Tidewater Renewables Hits 2,837 bpd Q1 Throughput as U.S. EIA Raises 2026 Renewable Diesel Outlook

*TL;DR: Tidewater Renewables processed 2,837 bpd of renewable diesel and hydrogen in Q1 2026, and the U.S. Energy Information Administration increased its 2026 renewable diesel production forecast.

Context Renewable diesel, a drop‑in replacement for petroleum diesel made from waste oils or biomass, is a key pillar of decarbonization strategies in transport and industry. Production capacity is expanding in North America and Europe, driven by policy incentives and rising demand for low‑carbon fuels.

Key Facts - Tidewater Renewables Ltd. reported that its Prince George, British Columbia complex handled 2,837 barrels per day of renewable diesel and renewable hydrogen during the first quarter of 2026. The facility combines diesel synthesis with hydrogen production, positioning it as a multi‑product low‑carbon hub. - The U.S. Energy Information Administration (EIA) raised its forecast for renewable diesel output in 2026 in its May 12 Short‑Term Energy Outlook. The agency’s projection now anticipates higher volumes than previously expected, reflecting stronger market signals and policy support. - In Europe, North Sea Port announced that LanzaTech will construct the continent’s first commercial sustainable aviation fuel (SAF) plant at its Ghent, Belgium site. The plant will use alcohol‑to‑jet technology—converting ethanol or other alcohols into jet‑grade fuel—and will also produce renewable diesel, expanding the region’s sustainable fuel supply chain.

What It Means Tidewater’s Q1 throughput demonstrates that integrated renewable diesel‑hydrogen complexes can achieve commercial scale, supporting broader adoption of low‑carbon fuels in heavy‑duty transport and industrial processes. The EIA’s upward revision signals that U.S. producers are likely to accelerate capacity additions, driven by federal renewable fuel standards and corporate sustainability commitments.

Europe’s move to launch a commercial SAF plant that also outputs renewable diesel adds a new source of sustainable fuel to the continent’s market, potentially reducing reliance on imported fossil jet fuel and diesel. The co‑location of SAF and renewable diesel production may create synergies in feedstock handling and logistics, lowering overall costs.

Together, these developments suggest a tightening of supply for renewable diesel and SAF in both North America and Europe. Market participants should monitor upcoming permitting decisions for new plants, the evolution of renewable fuel mandates, and the availability of low‑carbon feedstocks. The next quarter will reveal whether production growth keeps pace with rising demand from transportation and industry sectors.