Category: 3. Business

  • Holiday Financial Support | Floods & Extreme Weather Event | Canadian Red Cross

    Holiday Financial Support | Floods & Extreme Weather Event | Canadian Red Cross

    CANADIAN RED CROSS

    Holiday Financial Support

    2021 British Columbia Floods and Extreme Weather Event

    The Canadian Red Cross is providing extra help for households affected by the 2021 British Columbia Floods and Extreme Weather event. The Canadian Red Cross is offering a one-time payment to support recovery efforts and toward holiday expenses for those impacted.

    Who is eligible:

    • Households who registered and received assistance during the 2021 British Columbia Floods and Extreme Weather event.
    • Households eligible for this assistance will be contacted by the Red Cross directly by email or by phone.

    Want to learn more:

    Visit redcross.ca/2021BCFloods for details about this support and eligibility.

    If you have questions you can call
    1-800-863-6582 from Monday to Friday between 8:30 a.m. to 4:30 p.m. Pacific Time, closed weekends and statutory holidays.

     

    redcross.ca/2021BCFloods

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  • Media Advisory: Infrastructure Announcement in Bathurst

    Bathurst, New Brunswick, December 16, 2025 — Members of the media are invited to an infrastructure announcement with Serge Cormier, Member of Parliament for Acadie—Bathurst, Kim Chamberlain, Mayor of the City of Bathurst and Michael Willett, President of the Chaleur Regional Service Commission.

    Date:        
    Wednesday, December 17, 2025

    Time:       
    9:00 a.m. AST

    Location: 
    Paul Ouellette Room
    K.-C. Irving Regional Centre
    14 Sean Couturier Ave
    Bathurst, New Brunswick E2A 6X2

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  • Delivering on Climate Competitiveness Strategy commitment and lowering methane emissions from major sources

    Delivering on Climate Competitiveness Strategy commitment and lowering methane emissions from major sources

    Backgrounder

    Enhanced Oil and Gas Methane Regulations

    Reducing methane emissions is one of the most cost-effective ways to fight climate change and protect the environment and the air we breathe. Canada’s strategic actions to reduce methane emissions over the last decade have led to significant reductions in methane emissions from oil and gas sectors while supporting Canada’s climate competitiveness in global energy markets. These efforts have supported job opportunities for Canadian workers and communities while attracting investments in emerging made-in-Canada clean technologies. Taking action on methane helps position Canada as an attractive and responsible global energy supplier as investors, insurers, and markets increasingly value good methane performance.

    Innovative and affordable methane abatement solutions from Canada’s clean tech sector and its workers are readily available today and will enable the oil and gas sector to reduce methane emissions while providing good jobs.

    The publication of the final Enhanced Methane Regulations in December 2025 follows extensive consultation and engagement with provinces, industry, experts, workers, Indigenous peoples, and other interested stakeholders. In the coming months, Environment and Climate Change Canada will lead further discussions to develop guidance documents to support the regulations’ implementation. Canada has successfully entered into equivalency agreements on methane in oil and gas with British Columbia, Alberta, and Saskatchewan since 2020. Moving forward, Canada will work to advance new equivalency agreements with interested jurisdictions, including Alberta, as outlined in the November 27, 2025, Canada–Alberta Memorandum of Understanding.

    Key details

    These regulations are formally known as The Regulations Amending the Regulations Respecting Reduction in the Release of Methane and Certain Volatile Organic Compounds (Upstream Oil and Gas Sector).

    In 2018, Canada became one of the first countries to put in place regulations to reduce methane emissions from oil and gas for both new and existing facilities. Since then, they have reduced methane emissions while Canadian oil production grew by approximately 10% and gas production grew by approximately 11%. Oil and gas extraction revenues increased by 72% from 2018–2024. Federal emissions data shows that Canada is on track to achieve the 2018 regulations’ target of 40–45% methane reduction with equivalency agreements in place.

    The Enhanced Methane Regulations expand the coverage and stringency of the 2018 methane regulations, leading to further reduction of oil and gas methane emissions. The Enhanced Methane Regulations are designed to protect the environment and human health from the threat of climate change by significantly reducing this potent greenhouse gas. They also support innovation, leading to increased adoption of new technologies like continuous monitoring systems to monitor methane releases.

