Tag Archives: HVO

Bell B40E

CPI, Sibelco, Bell and xtonomy launch UK-first autonomous ADT pilot project

Automation, Industrial minerals, IoT, Mining equipment, Mining services, Mining software, , , , , , , , , , , , , , ,

Sibelco’s china-clay Cornwood quarry in Devon, UK, has, today, played host to the launch of an autonomous ADT designed to help future proof the effectiveness and competitiveness of extractive operations such as mining within the minerals and aggregates industry.

The development of autonomous driving capability opens the door to a range of operational efficiency, safety, environmental and employee benefits to underpin the sector going forward, according to the compaies involved.

The UK-first project was initially conceptualised by Chepstow Plant International (CPI) and Bell Equipment following long-term trials between Bell Equipment and technology platform specialist, xtonomy.

CPI identified Sibelco, a long-term valued strategic customer, as the ideal partner to bring the project to reality in a live-working quarry environment. Collectively, the four stakeholders have collaborated to develop and launch a quarry transportation proposition that has its eyes on the future.

The launch event for the venture today saw key industry guests invited to witness a full demonstration of the new autonomous solution within a working quarry setting. Presentations highlighted the on-board hardware and software technologies, including radar sensors from indurad, high-precision GPS, multi-channel communication systems and on-board processing hardware. They have been incorporated by xtonomy into a standard B40E dump truck to create an Autonomous-Ready drive by wire B40E solution.

As a result, the combination offers true and safe autonomy with a resilient navigation system that dynamically plans ADT paths and predictively controls the vehicle around the entire quarry site, the companies say.

Among the key objectives with this pilot scheme will be to demonstrate the potential to reduce vehicular incidents and subsequent accidents as well as upskilling then the existing workforce to further support the future of quarry operations.

Operational efficiencies will be enhanced as the autonomous ADTs are able to operate for longer periods during the working day, deliver highly accurate tipping results and ensure that the existing quarry shift patterns can be tailored to improve productivity. Further benefits will be available thanks to improved component life and reduced wear and tear on the Bell B40E dump truck, leading to improved asset availability for the quarry, they say.

On-board hardware and software technologies, including radar sensors from indurad, high-precision GPS, multi-channel communication systems and on-board processing hardware have been incorporated by xtonomy into a standard B40E dump truck to create an Autonomous-Ready drive by wire B40E solution

Environmental advantages will also be leveraged through the AI-enabled transformation. With enhanced driving accuracy and efficiency across the quarry, less fuel will be consumed, helping to ensure reductions in carbon emissions from a a quarry’s daily activities.

To further enhance the autonomous ADTs impact on the environment, the Bell B40E uses HVO instead of diesel.

John Corcoran, Managing Director, at CPI, said: “CPI is delighted to be involved in this exciting and UK-first collaboration; one that is focused on a next generation adventure to ensure UK quarries continue to maximise operational efficiencies and remain competitive. It is important that stakeholders come together in this way to drive advancements and support the industry’s future prospects, whilst continually remain committed to our safety standards and net-zero commitments.

“We are sure that this pilot project will deliver both progress, as well as further challenges. Both of which will provide the pathway towards the ultimate goal.”

Ben Uphill, Director Operations – Kingsteignton Cluster at quarry-owner, Sibelco, says: “We envisage many benefits from having access to this sector-first autonomous ADT solution. The minerals & aggregates sector must embrace technology as a way of continually delivering improvements across our daily operations and cost base. At Sibelco we strive for continuous improvement, with a focus on safety, and the environment through energy efficiency and CO2 reduction. Automation is used in many parts of our operations and business to maximise efficiency and to also manage areas of skills shortage. This has been a fantastic example of collaborative ethos from all partners and has resulted in a safe and productive autonomous driving setup for a key part of our operations.”

Nic Grout, Managing Director at Bell Equipment, said: “Bell Equipment is a leading supplier in the ADT market and as such is proud to be part of this exciting project. Its success can help transform the future of the quarrying sector and we are pleased that our evolutionary E-series and the B40E dump truck sits at the heart of this innovative project. The ability to transform our market leading vehicle through added technology functionality into a safe, robust, effective, and autonomous quarrying asset is welcome and sets the standard for future developments across our vehicle range.”

Christian Riedel, CEO at xtonomy, says: “Supporting the quarrying sector through the appliance of result-orientated automation platform solutions is a key commitment for the business. Expectations and needs are changing as the industry looks to transition to a future where improved efficiency, better safety and targeted environmental considerations are key priorities. Our AI technology incorporated onto the already successful Bell B40E dump truck evolves it to a next generation payload transportation blueprint.”

