BorgWarner Extends Four Exhaust Gas Recirculation Contracts with Major North American OEM
BorgWarner (BWA) has extended four Exhaust Gas Recirculation (EGR) system contracts with a major North American OEM through 2029. The EGR components, including valves, coolers, and modules, will be supplied for passenger and light commercial vehicles with both combustion and hybrid applications.
The company's EGR systems are designed to reduce NOx emissions and improve fuel economy by recirculating exhaust gases back into the intake air. The technology features hybrid tube and corrugated tube technologies, monoblock architecture for increased compactness, and floating core technology for enhanced thermal robustness. The systems are optimized for thermal efficiency and minimal pressure drop, with valves designed for precise gas flow control and corrosion resistance.
BorgWarner (BWA) ha rinnovato fino al 2029 quattro contratti per sistemi di Ricircolo dei Gas di Scarico (EGR) con un importante OEM nordamericano. I componenti EGR, tra cui valvole, raffreddatori e moduli, saranno forniti per veicoli passeggeri e commerciali leggeri con motorizzazioni sia a combustione che ibride.
I sistemi EGR dell'azienda sono progettati per ridurre le emissioni di NOx e migliorare l'efficienza del carburante ricircolando i gas di scarico nell'aria di aspirazione. La tecnologia incorpora tubi ibridi e tubi corrugati, un'architettura monoblocco per una maggiore compattezza e una tecnologia a nucleo flottante per una maggiore robustezza termica. I sistemi sono ottimizzati per l'efficienza termica e una minima perdita di pressione, con valvole progettate per un controllo preciso del flusso dei gas e resistenza alla corrosione.
BorgWarner (BWA) ha ampliado cuatro contratos para sistemas de Recirculación de Gases de Escape (EGR) con un importante fabricante norteamericano hasta 2029. Los componentes EGR, que incluyen válvulas, enfriadores y módulos, se suministrarán para vehículos de pasajeros y comerciales ligeros con aplicaciones tanto de combustión como híbridas.
Los sistemas EGR de la compañía están diseñados para reducir las emisiones de NOx y mejorar la economía de combustible al recircular los gases de escape de vuelta al aire de admisión. La tecnología cuenta con tubos híbridos y tubos corrugados, arquitectura monobloque para mayor compacidad y tecnología de núcleo flotante para una mayor robustez térmica. Los sistemas están optimizados para eficiencia térmica y una caída de presión mínima, con válvulas diseñadas para un control preciso del flujo de gases y resistencia a la corrosión.
BorgWarner (BWA)는 2029년까지 주요 북미 OEM과 배기가스 재순환(EGR) 시스템 4건의 계약을 연장했습니다. EGR 부품에는 밸브, 쿨러, 모듈이 포함되며, 이들은 승용차 및 경상용차의 내연 및 하이브리드 차량에 공급됩니다.
회사의 EGR 시스템은 배기가스를 흡입 공기로 재순환시켜 NOx 배출을 줄이고 연료 효율성을 향상시키도록 설계되었습니다. 이 기술은 하이브리드 튜브와 주름관 기술, 컴팩트함을 높인 모노블록 구조, 향상된 열 견고성을 위한 플로팅 코어 기술을 특징으로 합니다. 시스템은 열 효율과 압력 손실 최소화를 위해 최적화되었으며, 밸브는 정밀한 가스 흐름 제어와 부식 저항성을 위해 설계되었습니다.
BorgWarner (BWA) a prolongé jusqu'en 2029 quatre contrats de systèmes de Recirculation des Gaz d'Échappement (EGR) avec un grand constructeur nord-américain. Les composants EGR, incluant les valves, refroidisseurs et modules, seront fournis pour des véhicules particuliers et utilitaires légers avec des motorisations essence, diesel et hybrides.
Les systèmes EGR de l'entreprise sont conçus pour réduire les émissions de NOx et améliorer la consommation de carburant en recirculant les gaz d'échappement dans l'air d'admission. La technologie intègre des tubes hybrides et des tubes ondulés, une architecture monobloc pour une compacité accrue, ainsi qu'une technologie de noyau flottant pour une meilleure robustesse thermique. Les systèmes sont optimisés pour l'efficacité thermique et une chute de pression minimale, avec des valves conçues pour un contrôle précis du flux de gaz et une résistance à la corrosion.
BorgWarner (BWA) hat vier Verträge für Abgasrückführungssysteme (EGR) mit einem großen nordamerikanischen OEM bis 2029 verlängert. Die EGR-Komponenten, darunter Ventile, Kühler und Module, werden für Pkw und leichte Nutzfahrzeuge mit Verbrennungs- und Hybridantrieben geliefert.
Die EGR-Systeme des Unternehmens sind darauf ausgelegt, NOx-Emissionen zu reduzieren und den Kraftstoffverbrauch zu verbessern, indem Abgase zurück in die Ansaugluft geleitet werden. Die Technologie umfasst Hybridrohr- und Wellrohrtechnologien, eine Monoblock-Architektur für erhöhte Kompaktheit sowie eine Floating-Core-Technologie für verbesserte thermische Robustheit. Die Systeme sind auf thermische Effizienz und minimalen Druckverlust optimiert, wobei die Ventile für präzise Gasstromregelung und Korrosionsbeständigkeit ausgelegt sind.