    The Enhanced Methane Regulations demonstrate to other oil- and gas-producing nations that cost-effective and substantial methane emission reductions are possible. As the world’s fifth largest natural gas producer and fourth largest oil producer and the co-convener of the Global Methane Pledge, Canada can lead the way toward stronger global action to reduce this dangerous greenhouse gas.

    Costs associated with the Enhanced Methane Regulations are not expected to be passed through to households and small businesses, as oil and gas prices are generally set by global and regional markets.

    New federal requirements to reduce methane

    The Enhanced Methane Regulations applies to upstream production, processing, and transmission facilities in Canada’s onshore oil and gas sector. This includes centralized production sites, well sites, gas plants, and pipelines. They do not apply to the offshore oil and gas industry or downstream sites.

    Figure 1: Oil and Gas Sector

    Long description













    Facility type Covered by Enhanced Methane Regulations
    Offshore oil production No
    Gas production Yes
    Oil production Yes
    Oil refinery No
    Gas processing plant Yes
    Fuel terminal No
    Transmission facility Yes
    Liquified natural gas facility Yes
    Municipal gas distribution No


    The Enhanced Methane Regulations expand the coverage and stringency of the 2018 methane regulations and focuses on maximizing practical and cost-effective emissions reductions within the oil and gas sector. One key change from the 2018 methane regulations is that the Enhanced Methane Regulations provide oil and gas operators with two compliance pathways:

    1. The first option requires specific work practices to prohibit venting, with several exceptions, and establishes an inspection schedule to find leaks and repair them.
    2. The second option allows operators to design their own approaches to controlling methane on the condition that they meet, at a facility level, methane intensity thresholds that are on par with standards from leading international voluntary certification programs. This pathway allows operators more flexibility to implement methane reduction solutions and is contingent on operators undertaking robust methane monitoring.

    The regulations will be phased in starting on January 1, 2028, and will spur investments to reduce methane emissions that will help position the Canadian oil and gas industry amongst top performers for producing low-methane intensity products and supporting long-term success in a technologically advanced, decarbonizing industry.

    Production forecasts under theEnhanced Methane Regulations

    The Government of Canada’s macroeconomic analysis suggests that overall, the oil and gas sector is expected to see continued production growth in Canada under the Enhanced Methane Regulations. Oil and gas production is projected to grow by over 17% from 2019–2030 with the Enhanced Methane Regulations in effect. This analysis estimates a 0.2% impact on production over the 2025–2035 timeframe and estimated gross domestic product (GDP) impacts of only 0.01% over the 2025–2035 period.

    Figure 2: Oil and Gas production Growth 2025-2035

    Long description
















    Year Baseline scenario Regulatory scenario
    2025 19,811.27 19,811.26
    2026 20,192.36 20,192.66
    2027 20,293.72 20,272.49
    2028 20,432.13 20,407.98
    2029 20,777.36 20,744.64
    2030 21,099.15 21,022.17
    2031 21,115.39 21,068.06
    2032 21,048.91 20,988.55
    2033 21,270.41 21,201.87
    2034 21,448.22 21,365.13
    2035 21,519.89 21,425.72
    Total 2025–2035 229,008.82 228,500.53


    Climate, health, and economic benefits

    The Enhanced Methane Regulations will deliver cumulative reductions of 304 megatonnes of carbon dioxide equivalent (Mt CO2e) from 2028–2040, as a key policy to deliver deeper emissions reductions beyond the 40–45% (from 2012) that have been achieved to date.

    From 2028–2040, the Enhanced Methane Regulations are expected to cost the oil and gas sector an average cost of $48 per tonne of CO2e reduced, making this one of the lowest cost opportunities to drive significant progress on our climate goals. The Enhanced Methane Regulations also enable the diversion of methane—the main component of natural gas—from becoming a pollutant that harms human health and the environment to being an economically valuable good. It is estimated the Enhanced Methane Regulations will support the conservation of a considerable amount of natural gas (705 petajoules, which has a market value of $2 billion) through emissions reductions (abatement) approaches in these regulations. This is enough natural gas energy conserved between 2028–2040 to heat over 11 million Canadian homes for a year.

