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The FreightTech Boom and Disruption in Transportation - A Key Trend for 2020 and Beyond
Westport Announces Director Retirement
Westport Fuel Systems Inc. ("Westport") (TSX:WPRT Nasdaq:WPRT), announces that Brenda Eprile has retired from Westport's Board of Directors (the "Board"), effective January 6, 2025. The Board is currently evaluating alternatives with respect to the appointment of an independent director to fill the vacancy.
"On behalf of the entire Board of Directors, I would like to express our deepest gratitude to Brenda for her exceptional leadership and unwavering dedication throughout her 11 year tenure," said Dan Hancock, Westport Fuel Systems Board Chair. "Brenda has been an invaluable part of our team, and we wish her well in her next chapter."
About Westport Fuel Systems
At Westport Fuel Systems, we are driving innovation to power a cleaner tomorrow. We are a leading supplier of advanced fuel delivery components and systems for clean, low-carbon fuels such as natural gas, renewable natural gas, propane, and hydrogen to the global transportation industry. Our technology delivers the performance and fuel efficiency required by transportation applications and the environmental benefits that address climate change and urban air quality challenges. Headquartered in Vancouver, Canada, with operations in Europe, Asia, North America, and South America, we serve our customers in more than 70 countries with leading global transportation brands. At Westport Fuel Systems, we think ahead. For more information, visit www.wfsinc.com.
Investor Inquiries:
Investor Relations
T: +1 604-718-2046
E: invest@wfsinc.com
News Provided by GlobeNewswire via QuoteMedia
South Africa Courts EV Makers, China Proposes EV Tech Controls
South Africa's introduction of a tax incentive aimed at attracting electric vehicle (EV) and hydrogen-powered vehicle production has positioned the country as a potential hub for Chinese automakers.
President Cyril Ramaphosa signed the tax amendment into law on December 24, allowing a 150 percent tax deduction on investment in new-energy vehicle production.
The legislation is seen as a response to ongoing shifts in global automotive markets, particularly the European Union’s drive to phase out internal combustion engines.
Mikel Mabasa, CEO of the Automotive Business Council, confirmed in an interview with Bloomberg that three Chinese automakers have signed non-disclosure agreements related to potential investments.
Additionally, Chinese automakers such as private company Chery Automobile and Great Wall Motor (OTC Pink:GWLLF,HKEX:2333) have expanded their footprint in South Africa, competing against local manufacturers under companies such as Toyota Motor (NYSE:TM,TSE:7203) and Volkswagen (OTC Pink:VLKAF,FWB:VOW).
While the tax break has been welcomed by the industry, Mabasa highlighted that it comes amid mounting pressure on South Africa’s automotive sector. Export-focused manufacturers face challenges adapting to the EU’s timeline for phasing out petrol and diesel vehicles.
Major automakers, such as Ford (NYSE:F) and BMW (OTC Pink:BMWKY,ETR:BMW), currently produce or plan to manufacture hybrid vehicles in South Africa, but no plans for battery electric vehicle (BEV) production have been announced.
Stellantis (NYSE:STLA), however, indicated interest in producing electric vehicles contingent on a favorable operating environment, Bloomberg reported.
South Africa is a significant player in several metals needed for new energy vehicles. The country is the largest global producer of manganese and platinum, essential to EV battery production and hydrogen fuel cells respectively.
China considers EV battery technology export restrictions
The announcement of South Africa’s tax incentive came just over a week before China’s proposal to impose new export restrictions on EV-related technology.
Beijing’s Commerce Ministry is reviewing measures that would limit the export of battery cathode technology and techniques used in mineral extraction critical to EV production, according to CNN.
China’s proposal forms part of broader and escalating trade tensions with the United States.
In recent months, China imposed restrictions on the sale of gallium, germanium and antimony, essential materials for semiconductors and advanced technologies.
The latest proposed measures could further impact global supply chains, reinforcing China’s dominance in lithium processing and EV battery production.
“What we can tell you as a principle is that China implements fair, reasonable and non-discriminatory export control measures,” Mao Ning, spokesperson for China’s Foreign Ministry, said in a press conference on January 4.
Industry analysts suggest that the proposed curbs may serve as leverage in trade negotiations, with potential implications for Western automakers reliant on Chinese technology.
South Africa’s position as a producer of key minerals places it at the center of this evolving landscape.
The global market for lithium-ion batteries and electric vehicles is projected to grow significantly over the next decade. McKinsey forecasts sales of passenger electric vehicles to rise from 4.5 million in 2021 to 28 million in 2030.
