Bentley Installs Biofuel Tank at Crewe Factory after Successful Performance Trial at Goodwood

Crewe – WEBWIRE

  • 1200-litre renewable fuel bowser now operational at Crewe Factory
  • 32 Hill climbs successfully completed with six different Bentleys using renewable fuel at Goodwood Festival of Speed
  • Bentley Batur completes hill climb in 55 seconds
  • Bentayga Extended Wheelbase establishes new towing record on the famous Goodwood Hill climb, powered by renewable fuel
  • 85 per cent reduction in CO2 emissions Well-to-Wheel
  • Conforms to EN228 standard equivalent to ordinary gasoline
  • Created from fermented waste biomass, not food crops
  • No engine modifications needed, even for 103-year-old Bentley EXP2
  • Beyond100 strategy includes commitment to supporting all past and present Bentleys long into the future
  • 84 per cent of all Bentleys ever made are still running today

A 1200-litre fuel bowser within the Crewe production site may appear unremarkable but its contents have enabled vehicles from the Bentley Heritage Collection and press fleet to reduce their CO2 impact by an estimated 85 per cent, compared with ordinary gasoline.

Bentley ran its six strong fleet at Goodwood using the fuel and successfully completed all 32 hill-climbs. The 750PS, W12-engined Batur fuelled with the second gen biofuel completed a 55.0 second run putting it in the top-three production cars of the weekend. Bentleys newest flagship the Bentayga EWB, also completed the hill climb in just 1 minute 21 seconds impressive enough, but made even more surprising by the fact it was towing 2.5 tonnes of straw. Enough straw, that when converted to biofuel, would power the Bentayga for 1100 miles or provide fuel for all of the Bentleys for the weekend at Goodwood.

The second-generation biofuel now installed at Crewe conforms to the global EN228 standard for gasoline, meaning that its a straightforward replacement for normal pump fuel. No engine modifications are necessary, even for the oldest surviving Bentley, the 1920 EXP2. Any Bentley ever built will run as powerfully and smoothly on the 2nd-generation biofuel as it does on normal pump gasoline, while dramatically reducing its carbon footprint.

100 per cent Renewable Second-Generation Biofuel

Unlike first-generation biofuels, which are made from food crops grown on arable land, second-generation biofuels use waste products, including agriculture and forestry waste and food industry by-products. During the production process waste biomass is broken down using fermentation, leading to the creation of ethanol. Dehydration of the ethanol converts it to ethylene, which can then be transformed into gasoline through the process of oligomerisation chaining short hydrocarbon molecules together to produce longer, more energy-dense ones. The fuel produced is 100 per cent renewable and delivers an estimated 85 per cent reduction in CO2 impact compared with conventional gasoline. By using waste materials that would otherwise be disposed of, second-generation biofuel avoids the food versus fuel dilemma associated with first-generation biofuels.

Beyond100

Bentleys Beyond100 strategy will see the company line up switch to exclusively plug-in hybrid or battery electric vehicles by 2026, and full electric vehicles only by 2030; key milestones in its journey to become an end-to-end carbon neutral organisation as it embarks on its second century. Yet the company is also committed to supporting all current and past vehicles. An estimated 84 per cent of all Bentleys ever built are still running today, their longevity an outstanding example of sustainability. For these models, second-generation biofuel represents one route to a more sustainable future.
The Heritage Collection at Crewe
Every vehicle in the Bentley Heritage Collection is kept on the Crewe site, representing an unbroken chain of Bentley production models across its 104-year history. Key models from the Cricklewood era (1919-31), the Derby era (1931-39) and Crewe production (1946-on) are all kept in perfect working order and road-legal condition. Now they too are playing their part in Bentleys Beyond100 journey.

Crewe: a climate positive factory

The installation of a 1200-litre biofuel bowser at Crewe for the Heritage and press fleet will further reduce the sites environmental impact. In 2018, Crewe became the first luxury automotive factory in the UK to be certified carbon neutral by the Carbon Trust, certification that has since been renewed twice. Innovations over the past two decades include a water recycling system in the paint shop, local tree planting, the installation of 30,000 on-site solar panels, and a switch to renewable-only electricity sources. By November this is due to have increased by a further 20 per cent. Ongoing targets for further reductions include the factorys energy consumption, CO2 emissions, wastewater, use of solvents in the paint process and the achievement of plastic neutral status. The company aims to make Crewe a climate positive factory by 2030, actively reducing levels of carbon in the atmosphere.

