Core contributor in CD-LINKS, COP21 RIPPLES, ENGAGE, TRANS-URBAN-EU-CHINA, and REGREEN — all focused on climate pathways, emissions reductions, and sustainable urban transitions.
TSINGHUA UNIVERSITY
China's top university and primary Chinese academic partner for EU-China research in climate, emissions, transport, and advanced materials.
Their core work
Tsinghua University is China's premier research university, acting as the primary Chinese partner in EU-China collaborative research across climate policy, vehicle emissions, advanced materials, and carbon capture. Their H2020 involvement centers on providing Chinese data, testbeds, and policy context to European consortia — particularly in integrated climate assessment, real-world emissions monitoring, and sustainable urban development. They bring deep expertise in computational simulation, geopolymer concrete engineering, bio-inspired sensing systems, and connected vehicle technologies, serving as Europe's most active Chinese academic bridge partner.
What they specialise in
Active in CARES (remote emission sensing), uCARe (emission reduction), OSCCAR (occupant safety), COSAFE (connected vehicles with 5G V2X), and ULTRACEPT (collision avoidance).
Participated in CLEANKER (calcium looping for cement), CHEERS (Chinese-European emission-reducing solutions), and REALISE (refinery-adapted CCUS demonstration).
PRIGeoC focused on geopolymer concretes (durability, fire resistance, mix design) and RISEN on rail infrastructure engineering.
STEP2DYNA, ULTRACEPT, and COSAFE all involve bio-inspired visual processing, motion-sensitive neural models, and vehicle safety systems.
FLEXI-PYROCAT (waste plastics pyrolysis), MIX-UP (mixed plastics biodegradation), and INTERWASTE (environmental fate of organic pollutants) show growing engagement in circular materials.
How they've shifted over time
In the early period (2015–2018), Tsinghua focused on fundamental materials research (geopolymer concretes, bio-inspired neural systems), climate-development policy linkages, and EU-China institutional cooperation. From 2019 onward, the focus shifted sharply toward applied monitoring and measurement — real-world vehicle emissions sensing, air quality surveillance, connected vehicle standards, and CCUS demonstration — reflecting a move from modeling to real-world deployment and validation. This mirrors China's broader policy shift toward measurable environmental compliance and smart transport infrastructure.
Tsinghua is moving from theoretical climate and materials research toward applied environmental monitoring, connected vehicle systems, and industrial decarbonization demonstration — making them increasingly relevant for deployment-stage projects needing Chinese validation sites.
How they like to work
Tsinghua never coordinates H2020 projects — they join as a partner or third-party contributor, typically providing Chinese research capacity, data access, and validation environments to European-led consortia. With 443 unique partners across 48 countries, they operate as a high-connectivity hub rather than a deep bilateral partner, appearing in large consortia (often 10+ members). This makes them easy to integrate into new consortia but means they contribute specialized Chinese expertise rather than driving project direction.
Exceptionally broad network with 443 unique consortium partners spanning 48 countries, making them one of the most connected non-European institutions in H2020. Their partnerships are concentrated with Western European research universities and institutes but extend globally, reflecting their role as the default Chinese academic partner for EU international cooperation projects.
What sets them apart
Tsinghua is the go-to Chinese university for EU-China collaborative research — no other Chinese institution matches their breadth of H2020 participation across climate, transport, energy, and materials. They offer what European partners cannot: access to Chinese industrial testbeds, policy data, urban environments, and research infrastructure. For any consortium requiring a credible, well-connected Chinese academic partner with a track record in EU frameworks, Tsinghua is the proven choice.
Highlights from their portfolio
- ENGAGELargest EC contribution (EUR 223,125) to Tsinghua, focused on global greenhouse gas reduction pathways — their flagship climate policy project.
- CARESCity-scale remote emission sensing across multiple countries including Chinese cities — directly connects Tsinghua's transport and air quality expertise to real-world urban monitoring.
- CHEERSSix-year EU-China project on industrial CO2 capture at petroleum refineries — represents their deepest engagement in applied decarbonization technology.