Currently, China controls around 70 percent of global lithium processing. Industry analysts believe that further export restrictions would reinforce this position.
BYD (OTC Pink:BYDDF,HKEX:1211), one of China’s largest EV manufacturers, has accelerated its international expansion, while CATL (SZSE:300750), the world’s leading battery producer, holds approximately 40 percent of the global market share.
The South African government is expected to consult with industry stakeholders on additional measures to support the automotive transition.
Meanwhile, automakers will closely monitor developments in China’s export policy, recognizing the potential impact on global supply chains and future investments.
Don't forget to follow us @INN_Technology for real-time updates!
Securities Disclosure: I, Giann Liguid, hold no direct investment interest in any company mentioned in this article.
Term Sheet for Hydrogen Supply and Offtake with Uniper
Provaris Energy Ltd (Provaris; ASX:PV1) is pleased to advise the collaboration with Uniper Global Commodities SE (Uniper) and Norwegian Hydrogen AS has advanced to the execution of a conditional Term Sheet for the supply, transport and offtake of RFNBO compliant hydrogen. The Term Sheet provides the basis of negotiating a binding Hydrogen Sale and Purchase Agreement (Hydrogen SPA) which is targeted for June 2025.
Highlights:
- Provaris, Uniper and Norwegian Hydrogen sign a conditional Term Sheet for hydrogen supply, transport and offtake.
- Agreed Key Terms and Conditions to form the basis of negotiating a binding Hydrogen SPA, targeted for June 2025.
- Annual volume of 42,500 tonnes per year of RFNBO1-certified hydrogen to be delivered as gaseous compressed hydrogen using Provaris’ H2Neo carriers.
- Uniper Global Commodities SE will be the buyer of hydrogen at an agreed fixed price and responsible for the receiving terminal in North-Western Europe for delivery.
- Commencement of cargos deliveries is targeted for early-2029, for a minimum term of 10-years, making it Europe’s first regional hydrogen marine transport project at scale.
- Term Sheet for supply of hydrogen using Provaris carriers demonstrates Uniper’s commitment to a portfolio of supply sources, including a focus on supply from the Nordic Region.
- Provaris’ approach to hydrogen supply and transport provides a standardized, efficient and flexible approach to scaling hydrogen supply, which is exactly what Germany and Europe needs to meet its 2030 decarbonisation targets.
Provaris’ Managing Director and CEO, Martin Carolan, stated: “We are delighted to see the collaboration has progressed to a Term Sheet for hydrogen supply and offtake. This represents a key milestone for Provaris and validation towards developing regional bulk-scale hydrogen supply chains within Europe using Provaris’ H2Neo compressed hydrogen carriers.”
Norwegian Hydrogen CEO, Jens Berge, added: “We’re very excited about this tri-party collaboration, and it’s rewarding for all three parties to see our efforts progress into increasingly concrete and advanced stages”
Uniper Global Commodities SE, Senior Vice President - New Energies Origination, Benedikt Messner, commented: “We think that the innovative transport concept by Provaris might be a solution to connect commercially interesting hydrogen supply locations with our core markets and look forward to the continuation of our collaboration.”
Compression Replaces Complexity with Simplicity to Lower the Delivered Cost of Hydrogen
Analysis by the collaboration partners has highlighted that when customer demand is for hydrogen (not a derivative), regionally sourced hydrogen from the Nordics, transported through Provaris’ compressed hydrogen carriers, provides an efficient and cost-effective supply chain, limiting the losses in the entire chain from electrolyzer through to the distribution pipeline in Europe.
Lowering the energy consumption over the entire supply chain results in more renewable energy available for hydrogen production and higher volumes delivered.
Hydrogen Supply Chain Development
Provaris and Norwegian Hydrogen are collaborating on the development of the supply of RFNBO compliant hydrogen, which will be stored and transported using Provaris’ H2Neo carriers. Work is underway to outline the preferred sites in the Nordics, including Norway and Finland. Sites with a detailed feasibility include the FjordH2 Project located in the Alesund region, Norway.
Based on the proposed hydrogen volumes and shipping distance, the supply chain’s storage and shipping infrastructure using Provaris’ proprietary shipping solutions will include one (1) H2Leo barge storage at the production site, with a capacity of 450 tonnes of compressed hydrogen at 250 barg pressure, and two (2) H2Neo hydrogen carriers with an individual storage capacity of 450 tonnes of compressed hydrogen at 250 barg pressure. Provaris continues to progress both the H2Neo and H2Leo towards Final Class approvals in the first half of 2025.
