From Rubble to Resilience: Circular Reconstruction for Rebuilding Ukraine
- Jackie De Burca
- December 8, 2025
From Rubble to Resilience: Circular Reconstruction for rebuilding Ukraine- Podcast
Rebuilding Ukraine through circularity and community with British and Dutch support.
This positive news story has been inspired by one of the world’s most tragic situations: the war in Ukraine.
“We in Ukraine are becoming a pilot site for diverse sustainable pilots, experiments and innovations. We have to leapfrog and build a society, buildings and processes that are inclusive, that are beautiful and that are sustainable. That’s our vision.” Roman Pushko

Rebuilding Ukraine safely, sustainably and swiftly – courtesy of S3RoU
A consortium of individuals, universities and entities in Ukraine, the United Kingdom and the Netherlands has come together to create a solution that will not only help rebuild Ukraine but could be used in other places that have been affected by wars or extreme weather events.
In layperson’s terms, rubble from the war in Ukraine will go through processes so it can be used to rebuild Ukraine swiftly, safely and sustainably. Discover more about the consortium who are involved in this rebuilding Ukraine project.
The conversation explores the innovative S3 project, which aims at sustainable reconstruction in Ukraine, focusing on the circular economy, community involvement, and the importance of decentralisation.
Experts discuss the challenges and opportunities presented by the project, emphasising the need for collaboration and inclusivity in rebuilding efforts. The discussion highlights the potential legacy of the project in shaping future construction practices and addressing the impacts of conflict and disaster.
“Concrete is made up of cement, sand, gravel and water – and we can theoretically get them all back. My vision is to decentralise it, prove it can work, and show people – through real demonstrations – that this is doable.” Professor Theodore Hanein
Who Should Listen?
This episode is for you if:
You’re a civil engineer, architect, urban planner or contractor interested in circular materials and real-world pilots.
You’re working on post-conflict or post-disaster reconstruction and want scalable, community-centred models.
You’re engaged in climate, energy or development policy and want to understand how embodied carbon and circularity fit into recovery plans.
Or you simply want to hear how, even in the worst of circumstances, people are finding ways to rebuild with courage, creativity and care.
“We need to minimise the extraction of our construction materials, extract them back as efficiently as possible at the end of their life, and reuse them – just like everything else we use in our lives, from our clothes to our buildings and the energy that we use.” Professor Philip Purnell
Why This S3 Rebuilding Ukraine Episode Matters
If you work in construction, architecture, policy or climate, this episode is a glimpse of the future of reconstruction:
A future where concrete is genuinely circular – not just crushed and downcycled, but separated, reactivated and returned to high-value use.
A future where rebuilding after war or disaster is an opportunity to rethink energy, equity, aesthetics and identity – not just to restore the old status quo.
A future where international programmes like Innovate Ukraine catalyse long-term partnerships and demonstrations that can be replicated well beyond Ukraine’s borders.
What You’ll Hear in This Episode
1. A Radical Rethink of “Waste”
Theo and Roman unpack the core idea behind S3:
Treat rubble as a resource, not a burden.
Separate aggregates and cementitious materials and reactivate hardened cement so it can be used again.
Move away from a mindset where “waste is a material without identity” to one where each material is known, valued and reused.
Instead of simply crushing debris into road bedding – the current “wet dream” of many municipalities – S3 shows how to rebuild structures directly from rubble, dramatically cutting embodied carbon and energy demand.
2. Decentralisation, Jobs and Local Power
The team make a compelling case for decentralised reconstruction:
Mobile modular systems can move from town to town, processing concrete on site rather than relying on a handful of global cement giants.
Circular systems create local jobs, skills and resilience, instead of funnelling value to a few transnational players.
Communities become less dependent on imports and more able to build with what they have, even in post-conflict or post-disaster settings like Ukraine, Gaza or earthquake-hit regions.
For Jackie, this decentralisation story sits right at the intersection of climate justice, livelihoods and technical innovation – a powerful counter-narrative to despair.