Cat-C13

Caterpillar looks at hydrogen-hybrid power options for C13D engine platform

Environmental, Mining equipment, Mining services, Power supply for mines, , , , ,

Caterpillar has launched a three-year program to demonstrate an advanced hydrogen-hybrid power solution built on its new Cat® C13D engine platform.

Starting in the March quarter of 2024, Caterpillar will develop a transient-capable system for off-highway applications. The project will demonstrate how state-of-the-art control systems and electric-hybrid components can help hydrogen-fuelled engines meet or exceed the power density and transient performance of traditional diesel engines.

Caterpillar will serve as the prime contractor on the project, providing engine research and development as well as system integration. As the project progresses, other industry and academic collaborators will be brought into the program to provide additional specialist expertise. The initiative will be delivered at Caterpillar facilities in Chillicothe, Illinois, and San Antonio, Texas.

With research commencing in 2024, the project is supported and partially funded by the U.S. Department of Energy’s (DOE) Vehicle Technologies Office (VTO) through the Office of Energy Efficiency and Renewable Energy (EERE). It is included among 45 projects across 18 states and Washington, D.C., receiving funding to advance research, development, demonstration and deployment in several areas critical to reducing greenhouse gas (GHG) emissions in the transportation sector.

The hydrogen-hybrid power demonstration project is the latest in a series of initiatives that builds upon Caterpillar’s 35 years of enterprise experience in hydrogen fuels.

“Every off-highway application has its own unique duty cycles, lifecycle demands and performance expectations, and this complexity is driving the development of a wide range of power solutions for the energy transition,” Steve Ferguson, Senior Vice President Caterpillar Industrial Power Systems, said. “One size does not fit all, which is why we’ve engineered flexibility into the C13D engine to serve as our platform of the future.”

Caterpillar’s hydrogen-hybrid demonstration project leverages the performance, packaging and fuel flexibility engineered into the new 13-litre Cat C13D engine platform – an engine that is currently used on the company’s 15-t-payload R1700 loader.

Unveiled at the CONEXPO-CON/AGG 2023 construction exhibition in March, diesel-powered versions of the Cat C13D engine offer eight power ratings from 456 to 690 hp (340 to 515 kW) with up to 3,200 Nm of peak torque. It provides up to a 20% increase in power and up to 25% more low-speed torque over the previous generation of Cat diesel engines in its power class.

The inline, six-cylinder Cat C13D enables the use of renewable liquid fuels such as 100% HVO, B100 Distilled Biodiesel, and even up to B100 Standard Biodiesel by working with the local Cat dealer, the company says. In addition to using hydrogen, its core architecture is designed for the future development of spark-ignited natural-gas capabilities.

Available for early OEM pilots in 2025 and scheduled for production in 2026, the Cat C13D engine is targeted for a wide range of off-highway equipment, including rock crushers, material-handling equipment and large industrial pumps.

Perkins premieres new off-highway engine, reveals future fuel-agnostic plans

Environmental, Mining equipment, Mining events, Mining services, Power supply for mines, Sustainable mining, , , , , , , , , , , , ,

Perkins says it is addressing evolving industry demands for improved fuel efficiency and performance with a “next-generation” 13-litre diesel engine suitable for off-road applications.

Available in 2026, the Perkins® 2600 Series engine platform is designed for demanding requirements, as well as the realities of moving towards a lower-carbon future.

Perkins says the new 2600 Series achieves best-in-class power density, torque and fuel efficiency for heavy duty off-highway applications, with applications in mining, including excavators, dozers, drills, trucks, feeders, screens and pumps, among others.

It comes with eight power ratings from 340 kW to 515 kW, offering up to 3,200 Nm of peak torque. Industrial open power units configured with engine-mounted aftertreatment and cooling packs will also be available from the factory to reduce installation and validation costs for OEMs, the company said.

Perkins will offer 2600 Series engines configured to meet the emissions standards of higher regulated countries, such as EU Stage V, U.S. EPA Tier 4 Final, China Non-road IV, Korea Stage V, and Japan 2014, as well as versions for lesser regulated countries. The engines are compatible with renewable liquid fuels such as 100% hydrotreated vegetable oils (HVO), B100 distilled Biodiesel and up to B100 fatty acid methyl ester standard biodiesel.

Additionally, the platform’s core architecture supports the future development of spark-ignited natural-gas and hydrogen fuel capabilities, according to the company.

