Central theme across EVE (active chassis), 3Ccar (electrified cars), EVC1000 (in-wheel powertrain and chassis control), XILforEV (EV development), and OWHEEL (wheel corner concepts).
TENNECO AUTOMOTIVE EUROPE BVBA
Tier 1 automotive supplier contributing chassis, suspension, and electrified powertrain expertise to EU vehicle electrification and autonomous driving research.
Their core work
Tenneco is a major global automotive components manufacturer headquartered in Belgium, specializing in ride performance (suspension, shock absorbers) and clean air systems. Within EU research, they contribute industrial-grade expertise in chassis systems, electric vehicle powertrains, and advanced vehicle dynamics. Their R&D involvement spans from protective coatings and cloud manufacturing to intelligent driving systems and energy harvesting from vehicle vibrations, reflecting a Tier 1 supplier actively preparing its product lines for electrification and automation.
What they specialise in
AutoDrive (fail-safe electronic architectures), PRYSTINE (programmable systems with AI for automobiles), and OWHEEL (comfort optimization for automated driving).
Electro-Intrusion (converting vibrations and heat into electricity via nanotriboelectricity) and CLOVER (mechatronics and environmental control), both exploring energy recovery from mechanical systems.
PROCETS received their largest single grant (EUR 835K) for protective composite coatings via electrodeposition and thermal spraying — directly relevant to component durability.
CREMA explored cloud-based rapid elastic manufacturing, indicating interest in digitizing production processes.
PRYSTINE and AutoDrive both address semiconductor components, sensors, and dependable embedded architectures for automotive safety systems.
How they've shifted over time
Early projects (2015–2018) covered a broad range: cloud manufacturing (CREMA), protective coatings (PROCETS), mechatronics and hardware-in-the-loop simulation (CLOVER), and initial electrified vehicle components (3Ccar). From 2019 onward, Tenneco sharpened its focus decisively toward electric vehicle powertrains, automated driving intelligence, and energy harvesting from vehicle dynamics — keywords like "electrified in-wheel powertrain," "automated driving," "AI," and "triboelectrification" dominate the later portfolio. This trajectory signals a company repositioning from a traditional suspension and exhaust components supplier toward an electrified, software-defined vehicle technology partner.
Tenneco is moving from mechanical chassis components toward integrated electrified powertrain and intelligent driving solutions, making them a strong partner for projects at the intersection of vehicle electrification, autonomous mobility, and energy recovery.
How they like to work
Tenneco participates exclusively as a consortium partner — never as coordinator — which is typical for large industrial companies that contribute application expertise, testing infrastructure, and real-world validation rather than leading research design. With 191 unique partners across 28 countries, they operate in large, multi-partner consortia (ECSEL and RIA projects often involve 30+ partners). This makes them an accessible and experienced consortium member who understands the dynamics of large EU projects without seeking to control them.
With 191 unique consortium partners across 28 countries, Tenneco has one of the broadest collaboration networks among automotive suppliers in H2020. Their partnerships span the full European automotive R&D ecosystem — from semiconductor firms (ECSEL projects) to universities and research institutes working on fundamental vehicle dynamics.
What sets them apart
Tenneco brings something rare to EU consortia: a Tier 1 automotive supplier with hands-on access to mass-production suspension, chassis, and ride-control systems who is actively investing in electrification R&D. Unlike universities or research institutes, they can validate project results against real vehicle platforms and manufacturing constraints. Their emerging work in triboelectric energy harvesting from shock absorbers (Electro-Intrusion) positions them at an unusual intersection of mechanical engineering and nanoscale energy conversion that few industrial partners can offer.
Highlights from their portfolio
- PROCETSLargest single EC contribution (EUR 835K) for protective composite coatings — shows Tenneco's investment in component durability and surface engineering beyond their core chassis business.
- Electro-IntrusionMost forward-looking project: harvesting electricity from vibrations and ambient heat via nanotriboelectricity in shock absorbers — a potential new product line for energy-recovering suspension systems.
- PRYSTINERepresents Tenneco's push into AI and semiconductor-based safety systems for automated driving, signaling ambitions well beyond mechanical components.