rebuilding Ukraine S3
3. Embodied Memory, Identity and the Psychology of Reconstruction
One of the most moving strands in this episode is Roman’s reflection on embodied memory:
Destroyed homes contain not just embodied carbon, but embodied heritage and personal history.
Temporary container housing may solve an immediate shelter problem, but it can erase that sense of place and continuity.
“All the embodied memory that was there – it’s quite strong psychologically. Then people are put into temporary housing, often just a container, simply to give them shelter. Reconstruction has to take those people and those memories into account.” Roman Pushko
In projects like the “Circularity on the Edge” Venice Biennale installation, fragments of material from destroyed houses in Bucha are used with AI and light to tell stories of loss and determination to rebuild better.
Reconstruction, as Jackie draws out, must be about respecting local aesthetics, cultures and memories, not just about pouring new concrete faster.
4. Inclusion: Women, Veterans and New Voices in Construction
The S3 consortium is also trying to change who gets to rebuild:
The project’s JETZ component focuses on gender equality, disability and social inclusion, bringing women and veterans into what has been a heavily male-dominated industry.
Circular reconstruction demands more hands and more skills – from sorting and testing materials to operating mobile plants – opening up new types of work in war-torn communities.
This isn’t just a technical pilot; it’s the beginning of a new construction culture.
5. Hard Realities: When Green Meets Everyday Needs
Roman speaks frankly about the tension between advanced circular ideas and people’s immediate needs:
In the Teplo project, his team proposed using natural materials and timber façades for a 1930s Soviet residential block – but residents pushed back once they learned about long-term maintenance costs.
For many households, having heat and insulation now outweighs the promise of more ecological materials later.
This leads into a bigger question that Rhiannon and the guests explore:
How do we design reconstruction that is green, circular and inclusive, and genuinely reflects people’s financial and practical realities on the ground?
Rebuilding Ukraine Conference 2026
About the Event
This conference aims to bring together scientists, policymakers, industry leaders, educators, and experts in construction and building materials to exchange knowledge, explore cutting-edge research, and collaborate on innovative solutions for Ukraine’s reconstruction.
Discover more about the conference here.
Meet The Constructive Voices
Prof. Theodore Hanein
Professor of Construction Materials Science at the University of Leeds, Prof. Theodore Hanein leads the S3ROU technical work on circular concrete and mobile, decentralised production.

Professor Theodore Hanein
His vision is simple but radical: a mobile system that can travel to devastated areas and turn rubble back into high-quality construction materials, proving that “we can theoretically get it all back” – the cement, sand, aggregates and water.
Prof. Hanein is a UKRI Future Leaders Fellow on Green, Circular, and Smart Cement Manufacture. Following his two UG degrees in Chemistry and Chemical Engineering, he graduated from the University of Manchester (2012) with a Masters in Advanced Process Design and Integration, and then from the University of Aberdeen (2016) with a PhD in Cement/Clinker Thermochemistry.
Following graduation, Prof. Hanein began working at the University of Sheffield on low-carbon cement and concrete, where he was promoted twice from postdoc to assistant professor and then associate professor, before joining University of Leeds. His work centres around sustainable materials and processes.
For Prof. Hanein’s full biography and research, go to the University of Leeds website.
Roman Puchko
Co-founder and CEO of Rethink, a Ukrainian circular economy NGO, Roman is a leading voice on green and circular reconstruction.

Roman Pushko
For him, S3 is about far more than technology: it’s a chance for Ukraine to leapfrog towards better architecture, better urban design and a more inclusive construction culture, even in the middle of trauma.
Roman holds his master’s degree from Wageningen University and has complemented it with the circular cities program accomplishment at the University of Amsterdam. Since co-founding ReThink in 2017, he has been promoting the implementation of green innovations in Ukraine and trying to unleash the country’s potential in ensuring a circular transition for the European continent.
Currently, Roman unites colleagues, like-minded people, and various stakeholders around his vision of ecologically sustainable and aesthetically beautiful reconstruction of the Ukrainian urban environment and infrastructure.
He loves cheesecakes, music, tennis, and beauty in everything. If you hear someone humming something in the office – it’s him!
Prof. Philip Purnell
Professor of Materials and Structures at Leeds, Phil sets S3 in the wider context of circular economy research – from construction to textiles and energy – and reminds us that we use more construction materials than all other materials combined.

Professor Phil Purnell
Phil Purnell is Professor of Materials and Structures in the School of Civil Engineering, University of Leeds (UoL). He manages projects and networks at the intersections between Engineering, Economics and Environmental Science.
Phil’s background is in concrete technology but his current publication portfolio also spans composite durability, biomaterials, critical materials, fashion and textiles, carbon footprints for construction materials, 3D printing and non-destructive testing, waste management and the circular economy. He is an advisor for UKRI and DEFRA and holds visiting positions at the Royal College of Art and the University of Cambridge. He is a member of the HMG Circular Economy Taskforce.
Andrew Horsley

Andrew Horsley
Head of Innovate Ukraine program delivery, Andy explains how this flagship UK programme backs projects like S3 that combine energy resilience, clean technology and real-world demonstration in Ukraine, as part of a long-term UK-Ukraine partnership.
Rhiannon Mathias

Rhiannon Matthias
Based at the University of Leeds, Rhiannon works in research and development and supports S3ROU across partners in Ukraine, the UK and the Netherlands.
With a background in frugal innovation, urban transitions and international relations, she moderates the core technical and social discussion in this episode, bringing out questions of justice, identity and long-term resilience.









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