    The Government of Canada estimated the net benefits of the regulations to be $23.9 billion over the 2028–2040 period from avoided climate change impacts and by cutting air pollutant emissions known as volatile organic compounds (VOCs). This will reduce health impacts for Canadians living near oil and gas activities, yielding a total estimated $257 million in health benefits. VOC emissions contribute directly to ambient concentrations of toxic substances such as benzene, fine particulate matter (PM2.5), and ground-level ozone. Reduction of harmful VOCs are expected to result in fewer premature deaths, reduce symptoms among asthmatics, and prevent crop losses due to ozone damage.

    The regulations will create conditions for clean technology companies that specialize in methane reduction solutions and employ a variety of skilled labourers across Canada. Since 2018, when Canada’s first oil and gas methane regulations were finalized, this sector has grown to 136 companies in Canada. An independent estimate suggests that actions companies take to comply with the regulations would create approximately 34,000 jobs in Canada from 2027–2040.

    Working with provinces

    The Government of Canada recognizes the important role of provincial governments in reducing methane from their oil and gas sectors. The release of the Enhanced Methane Regulations builds on a history of federal–provincial collaboration on methane.

    Under the Canadian Environmental Protection Act, equivalency is a regulatory process initiated by provinces or territories which compares federal and provincial regulations to determine whether provincial regulations meet the requirements to stand in for federal regulations. The development of an equivalency agreement requires that the provincial regime meets or exceeds federal emission reduction outcomes.

    Since 2020, equivalency agreements have been in place in British Columbia, Alberta, and Saskatchewan, and these agreements have all been renewed within the past year. These agreements stand down the 2018 federal oil and gas methane regulations in favour of provincial systems that achieve similar results.

    The Government looks forward to working with provinces to consider updating the equivalency agreements on the basis of the final Enhanced Methane Regulations. As noted in the Canada–Alberta Memorandum of Understanding signed in November 2025, both governments will work to finalize an equivalency agreement on oil and gas methane by April 1, 2026.

    Budget 2025 committed to remove the mandatory five-year limits for equivalency agreements under the Canadian Environmental Protection Act. This could allow Environment and Climate Change Canada to adopt a longer-duration equivalency agreement with Alberta or other interested jurisdictions.

    Indigenous focus

    The Government of Canada’s Enhanced Methane Regulations support healthier air quality for Indigenous communities near oil and gas infrastructure, contributing to meeting Canada’s responsibilities under the United Nations Declaration on the Rights of Indigenous Peoples Act (UN Declaration). The UN Declaration, an international human rights instrument, sets out minimum standards for the survival, dignity, and well-being of Indigenous peoples. These regulations will help advance this commitment by enhancing environmental protections through the reduction of methane emissions from the upstream oil and gas sector. Indigenous partners were consulted throughout the development of the Enhanced Methane Regulations, and some welcomed the regulations as they support cleaner air in their communities.

    Global actions on methane emissions

    Canada’s approach is broadly aligned to major oil- and gas-producing states such as Colorado, New Mexico, and California. Currently, these states have oil and gas methane rules to eliminate routine venting and flaring, enhance leak detection and repair, and address other potentially large releases.

    Globally, other oil and gas producing countries—including Nigeria, Egypt, Brazil, Mexico, and Colombia—are moving to implement methane regulations, and China recently announced its intent to develop a methane plan.

    In May 2024, the European Union, the world’s largest oil and gas importer, approved new stringent import standards on natural gas to take effect in 2030. These standards will apply border penalties on new oil and gas products, including liquefied natural gas (LNG), entering the European Union with methane intensity above a threshold yet-to-be-determined.

    In June 2025, Japan announced strengthened efforts to increase transparency of imported LNG emissions. South Korea is also considering similar measures and have already taken steps to improve supply chain transparency for exporting countries. Importers representing more than half of South Korea’s and Japan’s LNG imports have signed on to the CLEAN initiative, signaling they will prefer LNG produced cleanly. Asia represents an important market for Canada’s west coast LNG terminals. In June 2025, LNG Canada delivered its first cargo of LNG from Kitimat, British Columbia, to Asia, marking a major milestone in Canada’s clean energy diversification.

    Significant global efforts to reduce methane emissions are underway. The first Global Methane Status Report released in November 2025 shows that although total methane emissions are still increasing, they are growing more slowly since the Global Methane Pledge was launched in 2021. The report projects a 10% slower growth rate by 2030.

