In a significant step toward decarbonising Asia’s digital backbone, Bridge Data Centres (BDC) and EcoCeres have successfully completed their inaugural pilot of Hydrotreated Vegetable Oil (HVO) as a backup fuel. The trial, conducted across BDC’s regional campuses, demonstrates that HVO can serve as a seamless, high-performance replacement for traditional fossil diesel, reducing greenhouse gas (GHG) emissions by up to 90%.
The success of this pilot marks a mechanical necessity for the industry as hyperscale and AI-driven workloads scale rapidly across the Asia-Pacific region, placing unprecedented pressure on power grids and sustainability mandates.
The HVO Solution: 90% Cleaner, 100% Reliable
Derived from 100% waste-based feedstock (such as used cooking oil), HVO is a “drop-in” renewable fuel. It requires zero modifications to existing diesel backup generators, making it a highly scalable solution for mission-critical infrastructure.
| Metric / Scenario | Performance Outcome |
| Emissions Reduction | Up to 90% lower GHG footprint compared to conventional diesel. |
| Startup & Transfer | Full performance targets met during generator startup and load transfer. |
| Operational Feasibility | Successfully tested under sustained hyperscale data centre conditions. |
| Scalability | Feasible for large-scale deployment across high-growth regional markets. |
Strategic Outlook: The “Glocal” Energy Transition
For BDC, a Singapore-headquartered platform backed by Bain Capital, this pilot is part of a broader “glocal” strategy—combining global engineering standards with local execution.
- Diversified Pathways: Beyond HVO, BDC is pioneering Singapore’s first floating hydrogen power generation solution in partnership with Concord New Energy (CNE). This marine-integrated approach addresses the unique land and energy constraints of the Singapore market.
- The “Intangible” Advantage: By setting common standards and practical guidelines for HVO adoption, BDC and EcoCeres are creating Intangible Capital in the form of industry-wide sustainability benchmarks.
- National Alignment: As explored in our analysis of NanoMalaysia’s energy resilience suite, the push for alternative fuels is critical for Malaysia’s energy security. BDC’s move toward HVO aligns with the National Energy Transition Roadmap (NETR), specifically addressing Scope 1 emissions in high-growth digital sectors.
Editor’s Take: Decoupling Data from Carbon
For the Malaysian Business reader, BDC’s success with HVO is a clear signal that the “Maintenance Bill” of digital growth is being addressed through innovation. We have long argued that hidden structural costs like energy strain are the primary hurdle to Malaysia’s high-income transition.
HVO isn’t just a “green option”; it’s a strategic hedge against the volatility of fossil fuel markets and the impending “Complexity Tax” of carbon pricing. If BDC can successfully scale this across its 2GW+ power pipeline, it proves that the “Rising Stars” of ASEAN can grow their digital infrastructure without compromising their net-zero commitments.