Climate tech has reached a turning point. The hard part isn't innovation anymore – it's scaling. Many technologies work brilliantly at pilot stage but struggle when companies try to build first commercial plants. There's a critical gap between venture capital (which funds prototyping) and infrastructure capital (which backs proven systems) – the industrialisation gap, or 'valley of death.'

In this episode, Dave Touhey from Ara Partners explains to Martin Wood how his firm bridges this gap by combining patient, long-term capital with hands-on industrial execution capability. This isn't traditional private equity or infrastructure investment – it's something new, designed specifically to turn first-of-a-kind (FOAK) projects into repeatable, bankable infrastructure (NOAK).

Note, Since this conversation was recorded, that relationship has deepened further: Ara Partners is now a majority investor in Bryden Wood, building on several years of working together across Ara's portfolio, including Sedron, Divert, Utility Global, BioVeritas and GIDARA Energy.

The conversation explores a fundamental shift happening in the sector: from 'climate tech' language to 'infrastructure' framing. Why does this matter? Because physical systems need different capital and different capabilities than software startups. You can't iterate fast and break things when you're building multi-million dollar plants that need to run 24/7 for decades.

Dave discusses the dual challenge facing project teams: deliver today's plant on time and budget whilst simultaneously iterating designs for tomorrow's plants. He shares examples where climate technologies have already achieved cost parity with fossil alternatives, proving these solutions can be economically superior, not just environmentally necessary.

With $250 trillion needed between now and 2050 for net zero, the question isn't whether climate infrastructure will get built – it's whether we can industrialise fast enough. This conversation explores what it really takes to bridge the valley of death and scale climate solutions at unprecedented pace.

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To learn more about Bryden Wood's Design to Value philosophy, visit www.brydenwood.com. You can also follow Bryden Wood on LinkedIn.

Developing a cancer drug is one of the most expensive, slow, and failure-prone processes in modern science. PharosAI is trying to change that – by building multimodal, AI-ready datasets from donated cancer tissue samples and making them available to researchers, biotech companies, and clinicians.

In this episode, Technical Director Adrian La Porta speaks with PharosAI's Dr Lucie Burgess (COO) and Dr Emma Colliver (Research Fellow) about what it takes to curate cancer data at scale, why federated learning matters for patient privacy, where AI is already transforming diagnostics, and what synthetic patients could mean for clinical trials.

Whether you work in life sciences, pharma manufacturing, digital health, or clinical data governance, understanding how AI is reshaping the drug discovery pipeline has direct implications for how and when new facilities will need to be built. This one is worth your time.

Topics covered:
00:00 Introduction
00:01 What is PharosAI?
00:06 Why AI can fundamentally change cancer care
00:08 The venture behind the mission
00:12 Lowering the barrier for UK biotech
00:16 Are we at an inflection point?
00:20 AI in diagnostics – what's already working
00:24 Misconceptions about AI in biotech
00:30 Data – acquiring, cleaning, and structuring
00:34 Patient privacy, consent, and NHS data
00:37 What cancer care could look like in 10 years
00:40 Why this work matters personally

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As AI promises to accelerate drug development, a critical question emerges: can pharmaceutical manufacturing keep pace? In this episode, Martin Wood and Adrian La Porta examine how artificial intelligence could transform the entire pharmaceutical value chain, from quality control paradigms to facility design.

Recorded as a preview to Bryden Wood's Accelerate Pharmaceuticals event on 25th November, the discussion explores fundamental questions about the future of drug manufacturing. Adrian argues that current quality systems are essentially compensations for our limited understanding of manufacturing processes - and that AI could enable a complete reversal of this paradigm through real-time, data-driven quality monitoring.

The conversation ranges from the potential for patient data feedback loops that could reshape manufacturing in near real-time, to whether facilities should be designed around autonomous systems rather than people. They examine why continuous manufacturing has struggled to gain traction, whether digital twins could eliminate traditional scale-up challenges, and how distributed manufacturing models might reshape global supply chains.

A thought-provoking exploration of whether AI can finally bridge the longstanding gap between drug development innovation and manufacturing industrialisation - and what it will take to get there.