    The Enhanced Methane Regulations will help ensure that Canadian oil and gas are low methane, which is increasingly in demand around the world. According to the International Energy Agency, major oil and gas producers around the world have already set low methane emissions objectives. Canada’s enhanced methane regulations will bring more sector participants to the standard set by leading companies and voluntary certification programs.

    Reducing methane emissions was a key topic at this year’s United Nations Climate Change Conference (COP30), where countries further raised ambitions to tackle this potent climate warming greenhouse gas. Reducing methane emissions is the “low-hanging fruit” that will slow climate change in the next decade, providing valuable time to target other sources of greenhouse gases that are harder to reduce.

    Landfill Methane Regulations

    The Landfill Methane Regulations apply to certain privately and municipally owned landfills that have received municipal solid waste.

    When organic waste—such as food, yard waste, and paper products—is disposed in landfills, it produces methane, a powerful greenhouse gas. This process takes place over many years, which means that the methane generated in landfills today is the result of past decades of organic waste disposal. By installing landfill gas management systems, methane can be recovered before it can be emitted to the atmosphere. The recovered landfill gas is either flared (burned) or can be used to create low-carbon energy.

    The Landfill Methane Regulations will reduce methane emissions from landfills through a performance-based approach that sets surface methane concentration limits and requires regular monitoring to confirm these limits are being met and identify and repair methane leaks.

    The Landfill Methane Regulations apply to landfills that:

    • Disposed of any quantity of municipal solid waste after January 1, 2010, and have more than 450,000 tonnes of municipal solid waste-in-place
    • Disposed of more than 20,000 tonnes of municipal solid waste in 2025 or any subsequent calendar year and have more than 200,000 tonnes of municipal solid waste-in-place

    The Landfill Methane Regulations do not apply to landfills or distinct portions of a landfill that are under final cover and ceased to accept waste before January 1, 2010, or to landfills that have received only the following types of waste:

    • Hazardous waste
    • Non-biodegradable waste
    • Waste produced from forest products operations
    • Construction and demolition waste

    Timelines and requirements

    For landfills exceeding the methane generation thresholds, requirements to control methane will first apply in:

    • 2028 for landfills that have 1,000 tonnes or more methane generation and have existing landfill gas recovery systems
    • 2029 for landfills that have 1,000 tonnes or more methane generation and do not have existing systems
    • 2035 for landfills that have 664 tonnes or more but less than 1,000 tonnes methane generation

    Requirements include:

    • Prohibition on venting landfill gas and requirement that recovered methane must be destroyed or used
    • Limits on methane concentration at the surface of the landfill and regular monitoring to confirm these limits are met and conduct repairs where limits are exceeded
    • Monitoring of equipment and wellfields to identify and repair methane leaks

    Engagement and consultation

    Stakeholders, provinces and territories, Indigenous peoples, industries, and non-governmental organizations were engaged throughout the regulatory development process to seek views on the design of the Landfill Methane Regulations.

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  • U of T alum Don Harrison creates chair in AI and technology

    U of T alum Don Harrison creates chair in AI and technology

    Blue J Legal: A major player in the legal tech sector

    Niblett co-founded Blue J Legal, AI software for tax research, 10 years ago with colleagues, Benjamin Alarie, Osler Chair in Business Law, Professor Albert Yoon, and Michael J. Treblicock Chair in Law and Economics.  Last summer, the U of T spinoff secured $167-million in financing led by two U.S. venture-capital firms.

    “The technology’s capacity has just exploded in the last few years,” he says, reflecting on the rudimentary machine learning models of Bue J’s early days. “We don’t have to create or structure data in the same way we did ten years ago. The large language models can be asked very in-depth questions about how a fact pattern fits within the law.” 

    Niblett sees big changes on the horizon, as language models and computer processing speeds ramp up at a pace never seen before. “We predicted this world where people would be told – instantly – what you’re doing is lawful or not,” says Niblett.

    “It’s not clear to me that we need to take years to decide these cases. A lot of courts are trying to cut through their backlog by using the facts of the case and AI. But where do you draw the line between instantaneous legal advice from a machine versus an instantaneous legal ruling from the machine?” He says that despite the increasing accuracy of current models, there’s still a role for the human lawyer.