Uniper will be responsible for the selection and development of the import terminal and are working with Provaris to outline the capital and operating equipment to discharge the H2Neo carriers, which includes an assessment of optimal storage and connection to the European Hydrogen Backbone for distribution to industrial sectors. Simplicity of port infrastructure provides for the flexibility of nominating one or more entry ports.
The Term Sheet remains conditional upon, among others, the negotiation and execution of a fully termed Hydrogen SPA and obtaining all necessary approvals.
Illustration of the Regional Supply locations from the Nordic Region into North-West European ports with hydrogen import development plans linked to the future development of Germany’s core hydrogen network
Source: Provaris Energy
Click here for the full ASX Release
This article includes content from Provaris Energy, licensed for the purpose of publishing on Investing News Australia. This article does not constitute financial product advice. It is your responsibility to perform proper due diligence before acting upon any information provided here. Please refer to our full disclaimer here.
Becoming a substantial holder - Phelbe Pty Ltd
5 Best-performing Canadian Cleantech Stocks of 2024
The global transition to a green economy has been a boon for the cleantech market — it's helping investment in renewable energy and clean technology continue to grow, allowing the sector to keep building momentum.
Analysts see a few key trends dominating the cleantech sector worldwide, including solar and wind energy, agricultural technology, electric vehicles (EVs), EV infrastructure and clean energy commercial long-haul transportation solutions.
Heading into 2025, here’s a look at the best-performing Canadian cleantech stocks on the TSX and TSXV year-to-date; CSE companies were considered, but none made the list at this time.
Data for this article was gathered on December 29, 2024, using TradingView’s stock screener. Only companies with market capitalizations greater than C$50 million are included.
1. Anaergia (TSX:ANRG)
Year-to-date gain: 260 percent
Market cap: C$152.37 million
Share price: C$0.90
Anaergia is a global company that specializes in converting waste, including wastewater and agricultural and municipal solid waste, into renewable energy, clean water and organic fertilizer.
It has operations in 17 countries spanning North America, Africa, Asia and Europe.
On July 10, Anaeriga announced the completion of a strategic investment, saying it had closed the third tranche of a C$40.8 million investment deal with Marny Investissement. The deal gives Marny a controlling interest in Anaergia as it now owns over 60 percent of the company's outstanding shares.
In December, the company extended its reach with new contracts to operate in California. It also signed a deal to provide organic waste as an energy source for PepsiCo's (NASDAQ:PEP) operations in Colombia.
Anaergia is slated to attend several cleantech conferences around the world in 2025.
2. BIOREM (TSXV:BRM)
Year-to-date gain: 223.23 percent
Market cap: C$51.58 million
Share price: C$3.20
BIOREM is a cleantech engineering company that develops air emissions abatement technologies using biological processes like biotrickling filtration, a process by which polluted gas is absorbed and degraded by microorganisms into harmless substances. The company's systems are capable of removing a wide array of pollutants, and it can design effective solutions tailored to meet specific needs and site requirements.
The firm collaborates with municipalities, industrial facilities, oil and gas companies and landfill operators.
3. Tantalus Systems (TSX:GRID)
Year-to-date gain: 143.75 percent
Market cap: C$95.28 million
Share price: C$1.95
Tantalus Systems provides technology that gives utilities greater control and insight into their electric grids.
This includes advanced metering infrastructure (AMI), load management systems and grid analytics, all of which contribute to a more efficient and reliable power grid.
One of its key products, TRUConnect AMI, provides real-time data on energy consumption and grid conditions. The TRUFlex Load+DER Management system helps manage energy demand and integrate distributed energy resources like solar power, while TRUGrid Automation optimizes grid operations and improves response to events like power failures.
4. CVW CleanTech (TSXV:CVW)
Year-to-date gain: 25.33 percent
Market cap: C$136.03 million
Share price: C$0.94
CVW CleanTech is focused on making the Canadian oil sands industry more sustainable.
The company's technology recovers bitumen and valuable minerals like titanium and zircon from oil sands tailings ponds, reducing the environmental impact of oil and gas production.
In 2024, the company transitioned to a royalty-based model, investing in other cleantech companies in exchange for a share of their revenue. Its first royalty investment was in Northstar Clean Technologies (TSXV:ROOF,OTCQB:ROOOF), a company with technology that processes end-of-life asphalt shingles into components including liquid asphalt, as well as aggregate and fiber for industrial use. The deal was finalized in September.
5. DynaCERT (TSX:DYA)
Year-to-date gain: 9.37 percent
Market cap: C$76.83 million
Share price: C$0.18
DynaCERT specializes in improving the fuel efficiency of diesel engines with its HydraGEN technology, which expanded into South American mines in 2024. The system adds hydrogen to the air intake of the engines, which reduces the emissions of pollutants like nitrogen oxide, resulting in cleaner combustion.
