Uploaded May 2026 | Updated September 2026, 2 weeks ago
Carbon data is becoming permission to sell.
Not a footnote in a report. A condition for doing business.
My guest is Stephen Jamieson, Chief Marketing Officer for SAP Sustainability. Stephen works at the point where climate data meets the real machinery of business: supply chains, finance, product compliance, AI systems, and the decisions that determine whether decarbonisation actually happens or merely appears in a glossy PDF.
That matters now because the pressure is no longer coming from one direction. Regulation is tightening. Digital product passports are arriving. CBAM, ESPR, Scope 3 expectations, investor scrutiny, and supply chain volatility are all pushing companies towards more granular product carbon data. And as Stephen points out, if businesses cannot meet those conditions, some products may simply not reach the market. Hard to greenwash your way around that one.
What changed my thinking was how sharply Stephen framed the shift from climate reporting to operational control. Product carbon footprints are becoming part of market access. AI agents could help scale emissions analysis across thousands of products, but only if sustainability data sits inside the systems where finance, procurement, supply chain, and product decisions are made. Otherwise, AI may just optimise the wrong things faster, which is very efficient and also faintly terrifying.
We also get into why Scope 3 remains so difficult, why average emissions databases are not enough for serious climate decisions, how digital product passports could push better standards through complex supply chains, and why sustainability teams cannot carry this alone. The real change happens when carbon, cost, margin, resilience, and compliance sit in the same decision system.
This is not a silver-bullet conversation. It is about the messy, practical work of making climate data useful enough to cut emissions in the real world.
For senior business leaders, climate professionals, policymakers, investors, technologists, and sustainability teams trying to decarbonise without breaking the business.
If you are working on product carbon data, Scope 3, AI for sustainability, or climate policy in practice, I’d be interested in your perspective.
🌍 Climate Confident: climateconfidentpodcast.com
🎧 Subscribe or follow Climate Confident wherever you get your podcasts.
⏱️ Chapters / Timestamps
00:00 – Carbon data becomes permission to sell
01:37 – Why sustainability now sits inside business systems
04:08 – Climate shifts from ambition to economics
05:39 – Carbon moves from reports into transactions
07:29 – Product passports and market access risk
08:49 – Regulation gives way to business pressure
11:02 – AI’s hidden short-termism problem
14:12 – AI agents change sustainability economics
17:26 – Why AI for sustainability can fail
20:29 – Human accountability in automated decisions
24:18 – Why Scope 3 still breaks down in supply chains
27:29 – Product footprints as commercial advantage
30:34 – Carbon, resilience, cost, and margin converge
31:35 – The biggest climate data mistake companies make
33:26 – SAP’s five sustainability agents for 2026
Carbon data is becoming permission to sell.
Not a footnote in a report. A condition for doing business.
My guest is Stephen Jamieson, Chief Marketing Officer for SAP Sustainability. Stephen works at the point where climate data meets the real machinery of business: supply chains, finance, product compliance, AI systems, and the decisions that determine whether decarbonisation actually happens or merely appears in a glossy PDF.
That matters now because the pressure is no longer coming from one direction. Regulation is tightening. Digital product passports are arriving. CBAM, ESPR, Scope 3 expectations, investor scrutiny, and supply chain volatility are all pushing companies towards more granular product carbon data. And as Stephen points out, if businesses cannot meet those conditions, some products may simply not reach the market. Hard to greenwash your way around that one.
What changed my thinking was how sharply Stephen framed the shift from climate reporting to operational control. Product carbon footprints are becoming part of market access. AI agents could help scale emissions analysis across thousands of products, but only if sustainability data sits inside the systems where finance, procurement, supply chain, and product decisions are made. Otherwise, AI may just optimise the wrong things faster, which is very efficient and also faintly terrifying.
We also get into why Scope 3 remains so difficult, why average emissions databases are not enough for serious climate decisions, how digital product passports could push better standards through complex supply chains, and why sustainability teams cannot carry this alone. The real change happens when carbon, cost, margin, resilience, and compliance sit in the same decision system.
This is not a silver-bullet conversation. It is about the messy, practical work of making climate data useful enough to cut emissions in the real world.
For senior business leaders, climate professionals, policymakers, investors, technologists, and sustainability teams trying to decarbonise without breaking the business.
If you are working on product carbon data, Scope 3, AI for sustainability, or climate policy in practice, I’d be interested in your perspective.
🌍 Climate Confident: climateconfidentpodcast.com
🎧 Subscribe or follow Climate Confident wherever you get your podcasts.
⏱️ Chapters / Timestamps
00:00 – Carbon data becomes permission to sell
01:37 – Why sustainability now sits inside business systems
04:08 – Climate shifts from ambition to economics
05:39 – Carbon moves from reports into transactions
07:29 – Product passports and market access risk
08:49 – Regulation gives way to business pressure
11:02 – AI’s hidden short-termism problem
14:12 – AI agents change sustainability economics
17:26 – Why AI for sustainability can fail
20:29 – Human accountability in automated decisions
24:18 – Why Scope 3 still breaks down in supply chains
27:29 – Product footprints as commercial advantage
30:34 – Carbon, resilience, cost, and margin converge
31:35 – The biggest climate data mistake companies make
33:26 – SAP’s five sustainability agents for 2026


![Soil Is Becoming Climate Infrastructure, Finance Is Noticing
Soil is starting to look less like an environmental side issue — and more like infrastructure.