    The changing nature of legal services

    “We teach students about legal reasoning, understanding the nature of legal argument and understanding how the law helps society as a whole. It’s not about teaching an ‘answer’, but rather, understanding the process. Otherwise, the law will just be a button-pushing exercise and that’s not what the law is.”

    “Understanding what the law is –and what the law should beis an incredibly important part of what I’m trying to teach. But I think the nature of legal services will change enormously i – in the next ten years.”

    Harrison agrees. He says AI has the potential to give access to legal services unavailable before, such as drafting wills, or navigating minor matters in court which can improve access to justice. He adds helping people and small businesses navigate these new technologies is a big opportunity, as the market for these types of services grow.

    Tomorrow’s lawyer: Intersecting tech and AI

    “My hope is that the development of this technology does create new opportunities for the legal profession. By automating routine, labour-intensive tasks like document review and preliminary legal research, AI frees legal professionals to focus on distinctly human, higher-value work: strategic analysis, creative problem-solving and ethical judgment,” says Harrison.

    Harrison says, in this shift away from labour to a focus on wisdom and strategy, he also sees a new class of lawyer emerging at the intersection of law and AI: one that enables its development while also helping society understand how these technologies work. “We want to make sure the benefits of technology are enhanced by our ability to build connecting frameworks of trust and public benefit.”

    By Nina Haikara
     

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  • 2025-12-16 – Ettinger Testifies before Committee on the Situation at Canada Post – CUPW

    1. 2025-12-16 – Ettinger Testifies before Committee on the Situation at Canada Post  CUPW
    2. Canada Post expects to ‘break even by 2030,’ says CEO  Global News
    3. Devilish details: 53,000 Canada Post workers still in the dark on tentative deal as both sides iron out contract wording  Toronto Star
    4. ‘Better service, not less’: Canada Post pledges ‘thoughtful’ reforms and ‘leaner workforce’ amid MP concerns over loss of rural postal ‘lifeline’  The Hill Times

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  • Backgrounder: Investing in methane emissions reduction technologies

    On December 16, the Minister of Environment and Climate Change, the Honourable Julie Dabrusin, on behalf on the Minister of Energy and Natural Resources, the Honourable Tim Hodgson, announced nearly $16 million in funding for investment in methane emissions reduction technologies across Canada.

    The eight projects announced today will receive funding through the Energy Innovation Program’s Methane Measurement and Mitigation call for proposals launched in 2024 in support of Canada’s Methane Centre of Excellence. This call commits to investing in Canadian expertise to accelerate knowledge and technologies for methane measurement, reporting and mitigation.  

    In addition, further funding through the EIP will provide continued support to Carleton University’s development of measurement-based inventories of methane emissions in the upstream oil and gas sector, first announced in May 2024.

    Energy Innovation Program

    Project name: Scalable, Cost-Efficient Mesh Networks for Continuous Methane Monitoring and Leak Localization in Natural Gas Facilities 
    Recipient: Spero Analytics Inc.
    Location: Toronto, Ontario
    Funding amount: $290,000
    Description: With this funding, and in-kind support from Environment and Climate Change Canada (ECCC), Spero Analytics will collaborate with ECCC to build and deploy a real-time mesh network for methane monitoring that is economical at scale and can operate in off-grid facilities.

    Project name: Standardization for Methane Emissions Detection, Quantification, Data Quality and Verification
    Recipient: Canadian Standards Association (CSA) Group
    Location: Toronto, Ontario
    Funding amount: $600,000
    Description: This project will establish standardized methods for methane measurement,  reporting and verification (MRV) practices in Canada, thus supporting consistency in MRV practices in Canada and aligning with internationally accepted practices. The project will also provide the Canadian oil and gas sector with a consistent basis for supporting methane emission MRV.

    Project name: MethaneNet: A National Program for Measurement, Reporting and Verification
    Recipient: Carleton University
    Location: Ottawa, Ontario
    Funding amount: $5,000,000
    Description: The project consists of a national program, MethaneNet, which will link academia, industry, provincial and federal governments in the united objective of accelerating development and implementation of world-leading, national-scale measurement, reporting and verification (MRV) approaches to eliminate energy and waste sector methane emissions.  