To date, engineers have completed more than 20,000 hours of design validation on the 13-litre engine platform, with early OEM pilots available in 2025 and commercial production scheduled to begin in 2026.

Speaking at a press event held in London yesterday, Product Marketing Manager, Allen Chen, said prototypes were already out in the field in construction, agriculture and material handling applications, some of which were testing the highest power category.

He also said the new design piggybacked off the development of the smaller 904 Series engine, and was engineered for “tomorrow” with options for a drop-in exhaust gas recirculation system should future regulations require further emission reductions.

Hybrid power options – diesel-electric, among them – were also front of mind when designing this engine, Chen added.

Perkins says it is continuously developing and optimising a large, fast-growing portfolio of advanced power product and service solutions designed to help customers manage the energy transition to a more sustainable, lower-carbon future, including:

  • 48-, 300- and 600-volt lithium-ion battery solutions with modular designs and factory-installed telematics that Perkins is developing to optimise performance and packaging in numerous next-generation off-highway applications;
  • EU Stage V and U.S. EPA Tier 4 Final industrial diesel engines and industrial open power units that are already available to help OEMs reduce greenhouse gas emissions from their machines;
  • A full range of engines that today, without modification, can use a wide range of lower-carbon intensity drop-in fuels such as HVO and biodiesel;
  • Highly configurable integrated, end-to-end diesel-electric hybrid powertrains, suitable for a wide range of off-highway applications;
  • Connectivity solutions with hardware reading important engine data, displayed to the customer as timely insights; and
  • Aftermarket capabilities promoting sustainability through improved fuel efficiency and prolonged machine life cycles, such as Perkins Hypercare packages and overhaul kits to full replacement engine solutions.
Perkins says it has highly configurable integrated, end-to-end diesel-electric hybrid powertrains, suitable for a wide range of off-highway applications

At that same press event, Paul Moore, Head of Powertrain System Integration Engineering – Industrial Power Systems division, revealed details of “Project Coeus”, which has been established to come up with a “compact drop-in solution for flexible low carbon intensity power”. Such a solution would leverage hardware and software that allows the use of alternative fuels – ethanol, methanol, bio-methane and hydrogen – to be used within the Perkins engine portfolio.

Moore said a solution could be demonstrated in a machine in three years’ time that allowed such agnostic fuel supply options.

Jaz Gill, Vice President of Global Sales, Marketing, Service and Parts, said of the 2600 Series: “As the off-highway industry advances toward a lower-carbon future, equipment manufacturers still face expectations for long-term productivity and reliability in the world’s most demanding work environments. The new Perkins 2600 Series engine platform demonstrates how we’re leveraging our experience, intelligence and commitment to help OEMs navigate the energy transition with power solutions that deliver exceptional performance on the work site.”

The Perkins 2600 Series showcases the company’s commitment to innovations that support the success of customers by challenging traditional assumptions – which was evidenced by the 82 patents granted to date across the entire engine platform, the company said.

The engines are designed to perform at altitudes of up to 12,000 ft (3,658 m), and in extreme ambient temperatures as high as 60°C and as low as minus 40°C with aids.

The engine supports quality, reliability and easier maintenance through numerous design enhancements, including the integration of components as well as a reduction in the number of leak joints by more than 45%, the company says. Together, the upgrades result in lower fluids consumption and extended oil and fuel filter service intervals as long as 1,000 hours, reducing operating costs and downtime.

Perkins said: “2600 Series engines will offer telematics solutions enabling OEMs to collect, analyse and integrate key engine performance data within a connected intelligent platform. By modularising and eliminating components, its architecture is space-protected to accommodate configuration adjustments anticipated for future tiers of emission standards in the US and EU without relocating customer connection points. All eight power ratings for higher regulated markets will be available on a common core engine, enabling OEMs to reduce their inventory and integration costs.”

It added: “The combination of the all-new rear gear train, stiffer core architecture, and common rail fuel system reduces noise by up to 3 dB when compared with Perkins current 13-, 15- and single-turbo 18-litre engines.”

The launch came at the same time Perkins unveiled a new global strategy to advance sustainable power with a brand refresh – a move, it said, better reflects its commitment to helping customers confidently challenge conventional wisdom and explore new ways to achieve their power and climate-related goals.

A subsidiary of Caterpillar Inc. for over 25 years, Perkins says it pioneered diesel engine power in the 1930s and has continuously evolved to help customers navigate technological change and solve complex challenges. Since its founding, the brand has manufactured over 22 million engines – with more than 4.5 million in use in over 5,000 different applications today.