The company's technology works with traditional diesel engines and is being used across a wide range of heavy-duty industries, including transportation, mining and construction.
In recent years, DynaCERT has been collaborating with another alternative fuel company, Cipher Neutron, to accelerate the development of Cipher Neutron’s alkaline exchange membrane (AEM) electrolysis technology, a cheaper, more efficient method of producing green hydrogen. On June 11, DynaCERT acquired 15 percent ownership of Cipher Neutron.
On July 16, DynaCert announced that Cipher Neutron had been awarded a contract for a joint project with Simon Fraser University (SFU) in BC, Canada. The university hosts the SFU Clean Hydrogen Hub, at which Cipher Neutron will develop and deploy two 250 kilowatt AEM electrolyzer stacks. The technology splits water into hydrogen and oxygen using electricity, making it a key process for producing low-cost green hydrogen.
Don’t forget to follow us @INN_Technology for real-time news updates!
Securities Disclosure: I, Meagen Seatter, hold no direct investment interest in any company mentioned in this article.
Cleantech Market Forecast: Top Trends for Cleantech in 2025
The escalating energy demands of today's increasingly digital world are pushing the limits of the power grid in the US and elsewhere, necessitating a faster shift toward sustainable energy solutions.
What does the future hold for the cleantech industry as it leads the charge in addressing these issues in 2025?
Here the Investing News Network explores the implications of rising energy consumption, the role of cleantech innovation in meeting this demand and how government policies could help or hinder the sector.
AI explosion to boost demand for clean energy
Clean energy has always been part of the energy transition, but as the artificial intelligence (AI) sector gains traction the importance of green sources of energy is becoming increasingly crucial.
AI energy requirements are set to surge dramatically, potentially straining current energy grids and infrastructure. A December report from Grid Strategies predicts energy providers will need to add up to 128 gigawatts (GW) of new capacity by 2029 to keep up with demand, a noteworthy increase from an estimate of 39 GW just last year.
Data centers are projected to consume up to 35 GW by 2030. Innovative sustainable energy solutions and cooling technologies will need to be developed to meet demand without derailing decarbonization efforts.
The AI industry’s energy demands are being further amplified by the construction of new chip-manufacturing facilities.
To promote chip production to the US, President Joe Biden's Chips and Science Act has pledged billions to Intel (NASDAQ:INTC), Taiwan Semiconductor Manufacturing Company (TSMC) (NYSE:TSM) and Samsung Electronics (KRX:005930) to help them expand their American production capacity.
Intel is updating its facilities in Oregon, New Mexico and Arizona, and has plans to finalize new fabs in Ohio in the coming years. TSMC plans to eventually operate three fabs in Arizona, while Samsung is expanding its operations in Texas to include two factories, a research and development factory and a packaging facility.
These new facilities, with their substantial energy needs, will increase an already significant strain on existing infrastructure. Demand will necessitate upgrades to the existing power grid and require expansions to accommodate the increased load of multi-year operations.
The source of this additional energy will be a crucial consideration, as a shift towards renewable energy sources will be essential to mitigate the environmental impact of ever-growing energy demands.
Nuclear and geothermal energy emerged as two promising carbon-free options in 2024. Microsoft (NASDAQ:MSFT), for instance, has signed a 20 year power purchase agreement with Constellation Energy (NASDAQ:CEG) to purchase carbon-free electricity from the soon-to-be-restarted Unit 1 reactor at Three Mile Island.
Similarly, Amazon’s (NASDAQ:AMZN) Climate Pledge Fund joined a US$500 million funding round in October to back a startup company, X-energy, that’s developing a Generation IV high-temperature gas-cooled pebble-bed nuclear reactor. X-energy's Xe-100 is a small modular reactor (SMR) that is more compact, simpler and safer than traditional reactors.
News of Amazon’s deal broke just a week after Alphabet’s (NASDAQ:GOOGL) Google announced a power purchase deal with Kairos Power to deploy 500 megawatts (MW) of nuclear power by 2030 using reactor technology.
More recently, on December 4, Meta (NASDAQ:META) communicated a request for proposals to nuclear developers, saying it is seeking up to 4 GW of new nuclear power for its data centers. Welcoming collaboration from both SMRs and larger nuclear reactors, Meta emphasized the need for early engagement and scaled deployments to reduce costs.