    Project name: MEMS-Photoacoustic Drone-Mounted Methane Detection Platform
    Recipient: NXTSENS Microsystems Inc. 
    Location: Montreal, Quebec
    Funding amount: $2,613,204 
    Description: This project will develop a drone-based platform for detecting, quantifying and source-locating point-source methane emissions. This technology will increase the feasibility and decrease the costs associated with conducting more stringent leak detection and repair programs, facilitating reduction of methane emissions from the upstream oil and gas sector.

    Project name: Aerial Detection and Quantification of Methane Emissions From Non-Producing Oil and Gas Wells and Surface Casing Vent Flows
    Recipient: McGill University 
    Location: Montreal, Quebec
    Funding amount: $825,010  
    Description: This project will develop and validate a multi-scale methane emission measurement method that better detects and quantifies low-emitting methane sources by integrating aerial sensing with ground-based techniques. This project will enable more accurate measurement of methane emissions, supporting Canada’s efforts to reduce emissions and meet its climate targets. The data collected will support regulations and policies in the oil and gas sector.

    Project name: Advancing Methane Emissions Management: An Open-Standard, Multi-Sensor Monitoring, Measurement, Reporting and Verification Platform for Enhanced Measurement-Informed Inventory
    Recipient: SensorUp Inc.  
    Location: Calgary, Alberta
    Funding amount: $3,000,000
    Description: This project will deploy a large-scale, multi-sensor Measurement, Monitoring, Reporting and Verification (MMRV) solution that leverages open-standard platforms and artificial intelligence (AI). It will improve energy export competitiveness through lower emissions, stimulate economic growth and high-quality employment in Canada’s clean tech and AI sector and strengthen Canada’s reputation as a global leader in climate innovation.

    Project name: Development and Demonstration of a High-Sensitivity, Low-Cost Continuous Methane Monitoring Camera
    Recipient: Kuva Canada Inc. 
    Location: Calgary, Alberta
    Funding amount: $952,500
    Description: This project aims to develop a continuous methane monitoring camera with improved performance and lower cost compared to similar commercially available technologies. The project will advance methane reduction in the oil and gas industry by improving detection accuracy and improving timely reporting of emissions data. 

    Project name: Prototyping and Technology Demonstration of a Methane Sensor for Widespread Application
    Recipient: The University of British Columbia 
    Location: Vancouver, British Columbia
    Funding amount: $1,612,500
    Description: The project will develop a sensor that uses arrays of sensing and reference nodes for real-time methane measurement. The approach integrates emerging technological innovations, which will result in an energy-efficient, inexpensive sensor with the potential to significantly advance the current methane sensing benchmarks.

    Project name: A National-Scale, Measurement-Based Upstream Oil and Gas Methane Census
    Recipient: Carleton University
    Location: Ottawa, Ontario
    Funding amount: $925,750
    Description: This additional funding will expand the scope of the project to support completing aerial surveys along major natural gas pipelines in British Columbia in order to directly measure methane emissions associated with the midstream liquefied natural gas (LNG) supply chain.  

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  • Minister Olszewski and Minister Moses announce new investment in Manitoba’s heavy equipment and vehicle sector

    Minister Olszewski and Minister Moses announce new investment in Manitoba’s heavy equipment and vehicle sector

    December 16, 2025 – Winnipeg, Manitoba – PrairiesCan

    From buses and fire trucks to agricultural machinery and mining equipment, Manitoba’s heavy equipment and vehicle (HEV) sector powers global markets and Canadian jobs. With exports to over 80 countries, this cluster supports a robust domestic supply chain and is vital to Canada’s industrial strength. Governments and industry are working together to accelerate innovation and capitalize on new opportunities, further cementing Manitoba as a global leader in HEV manufacturing.

    Today, the Honourable Eleanor Olszewski, Minister of Emergency Management and Community Resilience and Minister responsible for Prairies Economic Development Canada (PrairiesCan) announced a federal investment of $3.3 million to help establish the Innovation Garage at RRC Polytech, in partnership with the Vehicle Technology Centre, the Province of Manitoba, and private-sector partners. This amount is in addition to the $3.3 million investment made by the Government of Manitoba by the Honourable Jamie Moses, Minister of Business, Mining, Trade and Job Creation.

    The project will expand RRC Polytech’s capabilities to deliver industry-led innovation and productivity improvements by establishing:

    • space for industrial-scale collaborative applied research and development for the HEV cluster
    • a microgrid lab focused on energy innovation and EV infrastructure, and
    • a hydrogen and fuel cell lab to advance clean propulsion systems and other new technologies.

