Written by Khangzhen Leow - AP Ventures
As energy markets transform, geopolitical shifts and stricter carbon and broader emissions standards are increasingly converging into a single challenge. Buyers need a secure supply, while regulators are demanding it to be clean and transparent. Molecules are not only competing on price, but also on verified origin and environmental performance among other indicators to demonstrate operational and governance excellence. Without verification, molecules cannot be meaningfully differentiated. And without differentiation, there is no price signal, no premium, and ultimately no incentive to produce cleaner energy. Trust is the foundation of the molecule economy.
Today’s traceability system remains fragmented. Molecules with different origins and emission profiles become physically indistinguishable as they move through shared infrastructure like natural gas pipelines. Without consistent, auditable data, market participants lack visibility into each fuel’s compliance and cannot quickly diversify supply sources without being potentially exposed to regulatory, commercial and reputational risks. Digital Traceability delivers visibility that makes supply sources trusted and tradeable, strengthening sovereign and industrial energy security, while reducing global emissions
Why Certification Matters Now
Certification will drive market liquidity across all molecule types: natural gas, LNG, SAF, and hydrogen. Regulation and market disruption accelerate that need. The EU Methane Regulation, in force since August 2024, sets minimum verification standards for all new gas import contracts, with methane intensity thresholds from 2030 and increasing expectations around credible, auditable compliance. CBAM applies similar logic across other commodity imports. Meanwhile, the ReFuelEU Aviation mandate requires 2% sustainable aviation fuel blending at EU airports today, rising to 70% by 2050, with regulators already flagging fraudulent labelling as an emerging risk as volumes scale. These regulations not only create the case for digital traceability and certification, they make the operational, regulatory, and reputational cost of inadequate verification increasingly visible.
Digital traceability and certification are not a crisis response tool and cannot conjure supplies that do not exist. For fossil fuels, verified provenance creates immediate market function benefits that are independent of any energy transition narrative: sanctions screening becomes faster, counterparty risk becomes legible, and trade finance becomes more accessible. The core proposition for differentiated and certified molecules is that they will become more liquid than the uncertified ones.
Certification is equally a guardrail against supply chain shocks. Since 2022, sanctions on Russian crude have caused European imports to fall by around 60% and will be completely banned by 2027, while war-risk insurance premiums for tankers surged by up to 100%. Many energy and commodities firms say counterparty data management significantly impairs their ability to meet sanctions obligations. When origin and emissions credentials are embedded in contracts and trading workflows from the outset, buyers and traders can move quickly without inheriting opaque liabilities, and better price the volumes.
A Digital Framework for Molecule Traceability
Attributes’ platform turns origin and emissions data into digital certificates that travel with each physical cargo. Its registry captures key data across production, trading, transportation, and transformation. By integrating traceability and certification into trading workflows and contracts, traders and buyers have real-time visibility into the supply chain. Verified attributes can become part of how commodities are bought, sold, and settled, rather than a parallel voluntary reporting layer.
The registry updates certificates automatically as ownership changes. It also maintains an unbroken chain of custody by tracking transformation events: when molecules are blended, combusted, or processed into new products. The Attributes platform then allows for retiring the certificates upon consumption, giving buyers an auditable record that guarantees provenance claims match actual deliveries, thus avoiding double counting. Currently supporting natural gas and power, the platform is actively expanding into LNG, SAF, biomass, and hydrogen.
Value Creation and Supply Chain Resilience
The SAF value chain illustrates this clearly. It is simultaneously a decarbonisation mandate and an energy security instrument. As blending mandates tighten, traders are structuring new products around verified SAF credits. For carriers and industrial buyers, chain-of-custody data makes SAF allocation across routes and customers auditable to regulators and stakeholders alike. The real advantage is that because these allocations are traceable, the premium paid downstream can be reconciled and transferred upstream, directly funding investment in low-carbon fuel production. The result is a value chain that funds its own transition, and with full visibility across it, participants can deliberately build the supply depth required for long-term resilience.
A Unique Launchpad and Independent Governance
Attributes was incubated inside ENGIE, and is currently managing more than 100 TWh of certificates across power and gas systems, a proof of scale that few enterprise software companies achieve before coming to market. But a digital traceability and certification platform only reaches its full potential when the market trusts it as shared infrastructure. ENGIE and Equinor backed the spinout precisely because a platform governed outside any single energy major can serve the full market, across counterparties, commodities, and geographies. Now operating as a fully independent entity, Attributes enters the market with a proven platform, a team with deep expertise, and direct commercial relationships with two of Europe's largest energy players, providing immediate pipeline into trading books, counterparty networks, and regulatory conversations that would take an independent startup years to build.
A Strategic Fit for AP Ventures
We invested because energy security and decarbonisation now depend on the same solution: diversified, verified, low-carbon supply chains. That convergence has been a core theme for the AP Ventures portfolio across hydrogen, efuels, and sustainable materials. Attributes is the infrastructure layer that makes those molecules trusted and tradeable at scale, embedding verified credentials into how energy is bought, sold, and financed. The verified molecule economy is forming now and in five years, certification will become the foundation of global energy trade.
References:
EU regulation on the reduction of methane emissions in the energy sector, International Energy Agency (IEA). https://www.iea.org/policies/18209-eu-regulation-on-the-reduction-of-methane-emissions-in-the-energy-sector
Russian gas imports: Council gives final green light to a stepwise ban, European Council (2026). https://www.consilium.europa.eu/en/press/press-releases/2026/01/26/russian-gas-imports-council-gives-final-greenlight-to-a-stepwise-ban/
ReFuelEU Aviation, European Commission (Mobility and Transport). https://transport.ec.europa.eu/transport-modes/air/environment/refueleu-aviation_en
Special report 29/2023: The EU’s support for sustainable biofuels in transport, European Court of Auditors (2023). https://www.eca.europa.eu/en/publications/SR-2023-29
Stiffening European sanctions against the Russian oil trade, Brookings.
https://www.brookings.edu/articles/stiffening-european-sanctions-against-the-russian-oil-trade/
Maritime insurance premiums surge as Iran conflict widens, Reuters. (2026).
https://www.reuters.com/world/middle-east/maritime-insurance-premiums-surge-iran-conflict-widens-2026-03-06/
Navigating Compliance Risk Amid Russia Sanctions, Oliver Wyman (2024). https://www.oliverwyman.com/our-expertise/insights/2024/feb/navigating-financial-risk-amid-russia-sanctions.html