- Extended contracts with major North American OEM through 2029, securing long-term revenue stream
- Technology serves both combustion and hybrid vehicles, demonstrating adaptability to evolving market needs
- Advanced EGR systems help OEMs meet environmental standards while improving fuel economy
- Heavy focus on traditional combustion engine technology in an increasingly electrifying automotive market
- Dependency on internal combustion engine market which faces long-term decline
Insights
BorgWarner secures stable revenue through 2029 by extending EGR contracts for both combustion and hybrid vehicles during industry transition.
The extension of four Exhaust Gas Recirculation (EGR) system contracts with a major North American OEM represents a significant business continuity win for BorgWarner. These agreements, extending through 2029, provide multi-year revenue visibility during the automotive industry's complex transition period. While the industry gradually shifts toward electrification, these contracts demonstrate that both combustion and hybrid powertrains remain commercially essential for the foreseeable future.
The timeline is particularly strategic as it spans multiple vehicle design cycles and extends into a period when many automakers are accelerating their electrification plans. This suggests major OEMs anticipate substantial ongoing demand for emissions reduction technology in conventional and hybrid powertrains throughout this decade.
The contract extension rather than new business acquisition indicates customer satisfaction with BorgWarner's existing technology performance and supply reliability. This represents a validation of their engineering capabilities during a period of significant powertrain evolution. Though the press release doesn't disclose financial terms, these long-term agreements typically provide manufacturing stability and resource planning advantages.
This announcement effectively reinforces BorgWarner's dual strategy: maintaining strong market positions in established combustion technologies while developing capabilities for the electrified future. By securing business that spans both traditional engines and hybrids, the company demonstrates its ability to remain relevant across multiple powertrain technologies during the energy transition.
BorgWarner's extended EGR contracts highlight continued importance of emission-reducing technologies for both combustion and hybrid vehicles through 2029.
The extended contracts for BorgWarner's Exhaust Gas Recirculation (EGR) systems underscores the persistent importance of emissions reduction technologies even amid the industry's electrification push. These systems play a critical role in reducing nitrogen oxide (NOx) emissions by recirculating exhaust gases back into the engine intake, thereby lowering combustion temperatures and inhibiting NOx formation.
BorgWarner's technical innovations in this space are particularly noteworthy. Their hybrid tube and corrugated tube technologies optimize thermal efficiency while minimizing pressure drop—essential characteristics for effective emissions control. The monoblock architecture increases compactness and reduces production costs, while their floating core technology enhances thermal robustness for demanding applications.
The application of these systems in both conventional and hybrid vehicles demonstrates the continued relevance of traditional emissions technologies even in partially electrified powertrains. Despite industry movement toward full electrification, these intermediate technologies remain vital for environmental compliance across diverse vehicle platforms through 2029.
BorgWarner's optimization against thermal fatigue—a common failure point in EGR systems—represents meaningful engineering refinement in a mature technology space. Their advanced modeling tools create high-performance designs that deliver accurate gas flow control, improved sealing, corrosion resistance, and reliable operation in harsh environments.
This contract extension signals that OEMs continue to prioritize proven emissions reduction technologies that help meet increasingly stringent environmental standards while the broader transition to zero-emission vehicles progresses.
- BorgWarner to supply Exhaust Gas Recirculation (EGR) components for OEM's passenger and light commercial vehicle platforms for combustion and hybrid applications
- EGR system reduces NOx emissions and improves fuel economy to help meet environmental standards
- EGR production extends through 2029
BorgWarner's EGR systems are optimized for increased robustness against thermal fatigue. They reduce NOx emissions and improve fuel economy by recirculating a portion of the engine's exhaust gases back into the intake air to reduce combustion temperatures. BorgWarner's extensive range of EGR modules, valves and coolers are uniquely positioned to work together to construct a fully integrated and complete EGR system.
"These contract extensions are a testament to BorgWarner's ongoing commitment and success in supplying our long-standing customers with high quality and reliable EGR systems for both combustion and hybrid engines," said Dr. Volker Weng, Vice President of BorgWarner Inc. and President and General Manager, Turbos and Thermal Technologies. "Combining our established technologies with our global manufacturing experience and footprint, along with our strong customer relationships, we continue to provide solutions that reduce emissions and help meet environmental standards."
BorgWarner's hybrid tube and corrugated tube technologies are meticulously tailored to each application. These innovative solutions ensure the cooler delivers optimized thermal efficiency and minimal pressure drop, even under the most demanding conditions. Additionally, the systems offered include monoblock architecture, which increases compactness and reduces costs, as well as floating core technology for applications in need of added thermal robustness. BorgWarner's coolers are designed using advanced modeling tools that result in optimized, high-performance designs. The valves are optimized to deliver accurate and responsive control for precise metering of gas flow, improved sealing capabilities, corrosion resistance and the ability to reliably operate in the harshest of environments.
About BorgWarner
For more than 130 years, BorgWarner has been a transformative global product leader bringing successful mobility innovation to market. With a focus on sustainability, we're helping to build a cleaner, healthier, safer future for all.
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SOURCE BorgWarner
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