Newlight Raises $9M for Hydrogen Shipping Retrofits

Newlight raised a $9M Seed round after completing a harder form of diligence: 8,500 nautical miles aboard a working Lomar Shipping bulk carrier. The maritime-energy startup says its hydrogen-hybrid retrofit reduced fuel consumption by 24%, CO2 emissions by 28%, and CO emissions by 22% during the month-long voyage from Singapore to Ghana.

The financing included lomarlabs, BIRD Energy, Undeterred Capital, CiRi Ventures, and Fusion VC. Newlight is using the moment to move from one long-range commercial voyage toward multi-vessel deployment, selling shipowners an efficiency path for engines already at sea rather than asking them to wait for an entirely new fleet and fuel infrastructure.

What Happened

TechCrunch reported the $9M Seed financing on September 1, 2026 after interviewing Newlight's founders. The investors include lomarlabs, the venture arm of Lomar Shipping, along with BIRD Energy, Undeterred Capital, CiRi Ventures, and Fusion VC. Newlight did not disclose a lead investor, valuation, complete prior equity-funding history, or a detailed allocation of the new capital.

Newlight was founded in 2023 and is based in Alameda, California, in the San Francisco Bay Area. Haran Cohen Hillel is co-founder and CEO, while Evyatar Cohen is co-founder, VP and COO. Newlight's official team page says both founders served in the Israeli Navy, experience that shaped a company built around the operating realities of ships rather than a clean-sheet vision of maritime energy.

The financing followed Newlight's first long-range commercial deployment. According to Lomar Shipping's announcement, the system operated aboard a 199-meter, or 650-foot, 57,038-DWT bulk carrier during an 8,500-nautical-mile voyage from Singapore to Ghana. The company-reported reductions of 24% in fuel consumption, 28% in CO2 emissions, and 22% in CO emissions are specific to that voyage and should not be treated as independently audited fleet-wide performance.

How Newlight's Retrofit Works

Newlight's product adds precisely controlled hydrogen to existing marine diesel engines instead of replacing the vessel's powertrain. Its controller reads engine load alongside pressure, temperature, flow, and safety signals, then adjusts hydrogen delivery as operating conditions change. The ship's existing diesel controls remain in command, and the engine can continue running on diesel when hydrogen is unavailable or the hydrogen system shuts down.

That fallback matters commercially because shipping equipment lives a long time and vessel downtime is expensive. Newlight says a typical installation takes about 2 weeks and can be performed without drydocking or taking the ship out of service. The company projects that a similar vessel could save as much as $500K per year and recover the retrofit cost in less than 18 months, although those figures remain company projections rather than independently verified results across multiple fleets.

The safety case has moved beyond a benchtop demonstration. In November 2025, RINA reported that Newlight completed a four-day Factory Acceptance Test for 2-stroke and 4-stroke main engines. The review covered hydrogen injection, electrical integration, control logic, engine behavior, fire and leak detection, emergency stops, ventilation, and changeover to conventional fuel. Each onboard installation still requires vessel-specific class review and commissioning, which keeps the distinction between a validated system and a universally approved installation clear.

Why the Investor Mix Matters

The most interesting part of Newlight's syndicate is not the number of logos. It is the presence of a strategic investor able to provide both capital and operating access. lomarlabs first worked with Newlight through its Compass Programme, while parent company Lomar Shipping supplied the commercial vessel used for the long-range voyage. In industrial technology, access to the asset can be as valuable as the money because the customer environment creates evidence no lab can reproduce.

BIRD Foundation records also show a December 2024 U.S.-Israel clean-energy project involving Newlight Marine Technologies and Lucy Borchard Shipping. That public support belongs in a separate non-dilutive lane and is not counted as part of the $9M Seed round or a verified total-funding figure. Undeterred Capital, CiRi Ventures, and Fusion VC add early-stage and deep-technology backing around a commercialization problem that depends on engineering, regulation, hydrogen availability, and customer trust moving together.

The Installed Fleet Is the Market

International shipping faces pressure to reduce emissions while much of the fleet remains tied to diesel engines with years of useful life left. The International Maritime Organization's 2023 strategy targets net-zero greenhouse-gas emissions from international shipping by or around 2050, while the IMO has also emphasized that alternative fuels require production, transport, bunkering, port infrastructure, and compatible vessels to scale together.

European rules make the operating cost of delay more concrete. The European Commission's maritime EU ETS guidance says shipping companies must cover an increasing share of reported emissions with allowances, reaching 100% for emissions reported in 2026 and later years. Newlight's proposition sits in that transition period: improve fuel efficiency and emissions performance on existing engines while the broader zero- and near-zero-fuel ecosystem develops.

This is not a substitute for the full maritime energy transition, and Newlight still depends on safe, economical hydrogen supply aboard each vessel. Its commercial claim is narrower and more immediate. A shipowner may be able to reduce diesel consumption on an existing asset without waiting for replacement vessels, a globally mature fuel network, or a complete redesign of the engine room.

What Newlight Must Prove Next

Newlight says it has signed commercial agreements covering 12 vessels across multiple shipping companies, with broader fleet rollouts planned for 2027. Only Lomar is named publicly, so the next useful evidence will come from repeat deployments across different engines, vessel classes, routes, loads, crews, and hydrogen-supply conditions. Consistent performance will matter more than one unusually strong voyage.

The $9M Seed round gives Newlight room to build that record, but capital cannot compress class review, commissioning discipline, fuel logistics, or a shipowner's risk calculation. Every successful installation can make the retrofit easier to underwrite, while every new operating environment will test how portable the economics really are. The company now moves from proving that a vessel can complete the voyage to showing how many vessels can make the same decision without interrupting the work that keeps them at sea.