Notes to editors
Bentley Motors is the most sought-after luxury car brand in the world. The companys headquarters in Crewe is home to all of its operations including design, R&D, engineering, Mulliner and production of the companys five model lines, Continental GT, Continental GTC, Flying Spur, Bentayga and Bentayga EWB. The combination of fine craftsmanship, using skills that have been handed down through generations, alongside engineering expertise and cutting-edge technology is unique to UK luxury car brands such as Bentley. It is also an example of high-value British manufacturing at its best. Bentley employs around 4,000 people at Crewe.

GBA Elects and Installs Officers and Directors to Its Board

 Georgia Bankers Association (GBA) members have elected and installed officers for the 2023-2024 fiscal year and added eight members to its board of directors.

At the 131st GBA Annual Meeting on June 20, Kimberli (Kim) D. Wilson, president and CEO OneSouth Bank, Macon, was installed as the 134th GBA Chairman.

“Kim is a veteran banker well respected by her peers throughout Georgia. She leads a growing bank, has been heavily involved in our association through the years, and is a strong and credible advocate to policymakers and elected officials about Georgia’s banking industry,” said Joe Brannen, GBA president and CEO. “The industry, our state’s bankers and the association will be well served by Kim’s leadership.”

GBA members also elected two other officers for 2023-2024. Brad E. Barber, president and CEO of First National Bank, Bainbridge, is our new Chairman-Elect, and Philip G. Williams, president and CEO, of The Claxton Bank, Claxton, is the new Vice Chairman.

In addition, eight new board members were installed for their terms beginning July 1.

North Group: Jamie C. Tallent, president and CEO, River City Bank, Rome
Central Group: Samuel W. Beall, president and CEO, Bank of Dudley, Dublin
South Group: Donald J. Torbert, Jr., president and CEO, Southeastern Bank, Darien
At Large: Michael T. Lee, regional president, Ameris Bank, Valdosta
Community Bankers Committee Chair: Richard A. Basinger, president and CEO, Northeast Georgia Bank, Lavonia
GBA Services, Inc. Chair: Gregory H. Eiford, president and CEO, TC Federal Bank, Thomasville
Associate Member: Marjorie Huckabee Carter, partner, McNair, McLemore, Middlebrooks & Co., Macon
Leadership GBA Chair: Thomas Kelly Smith, senior vice president, commercial lending, First National Bank of Griffin

About the Georgia Bankers Association: Founded in 1892, the Georgia Bankers Association promotes the general welfare and usefulness of banking and the preservation of a sound banking system. For 131 years, GBA has been the resource that empowers Georgia’s banks, providing effective government relations and public advocacy, a community of professional peers, top-quality education and professional development, and revenue-enhancing products and services.

Georgia Bankers Association
Katina Prokos
404-420-2021
gabankers.com
Mobile: 404-664-4512

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NHPC installs Oxygen generation plants across the country

Three Oxygen generation plants installed by NHPC, India’s premier hydropower company were inaugurated today at District Civil Hospital (B K Hospital), Faridabad. Haryana, District Hospital, Siddharthnagar, UP and CHC, Dharchula, Pithoragarh, Uttarakhand having capacities of 1000 LPM (Litres Per Minute), 570 LPM and 200 LPM respectively.   

The Oxygen generation plant at District Hospital, Siddharthnagar, Uttar Pradesh was inaugurated by Shri Jagdambika Pal, Hon’ble Member of Parliament, Lok Sabha. 

The Oxygen generation plant at B.K. Hospital, Faridabad was inaugurated by Hon’ble MLAs Smt. Seema Trikha and Shri Rajesh Nagar in presence of Shri Jitender Yadav, IAS, Deputy Commissioner, Faridabad and senior officers and staff from NHPC and B.K. Hospital. The Hon’ble dignitaries highly appreciated NHPC’s efforts in setting of the plant. 

The Oxygen generation plant at CHC, Dharchula, Pithoragarh, Uttarakhand was inaugurated by Shri Dhan Singh Dhami, Block Pramukh, Dharchula. 

NHPC is providing the Oxygen Generation Plants in view of the ongoing COVID-19 pandemic and directions of Ministry of Power, under its scheme of Corporate Social Responsibility and Sustainable Development (CSR&SD). The plants shall be highly beneficial in fighting the current Covid-19 crisis and also in providing regular oxygen supply to the hospital and catering to the need of surrounding areas. Under its CSR&SD scheme, NHPC will be setting up three more oxygen generation plants in UT of Ladakh.

