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As the automotive industry shifts toward electrification, TI Fluid Systems is actively transforming its operations and product offerings to support a more sustainable future. This includes a company-wide transition strategy called “Taking-the-Turn,” which focuses on three pillars: Technology, Transformation, and Talent, all aimed at reducing emissions, fostering innovation, and improving workplace safety and inclusivity.
As the automotive industry shifts toward electrification, TI Fluid Systems is actively transforming its operations and product offerings to support a more sustainable future. This includes a company-wide transition strategy called “Taking-the-Turn,” which focuses on three pillars: Technology, Transformation, and Talent, all aimed at reducing emissions, fostering innovation, and improving workplace safety and inclusivity.
The company’s innovation spans several areas, from improving manufacturing efficiency and energy use to developing advanced products for electric and hybrid vehicles. Through its global E-Mobility Innovation Centers (eMICs), TI Fluid Systems works with OEMs to design lightweight and modular systems that improve thermal management, reduce vehicle weight, and enhance energy efficiency. It is also adopting more sustainable materials and advancing techniques like vertical integration to streamline production and lower environmental impact. In addition to product development, the company is modernizing its facilities with renewable energy, digital monitoring systems, and smart manufacturing practices. These efforts not only support the UN Sustainable Development Goals—particularly SDG 9 (Industry, Innovation & Infrastructure) and SDG 13 (Climate Action)—but also reinforce TI Fluid Systems’ commitment to building a cleaner, more resilient, and future-ready automotive industry.
The crux of this innovative push in TI Fluid Systems is former Asia Pacific President and Managing Director, Brian David. Throughout his career, Brian David has consistently guided large-scale automotive operations with a clear focus on innovation and sustainable growth. Leading divisions across Asia-Pacific, he played a pivotal role in evolving TI Fluid Systems’ product portfolio to support cleaner mobility, including electric and hybrid vehicle technologies. His leadership extended beyond operations to include the development of lighter, more efficient systems and the integration of environmentally responsible practices across manufacturing sites. Now in his retirement, Brian David channels his passion for sustainable development and leadership through his coaching businesses, guiding future thought leaders to drive innovation through environmental and social sustainability.
The team had the privilege to interview him to gain firsthand comments on his successes, while also understanding the psyche of a great leader. When asked the question “Given the historical sustainability challenges in the automotive supply chain, what drives your commitment to pushing for meaningful change in this space?”, his response was enlightening.
“I lead with a couple of very simple dogmas in mind – ‘be the very best you can be’ and ‘always lead with integrity’. In this industry, to be the best and embody integrity means looking out for the environment. I am less focused on just the environment, but more on what can I do to better everyone and everything. Gone are the days when companies can sweep things under the rug and move on to the next environmentally damaging product. To innovate now is to build sustainable infrastructure and products – I don’t mean that’s the end-all, be-all, but a start to an industry-wide change. I lead by example, and I think what we have done here [TI Fluid Systems] is a pretty good example.”
Brian David’s strategic vision has always aligned with sustainability—from optimizing supply chains to reducing environmental impact through advanced product design. His ability to transform legacy systems and champion new technologies has been instrumental in TI Fluid Systems’ alignment with global climate goals, making him a driving force behind the company’s shift toward a more sustainable automotive future.
TI Fluid Systems’ innovation is already demonstrating measurable impact in both environmental and operational areas. In the short term, the company has significantly reduced its Scope 1 and 2 greenhouse gas (GHG) emissions—down 15% year-on-year in 2024, and 28% lower than its 2021 baseline. This progress stems from targeted efforts such as procuring over 120,000 MWh of renewable electricity and implementing an energy efficiency program across global facilities. Additionally, their investments in new product development, like the electric coolant pump and modular EV thermal systems, are poised to expand their portfolio and influence strategies for cleaner mobility.
In the long term, this innovation positions TI Fluid Systems as a key enabler of the global transition to electrified transportation. Through its five e-Mobility Innovation Centers (eMICs), the company collaborates directly with original equipment manufacturers (OEMs) to design efficient, lightweight, and environmentally friendly components. These efforts directly support the advancement of the UN SDGs, particularly SDG 9 (Industry, Innovation, and Infrastructure) and SDG 13 (Climate Action). The company is also tracking toward ambitious 2030 targets: a 50% reduction in Scope 1 and 2 emissions and a 30% reduction in Scope 3 emissions.
TI Fluid Systems’ innovation strategy has opened new markets, enhanced operational resilience, and strengthened customer relationships. By pivoting toward electric and hybrid vehicle components, the company secured €500 million in lifetime battery BEV bookings and €600 million for HEVs in 2024 alone. Their electric coolant pump, set to enter production this year, completes their product offering for modular thermal systems, which will ultimately be a critical growth area given the increasing complexity and cooling needs of EV platforms.
Moreover, the transformation has positively influenced employee wellbeing and engagement. Average training hours per salaried employee increased from 4 to 13 in 2024, reflecting a company-wide investment in upskilling for a more sustainable future. Safety improvements have also been notable, with the Lost Time Injury frequency cut nearly in half in one year (from 3.0 to 1.76). The innovation’s alignment with global regulatory and consumer expectations has also attracted positive ESG ratings and increased investor confidence, reinforcing long-term commercial viability.
TI Fluid Systems is advancing environmental sustainability by embedding climate-conscious design across its products and operations. Its lightweight, modular systems reduce overall vehicle emissions by cutting both energy use and material intensity. For instance, nylon-based multi-layer refrigerant lines offer a 30–60% weight reduction compared to traditional materials, contributing to greater EV efficiency and range. The company also diverted over 60,000 tons of CO2(e) emissions in 2024 by sourcing renewable energy through Energy Attribute Certificates.
Beyond emissions, this innovation fosters social good by promoting workforce inclusivity and community engagement. In 2024, the company expanded its Women’s Empowerment Networks globally and sponsored over 40 STEM scholarships for women. Their safety-first culture, diversity initiatives, and disaster relief efforts across 26 countries contribute to resilient, ethical, and equitable operations. As the automotive industry transforms, TI Fluid Systems serves as a model for integrating commercial success with environmental stewardship and social responsibility.
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Brian David Kaiser, Former Asia Pacific Managing Director
TI Fluid Systems is a global automotive supplier specializing in fluid handling and thermal management systems, serving over 24,600 employees across 95 manufacturing sites in 26 countries. The company plays a crucial role in the mobility sector by designing and producing essential vehicle components such as brake and fuel lines, fuel tanks, and thermal systems that cater to all types of propulsion—from traditional internal combustion engines (ICE) to hybrid (HEV) and battery electric vehicles (BEV).