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To learn more about Bryden Wood's Design to Value philosophy, visit www.brydenwood.com. You can also follow Bryden Wood on LinkedIn.

The data centre industry is experiencing unprecedented disruption. As AI applications drive explosive demand for computing power, traditional approaches to data centre design and deployment are becoming obsolete almost overnight.

In this episode, Emmanuel Becker, CEO of Mediterra Datacenters, shares insights from his extensive career spanning the evolution from on-premise to cloud to AI-driven infrastructure. With NVIDIA releasing new GPU generations every 6-12 months, data centre operators face an impossible equation: building facilities meant to last decades while needing flexibility every few months.

Emmanuel discusses Mediterra's innovative approach, including their focus on mid-voltage power infrastructure, liquid cooling readiness, and strategic positioning in tier two cities. The conversation explores how vertical AI specialists are driving regional demand, why ‘permanent retrofit’ is becoming standard practice, and how the industry must evolve to serve distributed intelligence rather than centralised hyperscale computing.

A must-listen for anyone involved in digital infrastructure, technology deployment, or understanding how AI is reshaping the built environment.

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To learn more about Bryden Wood's Design to Value philosophy, visit www.brydenwood.com. You can also follow Bryden Wood on LinkedIn.

The UK's push toward net zero has dramatically improved building insulation and airtightness. But there's an unintended consequence that could prove dangerous: overheating. As climate change brings more extreme heat to Britain, these highly insulated homes risk becoming dangerously hot without adequate cooling strategies.

In this episode, co-founder Martin Wood explores climate resilience in residential design with Helen Hough and Pablo Gugel from our sustainability team. With Pablo's Spanish perspective on Mediterranean design principles, they examine how the UK can adapt its housing for a hotter future without resorting to energy-intensive air conditioning.

The conversation covers everything from cultural shifts in thermal comfort expectations to the massive challenge of retrofitting millions of existing homes. They explore whether government intervention is necessary given the scale of the problem, and question whether we're modeling future climate scenarios or simply ignoring the risks ahead.

A thought-provoking discussion about designing for the climate we're actually going to live in, not just the regulations we need to meet today.

Timestamps: 0:00 Introduction - The perfect storm facing UK housing 3:00 Mediterranean lessons: shading and cultural adaptation 8:00 Thermal comfort expectations vs climate reality 15:00 Retrofit priorities: walls, glazing, or energy supply? 25:00 The density problem: underoccupied housing 35:00 Government intervention vs individual responsibility

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To learn more about Bryden Wood's Design to Value philosophy, visit www.brydenwood.com. You can also follow Bryden Wood on LinkedIn.

Welcome to the Bryden Wood Podcast. In this episode, 'UK Industrial Strategy: Analysis, Gaps, and the Path to Growth', co-founder Martin Wood, Technical Director Adrian La Porta, and John Dyson examine the UK's recently published industrial strategy.

The discussion highlights the positive aspects of the strategy, such as establishing a 10-year framework for economic stability , identifying key high-growth sectors (advanced manufacturing, clean energy, creative industries, defence, digital/technologies, financial services, life sciences, and professional/business services) , and its systems-thinking approach to complex challenges. 

They note the importance of a focus on pharmaceuticals, an area where the UK has historically excelled in innovation. The strategy's attention to reducing electricity prices for energy-intensive businesses and boosting R&D is also acknowledged as positive.

However, the conversation pivots to what the strategy lacks: a clear 'industrialization strategy' that details how economic growth will be achieved. The team points out the disconnect between university education and industry needs, particularly in areas like automation. They also discuss the UK's 'cultural gap' and 'structural problem' regarding investment confidence at critical stages for new ideas , and the tendency to silo efforts rather than fostering integration between regional clusters.

The podcast explores broader issues like the UK's productivity puzzle , the low uptake of AI and robotics in SMEs , and the need for a compelling national vision beyond mere policy documents. They argue for a stronger connection between educational institutions and industry, akin to the US model where universities actively foster startups.

Ultimately, the episode emphasises that while the industrial strategy is a good start, its success hinges on fostering deeper integration between commerce, education, and investment , and creating a cohesive, skilled workforce across all levels.