Oklo (NYSE:OKLO), a company with strong ties to OpenAI CEO Sam Altman due to his early investment and role as chairman of the board, signed a deal in late December with data center operator Switch to build SMRs to power its data centers. Switch’s clients include Google, NVIDIA (NASDAQ:NVDA) and Tesla (NASDAQ:TSLA), among others.
In addition to nuclear energy, geothermal energy is a viable solution for data centers' high energy consumption. Google's partnership with NV Energy leverages what’s known as a Clean Transition Tariff to secure 115 MW of geothermal power for Google’s data centers, outsourced from Fervo Energy's enhanced geothermal system.
Meta is also pursuing geothermal sources for its energy needs, signing a power purchase agreement with Sage Geosystems in August. The first phase of the project is scheduled to become operational by 2027.
Furthermore, the increased power consumption of AI technologies necessitates more efficient cooling methods. According to analysis from Zainab Gilani, a research associate at the Cleantech Group, liquid cooling offers superior performance and scalability compared to traditional air cooling, particularly direct-to-chip cooling.
Companies like NVIDIA and Intel are working to advance liquid cooling solutions for data centers, including collaborating with cooling technology providers like CoolIt Systems.
In its global outlook report for 2025, BlackRock explains how investors could benefit from this trend, highlighting the utility sector as a potentially attractive avenue for indirect investment in the AI boom.
EVs, tariffs and trade under Trump
The EV market grew globally in 2024, but in the US it faces a complex and uncertain landscape.
While consumers have more EV options than ever after a wave of newly introduced models from automakers like Ford (NYSE:F), Toyota (NYSE:TM) and Rivian (NASDAQ:RIVN), adoption initiatives put in place by the Biden administration are at risk of being defunded or repealed under President-elect Donald Trump.
For example, Trump wants to eliminate the Inflation Reduction Act, although he would need Congressional approval.
In a December interview with Yale Environment 360’s Elizabeth Kolbert, Professor Leah Stokes of the University of California Santa Barbara said corporate lobbying will be instrumental in retaining some aspects of the act.
“The things that will be on the table are largely (clean energy) tax credits because the grants will be mostly out the door by the time the Biden administration wraps up at the beginning of January,” she said. “These tax credits are benefiting companies, and you’re already seeing the reporting that for even the most vulnerable tax credits, which I would assume are the EV tax credits, there’s a constituency out there trying to defend those. Companies have made investments that take years to really come to fruition, and they can’t really turn around on a dime.”
Tax incentives to spur investment have also created thousands of jobs, particularly in Republican states. This may encourage Trump to selectively choose which programs to cut.
“When you think about all the manufacturing investments that are in these Republican districts, it’s not just the manufacturing jobs that matter,” Stokes continued.
“You start to realize that all those investments in making stuff in America, they want to sell that stuff in America too. And in order to sell that stuff in America, they need the other tax credits for deployment."
In her view, the IRA may turn out to be "a much stickier policy" than many expect.
One additional factor to consider is Trump's approach to international trade, particularly with regard to tariffs. Given the importance of lithium in the production of EV batteries, changes in trade policies involving countries with significant lithium reserves and processing capabilities, such as China, could impact the EV industry.
The proposed tariffs run the risk of provoking retaliatory measures from other countries, including trade barriers. Such a response could escalate into a trade war, with negative consequences for all involved economies.
Sodium-ion batteries, especially if they become commercially viable and cost-effective, could reduce US dependence on China for lithium-ion battery materials and technology.
In April 2024, Osaka Metropolitan University shared research focused on the challenging task of developing a new process for mass producing solid sulfide electrolytes for sodium-ion batteries. This new method has the potential to enable the production of solid-state sodium batteries that could be scaled up for mass production.
Sodium-ion batteries offer other advantages such as improved safety, lower costs due to the abundance of sodium and potentially higher energy density compared to traditional lithium-ion batteries.
Investor takeaway
The cleantech sector is poised for change in 2025, driven by escalating energy demand and the push for sustainability. Advances in nuclear and geothermal energy offer promising solutions, while innovations in battery technology and cooling solutions further support the transition toward a cleaner future.
Overall, the cleantech industry's trajectory depends as much on policy decisions as it does on technological advancements and the global push for sustainability. Industry leaders’ ability to innovate and adapt will be crucial in shaping a cleaner and more energy-efficient future.
Don’t forget to follow us @INN_Technology or real time updates!
Securities Disclosure: I, Meagen Seatter, hold no direct investment interest in any company mentioned in this article.
Editorial Disclosure: Charbone Hydrogen and Westport Fuel Systems are clients of the Investing News Network. This article is not paid-for content.
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