This is a legacy page. Please click here to view the latest version.
Wed 6 May 2015, 13:15 GMT

Drop-in fuels contract for US Navy ships


Applied Research Associates and Blue Sun Advanced Fuels are delivering fuel to support certification and testing of renewable fuels for U.S. Navy vessels.



Statement

Applied Research Associates, Inc. (ARA) and Blue Sun Advanced Fuels are performing on a Defense Logistics Agency Energy (DLA Energy) contract that was awarded for production of 100% drop-in renewable jet and diesel fuel utilizing ARA's and Chevron Lummus Global's (CLG) Biofuels Isoconversion technology. The first contract fuel deliveries were made in February of 2015; the remainder of the fuel will be delivered in 2015 and 2016 to support certification and testing of renewable fuels for U.S. Navy ships and aircraft.

The contract calls for production of CHCD-76 and CHCJ-5. CHCD-76 is a catalytic hydrothermal conversion diesel fuel, developed as a variation of the commercial ReadiDiesel(R) with the intention to meet the Navy's F-76 Naval Marine Distillate Fuel spec and qualification protocols. CHCJ-5 denotes a catalytic hydrothermal conversion jet fuel, developed as a variation of the commercial ReadiJet(R) with the intention to meet the Navy's JP-5 jet fuel spec and qualification protocols.

Blue Sun Advanced Fuels, a licensee of the Biofuels Isoconversion technology, converts the renewable oils to crude oil in their 100 barrel-per-day (4,200 gallon-per-day) demonstration-scale Biofuels Isoconversion facility in St. Joseph, Missouri.

The U.S. Navy will test both the CHCD-76 and CHCJ-5 neat, i.e. without blending with conventional petroleum fuel, with the goal of MILSPEC certifications of both the diesel and jet fuels as 100% drop-in fuels in the 2017 timeframe.

Potential benefits of these drop-in fuels include:

- 100% renewable and sustainable.

- Fully compatible with petroleum diesel and jet engines and can be used neat or blended in any proportion -- no requirement for blending with petroleum fuels.

- Requires no changes to fuel storage and transportation infrastructure-- fuels can be intermixed during distribution and storage without concerns relative to quality or specifications.

- Can be stored over long periods of time with no deterioration in quality.

Demonstrating the feedstock agnostic nature of the technology, ARA and Blue Sun will utilize several different fat, oil, and grease feedstocks in the production of the certification fuels, including Resonance(TM), an industrial oil feedstock from Agrisoma Biosciences.

"We are a step closer to our goal of commercial scale production of 100% drop-in diesel and jet fuel from industrial and waste oils at prices competitive with their petroleum counterparts," said Chuck Red, Vice President of Fuels Development at ARA.

The Biofuels Isoconversion process seamlessly converts renewable feedstocks such as plant oils, tallow, algae oil, and waste vegetable oil into 100% drop-in diesel and jet fuels, which meet petroleum specs without blending, as well as naphtha that can be used as a gasoline blend stock and consists of:

ARA's Catalytic Hydrothermolysis (CH) process, which mimics nature's way of converting biomass to petroleum crude. While nature's processes take millennia to produce petroleum crude, it takes less than a minute for the ARA CH process to turn plant oils into a high quality crude oil. A U.S. patent was granted to ARA in 2010 on the CH process.

CLG's Isoconversion Catalysts which efficiently upgrade the crude oil produced by the CH reactor into on-specification, finished fuels. The final products are all fungible and nearly identical to petroleum-derived fuels. ReadiJet and ReadiDiesel can be tailored to meet all commercial and military jet fuel specifications.

Image: USS Port Royal.


Wilhelmshaven Express, Hapag-Lloyd. Hapag-Lloyd to acquire ZIM for $4.2bn in cash deal  

German container line signs agreement to buy Israeli rival, subject to regulatory approvals.

VPS Maress 2.0 digital dashboard interface displayed on a monitor. VPS outlines key features of Maress 2.0 with enhanced analytics for offshore vessel efficiency  

Updated platform adds data validation, energy flow diagrams and fleet comparison tools for decarbonisation monitoring.

Two vessels at sea. IMO committee agrees NOx certification rules for ammonia and hydrogen engines  

DNV reports PPR 13 also advanced a biofouling framework and crude oil tanker emission controls.

Chart showing TTM and T3M bunker sales in Singapore, Jan 2024-Jan 2026. Singapore bunker sales set new record as TTM volumes surpass 57.5 tonnes  

Rolling 12-month bunker sales at the Port of Singapore have reached a fresh all-time high, breaking above 57.5 million tonnes for the first time, alongside a record surge in short-term demand.

Kota Odyssey vessel. PIL’s LNG-powered Kota Odyssey makes maiden call at Saudi Arabian port  

Container vessel marks first entry into the Red Sea with call at Red Sea Gateway Terminal.

Everllence logo. Everllence to host webinars on ammonia-fuelled two-stroke engine development  

Company will present B&W ME-LGIA engine technology and development journey in February sessions.

BBG LNG storage at the Port of Bilbao. Bilbao LNG terminal secures sustainability certification for bio-LNG services  

Bahía de Bizkaia Gas facility gains ISCC certification, enabling renewable fuel traceability for marine bunkers.

Maersk 5,900-teu dual-fuel methanol-powered container vessel. Tsuneishi Shipbuilding delivers methanol dual-fuel container vessel from China yard  

Japanese shipbuilder says delivery marks expansion of alternative-fuel vessel production beyond Japan.

Zhoushan waterfront at night. Zhoushan becomes world's third-largest bunker port  

Chinese refuelling hub overtakes Antwerp-Bruges and Fujairah to take third place in 2025.

Meyer Turku's net-zero vessel concept render. Meyer Turku completes net-zero cruise ship concept with 90% emissions cut  

Finnish shipbuilder’s AVATAR project vessel design exceeds IMO targets using technologies expected by 2030.


↑  Back to Top