• Intro: 0:00
• John Dyson on UK Industrial Strategy: 0:27
• Adrian La Porta on Industrialization: 3:52
• Martin Wood on Stability and Environment: 5:21
• Integration and Investment Gaps: 7:23
• Clusters and Regional Issues: 10:55
• Education, Skills, and Industrialization: 15:16
• Cultural and Economic Reflections: 21:29
• Vision, Integration, and Conclusion: 25:34

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To learn more about Bryden Wood's Design to Value philosophy, visit www.brydenwood.com. You can also follow Bryden Wood on LinkedIn.

Join Bryden Wood's Martin Wood and Adrian La Porta as they explore the most difficult parts of the economy to decarbonise – the mission to make the toughest sectors of our economy carbon-neutral.

Inspired by the Climate Change Committee's recent findings, this episode unpacks why industries such as steel, cement, chemicals, and aviation pose unique challenges for achieving net zero.

They explore innovative pathways beyond simple electrification, the necessity of viewing technologies within an integrated network, and the critical role of governmental intervention (through both ‘carrot’ incentives and ‘stick’ mandates). Listen in to discover why focused action on these difficult areas is paramount for meeting global climate targets and what collective steps can be taken.

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To learn more about Bryden Wood's Design to Value philosophy, visit www.brydenwood.com. You can also follow Bryden Wood on LinkedIn.

Join Jaimie Johnston MBE on the Bryden Wood Podcast for an insightful discussion on the innovations within advanced nuclear energy and their impact on global power security. Featuring Jon Guidroz, SVP at Aalo Atomics, this episode explores how cutting-edge reactor technologies are addressing fundamental challenges in energy supply, including the drive for passive safety features and the benefits of modular deployment. The conversation highlights the wider potential of advanced nuclear to accelerate the energy transition and achieve decarbonisation targets, with Aalo Atomics' work providing a tangible example. Learn more about the strategic importance of dispatchable clean energy for a resilient and sustainable world.

Show Notes

00:00 Introduction to Bryden Wood Podcast

00:27 Guest Introduction: Jon Guidroz

00:43 Jon's Career Journey

02:05 Focus on Advanced Nuclear

04:03 Personal Background and Climate Change

06:23 Energy Poverty and Global Impact

09:39 Aalo Atomics: Mission and Vision

13:43 Technological Optimism and Future Prospects

14:52 Aalo Atomics: Product and Deployment

22:46 Regulatory and Market Dynamics

30:32 Conclusion and Final Thoughts

You can watch this episode on Bryden Wood's YouTube Channel: https://www.youtube.com/watch?v=KYZ7BLmYwRU

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To learn more about Bryden Wood's Design to Value philosophy, visit www.brydenwood.com. You can also follow Bryden Wood on LinkedIn.

Join Bryden Wood's co-founder Martin Wood, Technical Director Adrian La Porta, and Professor John Dyson as they discuss the critical state of the global energy grid. Triggered by recent power outages in Spain and Portugal, this episode uncovers the hidden complexities of integrating renewables, the intensifying demand from new technologies like AI, and the debate over centralised vs. distributed power. They explore the concept of ‘network value’ for energy sources, the challenges and opportunities of energy storage, and the political and commercial influences shaping our energy future. Discover why a more nuanced and collaborative approach is essential for a stable and decarbonised world.

You can now watch this episode on Bryden Wood's YouTube channel.

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To learn more about Bryden Wood's Design to Value philosophy, visit www.brydenwood.com. You can also follow Bryden Wood on LinkedIn.

Join Bryden Wood's Jaimie Johnston MBE and Martin Wood for an important discussion on Ukraine's reconstruction. Inspired by a recent UCL report in which Martin contributed, this episode explores how industrialised construction, enhanced energy security, and advanced digital tools offer compelling ideas to drive efficient and sustainable rebuilding efforts. While acknowledging that no one company holds all the solutions, this conversation provides insight into the innovative approaches Bryden Wood has been discussing. 

Discover the challenges and opportunities, emphasising international collaboration and innovative approaches to urban planning and infrastructure development. 

Watch now on YouTube: https://youtu.be/rgOv3JI1BBI

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To learn more about Bryden Wood's Design to Value philosophy, visit www.brydenwood.com. You can also follow Bryden Wood on LinkedIn.