The new Perkins brand strategy communicates a clear promise – “delivering smarter solutions to advance sustainable power” – and a renewed sense of purpose rooted in helping customers build and power a better, more sustainable world, it said.

BHP and bp collaborate on HVO mining equipment trial at Yandi

Environmental, Mining equipment, Mining services, Steel and iron ore, Sustainable mining, , , , , , , ,

BHP is trialling the use of hydrotreated vegetable oil (HVO) to help power mining equipment at its Yandi iron ore operations in Western Australia.

Supplied through a collaboration with bp, the renewable diesel made from HVO will be used in haul trucks and other mining equipment over an initial three-month trial period, the miner says.

BHP Western Australia Iron Ore (WAIO) Asset President, Brandon Craig, said: “About 40% of BHP’s operational greenhouse gas emissions come from using diesel fuel, and this is a core focus of our decarbonisation strategy. Ultimately, our aim is to have fully-electric trucking fleets at our sites, but alternative fuels like HVO may help us reduce our emissions in the meantime while the electrification transition takes place.

“This collaboration with the teams at Yandi and bp is really exciting to see, given the potential application in our WAIO business and BHP’s operations globally.”

bp President Australia, and SVP Fuels and Low Carbon Solutions, Asia Pacific, Frederic Baudry, said: “bp’s ambition to be a net-zero company by 2050 or sooner, and to help the world get to net zero, recognises the crucial role bp has to play in the energy transition.

“Globally, bp plans to increase its investment in low-carbon energy. Forging strategic partnerships with companies like BHP enables bp to create solutions that satisfy the increasing demand for lower carbon fuels in sectors like mining and transport.”

BHP has a medium-term target to reduce operational greenhouse gas emissions by at least 30% by its 2030 financial year, from an FY2020 baseline. Approximately 40% of BHP’s operational emissions in its FY2020 baseline year came from diesel-powered equipment.

The HVO is to have internationally recognised certification as being sourced from more sustainable feedstocks such as waste products.

Sandvik and Finning partner on HVO biodiesel use in crushing, screening equipment

Environmental, Mining equipment, Mining services, Sustainable mining, , , , , , , , , ,

Sandvik’s Mobiles business unit and Cat dealer Finning say they have successfully tested hydrotreated vegetable oil (HVO) with C series Cat® engines without making any modifications to the engine or fuel tanks.

The test could pave the way for the renewable synthetic diesel powering large, mobile crushing and screening equipment from Sandvik, the OEM said.

Forming a part in both company’s journey towards a more sustainable future, the use of HVO reduces net carbon emissions by up to 90% compared with conventional diesel, the companies say, with the HVO used by the companies only made from renewable feedstocks certified by The International Sustainability & Carbon Certification.

Its performance is similar to regular diesel, so the power output and uptime are not compromised, according to the companies.

The companies explained: “Hydrotreating of vegetable oils is a modern way to produce very high-quality renewable diesel fuels without requiring any changes to fuel logistics, engines, or exhaust aftertreatment devices. Unlike other biodiesels, HVO is not sensitive to low or high temperatures, or indeed to exposure to sunlight, as all oxygen is removed during the production process. Also, due to the use of hydrogen in the production process, HVO has an impressive shelf life, compared to other biodiesels. Since no iron or system changes are required, it can be considered a drop-in replacement for diesel.”

Jesper Persson, Vice President Life Cycle Services at Sandvik Mobiles, said: “We are committed to using engineering and innovation through our products to make the shift towards more sustainable business. With a host of innovations in the pipeline, including electrification of our offering, we are excited to be pioneers in the industry and invest in renewable fuel sources sustainable rock processing solutions.

“Working alongside Finning to performance-engineer the feasibility of HVO means we can collect data and monitor any impact on the performance and output. It’s an exciting step in our contribution to sustainability and we will work together with our customers and suppliers for more productive, safer, and innovative solutions.”

Steffen Barrett, Sales Manager – Industrial Engines, Finning UK & Ireland, said: “As Sandvik strive to balance environmental and business sustainability, we are ready to provide the solutions they need to achieve their goals. Our customers’ priorities are evolving toward a carbon-reduced future and our products and services are evolving with them.

“We are actively supporting the use of plant-based and waste-derived fuels in our engines as alternatives to traditional fuels. Our engines are engineered for use with a range of renewable fuels, including up to B100 HVO (EN15940 or ASTM D975), that have a significantly lower net carbon footprint than conventional diesel.”