Photo: Honeywell
December 2, 2013
BY Honeywell
Honeywell announced it has been selected by Transport for London to provide its Fusion4 technology to allow biofuels used in London buses to be blended directly at London bus depots, rather than the previous method of mixing with standard diesel at refineries in Scotland and transported to the capital. The solution is currently being piloted at the Barking bus depot.
The new blending capability will reduce the number of fuel delivery vehicles needed to supply biodiesel to the London buses. Road vehicles account for about 80 percent of transport-related CO2 emissions in London, and with more than 2 billion passenger journeys a year, London’s bus network is one of the busiest in the world.
“Using Honeywell’s fuel blending technology, Transport for London will not only see a reduction in fuel delivery costs, but will be able to vary, as needed, the precise mix of biodiesel for its buses,” said Richard Thompson, general manager, Honeywell Enraf. “This mix is important because it allows the bus operator to maximize the amount of greenhouse gases saved without compromising performance.”
The Barking depot took delivery in September of Honeywell Enraf’s Fusion4 Microblender system—a preassembled, skid-mounted system for blending including a storage tank that will be delivered to the site ready to use. With the company’s Fusion4 blending controller, operators at the depot can easily ensure an accurate mix through intuitive icon-driven menus and running screens.
About Fusion4 MicroBlender
Advertisement
Honeywell Enraf’s Fusion4 MicroBlender delivers a complete solution for those requiring secure, precision blending capabilities for biofuel and petrochemical products. This compact solution permits hazardous area control of a single blend stream to exacting custody transfer accuracy standards. Fusion4 brings advanced features such as rapid start-up and zero downtime firmware upgrades to the MicroBlender that reduce operational cost, along with enhanced accuracy through dual pulse flow measurement, temperature correction and transaction reconciliation to MID compliant standards.
Benefits:
-Rapid Start-Up
-Zero Downtime Firmware Upgrades
-Multiple Languages
-Huge Transaction Archives
Advertisement
-Calibration Wizard
-Diagnostics Dashboard
-Expandable I/O
-Advanced Alarm Handling
-Flexible Interfacing
-Configurable I/O
The Michigan Advanced Biofuels Coalition and Green Marine are partnering to accelerating adoption of sustainable biofuels to improve air quality and reduce GHG emissions in Michigan and across the Great Lakes and St. Lawrence Seaway.
A small but increasing amount of biodiesel in the United States is consumed in the residential, commercial, and electric power sectors, according to new estimates now published in the U.S. EIA’s State Energy Data System.
IAG and Microsoft are extending their 2023 co-funded purchase agreement for SAF by five years. The SAF used under the agreement will be produced by Phillips 66’s Humberside refinery and LanzaJet’s facility in the U.S.
Neste and DB Schenker, a logistics service provider, have collaborated to work towards expanding DB Schenker’s adoption of Neste MY Renewable Diesel in Asia-Pacific. DB Schenker trialed the fuel from December 2024 to February 2025 in Singapore.
Effective April 1, Illinois’ biodiesel blend requirements have increased from B14 to B17. The increase was implemented via a bipartisan bill passed in 2022, according to the Iowa Soybean Association.