The bigger question is what happens when finance, water risk and farm economics all meet in the same acre.
My guest is Tim Weaver of Holganix, working at the intersection of soil health, regenerative agriculture and measurable environmental outcomes. We look at what healthier soil can mean for fertiliser dependence, water resilience, farm economics, carbon claims and food supply chains.
That matters because regenerative agriculture still carries a stubborn assumption: that farmers must accept years of lower profitability before the benefits arrive. At the same time, companies need more credible evidence around carbon, water and supply-chain resilience — while farmers operate on seasonal cash-flow cycles, not ten-year climate roadmaps.
What changed my thinking was how quickly the conversation moved beyond carbon. Tim argues that better measurement — soil cores, probes, farm equipment data and satellite imagery — is making soil outcomes more credible. But measurement creates another problem: scale. AI may eventually reduce some of that cost, but without enough reliable underlying data it has little to work with.
Then there is water. Tim’s argument is that water retention, runoff and resilience may ultimately matter more to many businesses than carbon alone. When those risks begin touching insurance, cost of capital and food security, soil stops looking like a niche sustainability issue and starts looking more like operating infrastructure.
The other corrective is economic. Tim challenges the idea that regenerative agriculture necessarily requires a five-to-seven-year profitability dip, pointing instead to lower input costs, reduced tillage and stronger farm economics as possible early benefits.
This is not a silver-bullet conversation. It is about measurement, incentives, farmer behaviour and whether regenerative practices can scale on business timelines.
If you work in climate, food, agriculture, sustainable finance, supply chains or investment, this episode offers a sharper way to think about soil as a business and resilience issue.
If you’re working on regenerative agriculture, soil carbon or water risk, I’d be interested in your perspective.
Podcast website: [insert podcast website]
Subscribe to Climate Confident for climate and decarbonisation analysis grounded in real deployment.
CHAPTERS:
00:00 Soil Moneyball Tease
00:41 Welcome And Guest Intro
01:25 What Holganix Does
02:19 Tim’s Path To Soil
04:34 Why Soil Is Surging
05:43 Fertiliser Shock Economics
08:38 What Healthy Soil Changes
09:52 Water Resilience Benefits
12:31 Trust And Carbon Claims
14:37 MRV Methods Explained
17:06 Scaling Measurement With AI
20:23 Adoption And Awareness Gap
24:22 Misconceptions And ROI
26:41 Next Decade Drivers
29:59 Grower Adoption Flywheel
31:54 Lightning Round
33:08 Where To Learn More
34:10 Finance And Soil Future
35:24 Wildcard Champion Pick
36:36 Closing Thoughts And Wrap Soil Is Becoming Climate Infrastructure, Finance Is Noticing](https://i.ytimg.com/vi/mYEo55F1qCM/mqdefault.jpg)




![Grid Decarbonisation at Scale: Can a Whole Country Go Net Zero?
In this episode of Climate Confident, I’m joined by John Sturman, Managing Director at NatPower UK, for a frank and fascinating conversation on the future of grid decarbonisation, battery storage, and the technologies reshaping the global energy landscape.
We cover a lot of ground — from why the UK is leading the charge in battery storage, to how AI will play a central role in managing complex, distributed energy systems. John also sheds light on the huge untapped potential in maritime decarbonisation and explains why reforming grid infrastructure and planning permissions is now critical if we’re serious about hitting net zero.
🔋 Why battery storage is essential to replacing fossil fuels
⚡ The grid bottleneck and how we fix it
🌍 What it really takes to decarbonise a national energy system
🚢 Why ports and shipping are the next big climate challenge
🧠 How AI could bring cheaper, smarter energy to us all
This is one of our most technical deep dives yet — but packed with practical insight, policy perspective, and a solid dose of realism.
💬 Let me know in the comments - what’s your take on grid reform or long-duration storage?
👇 Don’t forget to like, share, and subscribe for more expert insights every week.
🎧 Prefer to listen? Find the Climate Confident Podcast on Spotify, Apple Podcasts, or your favourite platform: [insert podcast link]
🔗 Learn more about NatPower: https://www.natpower.co.uk/
📱 Connect with John on LinkedIn: https://www.linkedin.com/in/john-sturman-a283646/
#climatechange #energytransition #batterystorage #netzero #renewableenergy #cleantech #griddecarbonisation #futureofenergy #AIinEnergy #maritimedecarbonisation Grid Decarbonisation at Scale: Can a Whole Country Go Net Zero?](https://i.ytimg.com/vi/nkX7tWTVQN0/mqdefault.jpg)


