A new hydrogen fuel truck is being tested by the mining industry in hopes of helping to decarbonize activities that have been exceptionally challenging to mitigate. The mining industry contributes 7% of the world’s total carbon emissions per year, (according to McKinsey). This represents more than twice the carbon emissions from the global shipping industry, for example.
The hydrogen-powered vehicle is meant to replace typical mining haul vehicles, which pollute heavily.
Tesla is currently working on a lithium refinery project that would be coming to Corpus Christi, Texas, and it sounds like the automaker is in the final stretch of its negotiations with the authorities.
In September, we learned that Tesla has a plan to build a lithium refining facility on the Gulf Coast of Texas. At the time, all we knew was that Tesla was planning on moving fast with hope to start building in Q4 2022.
FPT, Mahle and Brazilian universities are working to develop an FPT F1C Bi-Fuel engine to meet Brazilian transportation needs using Ethanol, or Biomethane and Hydrogen for use in hybrid vehicle applications.
The project involves the creation of mathematical models, which will be used to characterize and predict the behavior of the engine operating with ethanol and biomethane, assisting in the development of components and hardware, and testing the equipment at Mahle’s technology center in Jundiaí (SP).
PSR Analysis. Brazil and much of South America have extensive renewable sources for fuel. FPT and Mahle are betting on alternatives that cost effectively meet the decarbonization needs consistent with infrastructure restrictions. PSR
Fabio Ferraresi is Director Business Development-South Americafor Power Systems Research
Hydrogen ICE vehicles offer an alternative to traditional gasoline and diesel-powered vehicles and have the potential to reduce emissions and reliance on fossil fuels. These vehicles are becoming increasingly popular and more automakers are starting to offer hydrogen-powered options in their vehicle lineups.
According to newly published research by Interact Analysis, hydrogen internal combustion engines (H2 ICE) are forecast to be sold in 220,000 vehicles in 2035.
On the plus side, H2 ICE vehicles have some notable advantages. The engine technology is reasonably similar to diesel engines, enabling use of existing knowledge, design and production vehicles. The vehicles can deliver high power, work with impure fuel, work in dirty and dusty conditions and refuel quickly.
On the downside, there is no hydrogen infrastructure in place in almost all locations in the world, there is a lack of awareness about the technology and limited development so far. Most importantly, the current cost of hydrogen fuel is high – it will need a big reduction before the vehicles can become competitive. Even at half the cost of today, H2 ICE vehicles do not have a good total cost of ownership. The cost of the engine is not substantial, but the cost of the tanks adds a lot to the cost of the vehicle, then there is infrastructure and above all hydrogen fuel.
Major automobile manufacturers are actively investing in automotive lithium-ion batteries. Nissan is leading among the Japanese automakers, followed by Honda and Toyota. Along with the motor and inverter, the vehicle-mounted lithium-ion battery is considered one of the “Three Sacred Treasures” of EVs.
In particular, the on-board battery is the most important as it is the source of power. In many cases, EV production will not be possible without securing a large supply of batteries through partnerships with major battery manufacturers. However, the number of battery makers with which the major automotive companies have partnered is limited: CATL ranked first in the global automotive battery market in 2021, with 39% of the market. It was followed by LG Energy Solutions (18%) and Panasonic Holdings (12%), with the top three companies accounting for 70% of the market.
Hitech Electric to produce 100% electric LCVs by March, with sales plans of 1,000 vehicles per year. In partnership with Positivo Tecnologia, (and its corporate venture capital (CVC) program) the assembly line will start with 50 units per month and possibly expand to 100 in the short term. The plant will be located in Campo Largo, Parana.
The vehicles will have a powertrain and battery produced by WEG, the Brazilian Electric equipment manufacturer. The batteries will feature non-flammable lithium iron phosphate. Product lineup includes a last mile utility vehicle and a 1.2-ton light truck.
For a long while, it looked as if hydrogen fuel cells would be the technology of choice for emissions-free road transport. However, truck manufacturers and freight forwarders recently turned their attention to battery-electric vehicles.
For logistics companies, the shift to zero emissions will be difficult. While it only takes a few minutes to top up the tank of a truck with diesel, it takes hours to fully charge the battery of an EV, which presents a real challenge for logistics businesses with zero-emission aspirations.
ATV is a short term for All Terrain Vehicle. It commonly has 4 wheels and is designed to be driven off road. It seats one person, or sometimes two, one in front of the other.
This information comes from industry interviews and from two proprietary databases maintained by Power Systems Research: EnginLink™ , which provides information on engines, and OE Link™, a database of equipment manufacturers.
Market Share: With 28% of total units produced, Polaris leads in the production of 4-wheeled ATVs in North America. In second position and third position are Honda and Yamaha Motor with 22% and 18.5%, respectively. PSR
Carol Turner is Senior Analyst-Global Operations, at Power Systems Research
ATV is a short term for All Terrain Vehicle. It commonly has 4 wheels and is designed to be driven off road. It seats one person, or sometimes two, one in front of the other.
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