(Roundtable on Sustainable Biomaterials) RSB’s Sustainability Framework Drives Measurable Impact in Landmark European Aviation Project — ALIGHT final conference at Copenhagen Airport celebrates five years of collaboration delivering practical tools and emissions reductions.
On 1st October, partners and stakeholders gathered at Copenhagen Airport for the final conference of the ALIGHT Project (Airport-centred, Life cycle-based, Integrated, Green-House gas reduction Technology), marking the successful conclusion of a five-year Horizon 2020-funded collaboration that has delivered tangible environmental improvements for aviation.
>> In Other News: Vortex Energy Corp. Announces Submission of Abstract for Presentation at the 2026 Canadian Hydrogen Convention
The conference celebrated the project’s systems-level collaboration’s ability to deliver genuine progress: a 30% reduction in taxiing emissions through sustainable aviation fuel implementation, deployment of smart energy infrastructure, and creation of practical tools that airports across Europe can now use to accelerate their sustainability transitions.
The project brought together 17 leading airports, airlines, technology providers, and universities to develop solutions for sustainable airport operations. Key achievements showcased at the final conference included:
30% emissions reduction during taxiing using 34% SAF blends
Battery energy storage and smart energy management systems deployed at partner airports
Infrastructure guidance for airports preparing for electric and hydrogen aircraft
Replication Toolbox enabling airports across Europe to implement proven solutions
European network built through collaboration with Green Deal sister projects OLGA Project, Stargate Project, and TULIPS Project
These outcomes demonstrate that the airport of the future can be greener, smarter, and more resilient when industry, research, and sustainability expertise work together.
RSB’s Strategic Contribution: Beyond Carbon
RSB’s role in ALIGHT exemplified how the organisation’s capabilities extend beyond certification to encompass strategic partnership and sector-specific application of comprehensive sustainability principles.
RSB developed the Sustainable Airport Platform, a collaborative space facilitating knowledge sharing and coordinated action across European airports. The platform embodies RSB’s own multi-stakeholder governance model, providing airports with validated tools, peer networks, and frameworks for measuring sustainability performance.
Drawing on RSB’s globally recognised Principles & Criteria—covering environmental, social, management, and legal dimensions—RSB contributed tools that help airports assess and improve operations holistically.
Perhaps most importantly, the conference highlighted that airports planning to accommodate hydrogen and electric aircraft in the 2030s need to begin infrastructure investments now. ALIGHT’s guidance helps airports make these long-term investments strategically.
The tools, networks, and insights developed through ALIGHT are now available for airports worldwide to adapt and implement. For RSB, the project demonstrates its capability to serve as a strategic sustainability partner in complex sectors, applying its comprehensive framework to drive innovation and measurable impact.
For more information about RSB’s work in aviation sustainability, or to explore collaboration opportunities, contact the RSB Programmes team at [email protected].
ALIGHT (Airport-centred, Life cycle-based, Integrated, Green-House gas reduction Technology) was a five-year Horizon 2020-funded research and innovation project that brought together 17 partners from across Europe to develop and demonstrate sustainable solutions for airport operations. The project concluded with a final conference at Copenhagen Airport on 1st October 2025. More information: www.alight-aviation.eu.
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.
Inside This Issue 🧪 Shrinking the CCS Energy Penalty: A Molten Borate Breakthrough Promises Viability for Hard-to-Abate Canadian Oil & Gas 👤 Syntholene Energy Corp Appoints Former CEO of Carbo...
Inside This Issue 🛠️ Tallgrass Found the CO2 Pipeline Formula Others Missed 🚂 HyOrc & Zeltech Advance Practical Locomotive Retrofit Pathway as U.S. Rail Emissions Face Growing Scrutiny 💰 Secre...
Inside This Issue 💰 How 45Q Credits Revived This Troubled $9B Megaproject 🍁 Commencement of First Phase Operations for a Carbon Capture and Storage (CCS) Project in Canada 🤝 Haffner Energy Secures...
K2 Pure Solutions Breaks Ground On Commercial Low-Carbon Hydrogen Facility In Pittsburg, California
Expansion Adds High-Pressure Hydrogen Production Engineered to Meet California Clean-Fuel Standards, with PACC Serving as Exclusive Marketing & Distribution Partner Facility Expansion: K2 Pur...
RABA Switches Entire Bus Fleet To B20 Biodiesel Blend
The new mix offers an estimated 15% reduction in carbon dioxide emissions. The new diesel mixture is a blend of 20% renewable biodiesel and 80% petroleum diesel that can be dropped in without any ...
The combined airlines will take the first deliveries of Hawaiʻi-made SAF in early 2026. Investment enables SAF production for more sustainable future flying, diversifies Hawaii's fuels industry, s...
Montreal, Quebec--(Newsfile Corp. - December 18, 2025) - Québec Innovative Materials Corp. (CSE: QIMC) (OTCQB: QIMCF) (FSE: 7FJ) ("QIMC" or the "Company") is pleased to report new high-grade soil-g...
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.