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Sprinturf Installs Its Predator™ Turf System at CBC High School in St. Louis

 Sprinturf, a national leader in artificial turf systems that improve cooling, performance and safety, has installed its Predator™ premium dual-fiber turf system at Christian Brothers College (CBC) High School in Town and Country, a suburb of St. Louis.

For 172 years, the Lasallian Catholic college preparatory school has supported the development and growth of young men in the area as they grow to become Men for Tomorrow and Brothers for Life. Spiritual and academic growth are at the core of the CBC experience, while athletics and other co-curriculars are also central to the student experience. This commitment has resulted in numerous awards and championships, including being named Large School Athletic Program of the Year four times in the past 11 years by the St. Louis Post-Dispatch.

“CBC is committed to providing its student-athletes with the very best experience possible, and that includes investing in the best turf systems for their championship-level programs,” said Justin Reddy, President of Sprinturf. “We are proud to support CBC and many other top high schools across the country with our high-performing, American-made turf systems.”

The new turf field – which increases durability, improves fiber resilience and provides exceptional playability – was installed in August 2021 at W. Michael Ross ’66 Stadium, a 3,000-seat stadium that is used for a variety of sports and activities, including lacrosse, football and soccer. Under the leadership of head coach Scott Pingel, the CBC Cadets football team has won three state football championships in recent years, including back-to-back state championships in 2017 and 2018.

Meanwhile, no coach in America embodies championship excellence more than Terry Michler, the winningest high school soccer coach in U.S. history with more than 1,000 wins. His teams have advanced to the state tournament final four 20 times and has won nine of the school’s 10 state soccer championships going back to 1983.

“We wanted the best turf and we got it with the Predator turf system. Everyone was awed by the field and it came out way better than we could’ve dreamed of,” shared Mike Bartoni, Facilities Director at CBC High School. “Sprinturf was very cooperative, and the installers did a fantastic job and were really easy to work with.”

The first event held on the field was the annual Purple and Gold football scrimmage, followed by numerous soccer games. Bartoni, a graduate of CBC High School along with his father and sons, has two grandsons playing soccer on the new Sprinturf field.

“Everybody loves the new field and wants to play on it. The playing surface is cooler and nobody falls or slips on the surface,” added Bartoni.

The Predator turf system seamlessly blends Sprinturf’s proprietary Apex™ monofilament fibers with its SharkTooth™ slit-film fibers. The monofilament fiber features a ribbed diamond-shape fiber to enhance fiber memory, protect against fraying while also improving aesthetics. The monofilament and slit-film fibers boast microns of 380 and 140, respectively – the thickest fiber combination available today.

Sprinturf has an extensive footprint in the St. Louis area supporting many prominent private and public schools, including Lutheran South High School (another Predator installation), which replaced its Sprinturf field that was installed 13 years ago, as well as Waterloo High School in Waterloo, Illinois. Completed in June 2021, Waterloo High School features Ultrablade DFE Extreme, which combines monofilament and parallel-fibrillated fibers interlocked to virtually eliminate infill fly-out.

About Sprinturf, LLC

Sprinturf is a national turf company headquartered in South Carolina with fiber and turf manufacturing facilities in Alabama and Georgia. Sprinturf has been in business since 1998 with over 3,000 installations throughout North America. Sprinturf is the only artificial turf company that uses 100% American fibers and labor to create fields tailored to each customer. Sprinturf is committed to U.S. investments and jobs with 100 percent of its jobs and investments in the United States.

Sprinturf

Marc Belluomini

877-686-8873

sprinturf.com

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Japan – Mazda Installs Solar Power System at Hiroshima Plant

As part of its efforts to promote green manufacturing lines and offices in factories, Mazda Motor Corporation today initiated operation of its first solar power generation system.

Solar Panels

The solar power system, installed at Mazda’s Hiroshima Plant, boasts an output of 1.1 MW of electricity annually. The power generated by the solar panels will supply electricity to the entire plant and be used to charge the batteries of all MX-30 EV models produced at the plant.

Moving forward, Mazda will strive to introduce and use green electricity in its efforts to reach carbon neutrality in 2050 to achieve a future where all of us can permanently co-exist with our beautiful earth.

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