TAMPERE-UNIVERSITY
25.5.2021 07:02:08 CEST | Business Wire | Press release
Concrete is widely used as a construction material, but it has a substantial environmental impact. When a building is demolished, what happens to all the concrete? Tampere University, Finland, is coordinating the new international ReCreate project, which aims to discover how used concrete elements can be deconstructed without damaging them and reused in new buildings – and to turn the process into a profitable business. The four-year project has received €12.5 million of funding under the EU’s Horizon 2020 programme.
This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20210524005850/en/
Concrete has been the world’s most commonly used building material for at least half a century. It accounts for the majority of both construction materials and demolition waste. In Europe, concrete buildings are commonly constructed using precast concrete elements. If the old elements could be reused instead of manufacturing new ones, it would bring major benefits for the environment.
“By reusing concrete elements, we can save an enormous amount of energy and raw materials,” says Satu Huuhka , adjunct professor at the Faculty of Built Environment at Tampere University, who leads the ReCreate project.
The recently launched international ReCreate project (2021–2025) coordinated by Tampere University seeks to find new uses for the concrete elements of condemned buildings in the construction of new buildings. The four-year project has received funding under the European Union’s Horizon 2020 call, and it seeks solutions for reusing construction and demolition waste. The project has an overall budget of €12.5 million. The project involves universities and regional company clusters in four countries: Finland, Sweden, the Netherlands, and Germany. The communications partner is the Croatia Green Building Council. All the country clusters will carry out their own pilot projects where they deconstruct precast concrete elements intact and reuse them in a new building.
“We are specifically looking to reuse the concrete elements as a whole, not as a raw material for something new,” Huuhka points out.
Tapping into Finland’s world-class expertise
Researchers at the Faculty of Built Environment have been carrying out ground-breaking research into the circular economy in the construction sector for a decade. In addition, long-term research on renovation and the lifecycle engineering of structures provides a solid foundation for the development of quality assurance procedures that will ensure the safety and integrity of the reused elements. This time, the researchers are set to explore not only the technical implementation of the solutions but also the business perspective.
“There are many questions to be answered. How do we deconstruct the elements from buildings without damaging them? How do we assess their structural integrity? How do we recertify the salvaged elements and turn them into a product that meets building code requirements? Since the elements are not of uniform quality, how can we turn this into a viable business? We must also consider the social aspects: does the process require new skills or new ways of working?” Huuhka asks.
Tampere University researchers will also bring to the project their specialist expertise in circular economy business models, building regulations and law, and occupational sociology. The Finnish country cluster comprises Tampere University, the construction company Skanska, the demolition company Umacon, the precast concrete company Consolis Parma, the engineering and consultancy company Ramboll, the architecture firm Liike Oy Arkkitehtistudio and the City of Tampere.
Tampere University
The multidisciplinary Tampere University is the second largest university in Finland. The spearheads of our research and learning are technology, health and society. The University is committed to addressing the greatest challenges that are facing our society and creating new opportunities. Almost all the internationally recognised fields of study are represented at the University. Together Tampere University and Tampere University of Applied Sciences comprise the Tampere Universities community made up of more than 30,000 students and close to 5,000 employees. www.tuni.fi/en
View source version on businesswire.com: https://www.businesswire.com/news/home/20210524005850/en/
Link:
About Business Wire
Subscribe to releases from Business Wire
Subscribe to all the latest releases from Business Wire by registering your e-mail address below. You can unsubscribe at any time.
