their environmental impact and craft better beer.

Beer production relies on just four base materials: water, yeast, hops, and barley. Like many sectors, the beer and drinks trade is focusing on ways to cut emissions and reduce its environmental footprint.

Heineken UK, which brews over 1.3 billion pints annually and supplies 80% of UK pubs, is a prime example. As part of its sustainability efforts, the brewer is examining how it grows its barley, much of which comes from British farms.

In the summer, Heineken announced a new sustainable malting barley program to support farmers in England and Scotland, aiming to scale up regenerative farming methods. Participating farmers receive customized support to implement practices such as:

  • Cover cropping
  • Reduced soil disturbance
  • Diverse crop rotations

Beyond promoting more sustainable farming practices, beer producers can also localize supply chains to a much higher degree than many other sectors. Beer often has strong cultural ties to local communities, especially in the UK.

“Consumers typically place greater value on local provenance, heritage, and ingredients, making regenerative agriculture a natural extension of the brand story,” says Izzy Ashman, Sustainability Manager at Asahi UK, a major brewer behind iconic brands like Fuller's Pride and Peroni.

Izzy Ashman, Sustainability Manager at Asahi UK. Credit: Asahi UK

Sharing supply chain risk

Sustainable brewing is evolving from isolated pilots to scalable, commercial models. Cross-industry collaboration is increasing to support this growth, which in turn shares the cost burden.

The Carbon Trust highlights that drinks brands are sharing transition risks with farmers through long-term purchasing commitments and shared-cost trials.

“Growers should not be expected to bear the financial and operational risk alone. So, brands, suppliers, and government need to support the transition through longer-term contracts, shared-cost trials, and appropriate farmer/grower incentives,” says Tiph Gray, Associate Director for Agriculture, Food, and Drink at the Carbon Trust.

Tiph Gray, Associate Director for Agriculture, Food, and Drink at The Carbon Trust. Credit: The Carbon Trust

“Regenerative processes have an important role, particularly in improving soil health, nutrient cycling, and resilience for land generally. But this should not be framed as a choice between regenerative farming and low-carbon inputs. The strongest approach combines better soil management with more efficient, lower-carbon inputs, tailored to the crop, region, and farming system.”

Leave a Reply