Latest releases from Business Wire
ROSHN Group Expands Foreign Real Estate Ownership Opportunities Across Saudi Arabia22.9.2026 09:00:00 CEST | Press release
ROSHN Group, Saudi Arabia’s leading master developer and a PIF company, is supporting a new chapter for international participation in the Saudi real estate market, as the Kingdom’s regulations governing non-Saudi property ownership create new opportunities for eligible international buyers and investors. This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20260922356820/en/ ROSHN Group offers world-class living and investment opportunities, including SEDRA Curated Collection in Riyadh (Photo: AETOSWire) Thousands of non-Saudi buyers have registered interest with ROSHN Group since the regulatory updates, reflecting the growth and diversification of the Kingdom’s real estate sector by attracting new sources of demand and investment, while complementing the continued delivery of homes and communities for Saudi citizens. For ROSHN Group, this creates an opportunity to broaden access to its growing portfolio while expanding housing sup
Regnology Research Maps Route From AI Pilots to Production in Regulatory Reporting22.9.2026 08:33:00 CEST | Press release
Global study of 276 practitioners across 22 countries defines the “Agentic Gap” and outlines how financial institutions can transition from experimentation to governed, high-impact deployment.Supporting analysis by Oliver Wyman finds reporting absorbs 1% to 3% of total bank expenditure, with a concentrated share of it addressable by agentic workflows. Regnology, a leader in regulatory, risk, tax and finance reporting technology, today published “The Agentic Gap: From Control to Intelligence in Regulatory Reporting”, accompanied by a video foreword from Chief Executive Officer Rob Mackay. The global study sets out where agentic AI can take on meaningful operational load today, and gives institutions a practical roadmap from isolated pilots into scaled production. This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20260921218912/en/ The research finds an industry already mobilizing. 87% of respondents are exploring, piloting or embe
Bureau Veritas Confirms LEAP | 28 Ambition, Upgrades Total Revenue Growth to Double-Digit in 2027 – 20281 and Targets EUR1 Billion Revenue in AI-Driven Markets and Services by 203022.9.2026 07:30:00 CEST | Press release
Bureau Veritas (BOURSE:BVI): CAPITAL MARKETS DAY 2026 Today, Bureau Veritas hosts its Capital Markets Day. The Company will present an update on the progress of its LEAP | 28 strategy, building on three years of successful execution. › 2024-2026 achievements:Proven track record: mid-to-high single-digit organic revenue growth (7-8%) delivered across 2023–2026e2, with 115 basis points of adjusted operating margin improvement3; Portfolio transformation on track: c. 21.0% of the portfolio rotated since LEAP | 28 launch, with EUR1.2 billion of revenue acquired, sold or to be exited through 24 acquisitions, 4 divestments and 1 exit; New operating model: the active portfolio management delivered allowed the Company to create a new operating model that simplifies its growth algorithm. Combined with a simplified organization with four divisions and ten Product Lines, it sharpens Bureau Veritas’ position as a focused multi-specialist Company; Driving growth and profitability: through Portfolio
OPM Biosciences Launches Integrated Cell Culture Media-to-Manufacturing Platform for Biosimilar Development22.9.2026 07:00:00 CEST | Press release
New portfolio combines high-performance cell culture media, molecule-specific CQA optimization, and integrated CDMO capabilities to help biosimilar developers accelerate the path to analytical similarity and improve process economics. OPM Biosciences, a cell culture media and bioprocess solutions company, today announced two new offerings that extend its OPM-CHO™ platform into biosimilar development and manufacturing: the Biosimilar Media Optimization Service and the Sureness™ Biosimilar Platform. Cell culture media can significantly influence cell growth, productivity, and critical quality attributes (CQAs), making media strategy an important component of biosimilar process development. OPM-CHO, the company’s portfolio of chemically defined cell culture media for CHO-based biomanufacturing, has supported more than 390 molecules in clinical and commercial stages worldwide, including biosimilars. Across 35 side-by-side evaluations, OPM-CHO media delivered an average titer improvement of
H2SITE Secures €3.4 Million (NOK 39.1 million) in Enova Funding to Scale Onboard Ammonia-To-Power for Commercial Maritime Applications22.9.2026 06:00:00 CEST | Press release
The 700 kW system builds on H2SITE’s previous maritime deployments and is designed as a modular, replicable solution for auxiliary power onboard vessels H2SITE has secured €3.4 million (NOK 39.1 million) in funding from Enova for HydraNord Power, a project that will develop and validate a commercial-scale onboard ammonia-to-power system for the maritime sector. This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20260921324898/en/ Enova is one of the Norwegian government's primary instruments for accelerating the country's climate and energy transition. Its primary responsibility is to manage the Climate and Energy Fund on behalf of the Norwegian government. For H2SITE, Enova’s support is a major milestone in the commercialisation of its onboard ammonia cracking technology, enabling the company to scale from proven maritime demonstrations to replicable commercial solutions for the global shipping industry. Led by H2SITE, HydraNord
In our pressroom you can read all our latest releases, find our press contacts, images, documents and other relevant information about us.
Visit our pressroom