    These new facilities will enhance opportunities for students, researchers, and businesses to collaborate. This will help small- and medium-sized enterprises in Manitoba adopt new technologies, strengthen workforce skills, and bring more made-in-Canada innovations to market.

    The project will also support the Vehicle Technology Centre’s Clean Technology and Advanced Manufacturing program, which helps manufacturers leverage their investments in industrial applied research and development.

    This endeavour — driven by industry and backed by government support — is an example of the collaboration at the heart of the federal government’s new Prairie Partnership Initiative, which aims to grow the economy by supporting ambitious ideas, streamlining supply chains and making it easier for business owners and proponents to ensure federal programs are responsive to regional needs. In this case, reinforcing Manitoba’s leadership in clean tech and advanced manufacturing, and ensuring Canada’s heavy equipment and heavy-duty vehicle sector stays globally competitive and continues to build one strong Canadian economy.

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  • FTC Announces New Date for Workshop on Noncompete Agreements

    FTC Announces New Date for Workshop on Noncompete Agreements

    The Federal Trade Commission will host a workshop, titled “Moving Forward: Protecting Workers from Anticompetitive Noncompete Agreements.” The event is open to the public, and will be held on January 27, 2026 from 1:00pm to 5:00pm, at the FTC’s Headquarters. Registration is required to attend in person. Registration is not required to view the livestream.

    A noncompete agreement is a contractual term between an employer and a worker that typically blocks the worker from working for a competing employer or starting a competing business after the end of the worker’s employment. In practice, noncompete agreements are often subject to abuse.

    The workshop is part of the Trump-Vance FTC’s efforts to highlight the negative impact of noncompete agreements on American workers and put business on notice of its current enforcement priorities.

    The workshop will be hosted by the FTC’s Joint Labor Task Force, which was created by Chairman Andrew N. Ferguson to prioritize rooting out and prosecuting deceptive, unfair, and anticompetitive labor-market practices that harm American workers. It follows a recent FTC enforcement action eliminating restrictive and anticompetitive noncompete agreements; a series of letters sent to healthcare companies warning them to review and eliminate any anticompetitive noncompete agreements they may have; and a broad request for information seeking tips to lead to further enforcement actions.

    The workshop will include public statements from FTC Commissioners, victims of unfair and anticompetitive noncompete agreements, and leading experts in the field. A full agenda and list of speakers will be available prior to the event. A livestream link will be posted to FTC.gov on the morning of the event. 

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  • FDIC Approves the Deposit Insurance Application for Erebor Bank, N.A., Columbus, Ohio

    FDIC Approves the Deposit Insurance Application for Erebor Bank, N.A., Columbus, Ohio

    WASHINGTON – The Board of Directors of the Federal Deposit Insurance Corporation (FDIC) today approved a deposit insurance application to establish Erebor Bank, N.A. (Erebor Bank), a newly chartered national bank to be headquartered in Columbus, Ohio. The organizers of Erebor Bank applied to the Office of the Comptroller of the Currency for a national bank charter and received preliminary conditional approval on October 15, 2025.  Erebor Bank’s proposed business model will focus on providing deposit and lending products to businesses and individuals in the technology, payment systems, investment, and defense industries, including virtual currency market participants.

    Applications for deposit insurance are evaluated under a statutory framework of seven factors that include: the financial history and condition of the institution; the adequacy of the institution’s capital structure; the future earnings prospects of the institution; the general character and fitness of the management of the institution; the risk presented by the institution to the Deposit Insurance Fund; the convenience and needs of the community to be served by the institution; and whether the institution’s corporate powers are consistent with the purposes of the Federal Deposit Insurance Act.

    FDIC staff found that Erebor Bank satisfied the statutory factors for approval, subject to certain conditions. Among other conditions, Erebor Bank will be required to implement protocols to comply with the FDIC’s regulations regarding processing of deposit accounts in the event of a bank failure, to maintain a minimum 12 percent tier 1 leverage ratio during its first three years of operation, and, in the event it ceases to be considered “well capitalized” or falls below the minimum capital levels required by its primary Federal regulator, to exercise its rights under its Capital Call Agreement to obtain at minimum the amount of capital necessary to be considered “well capitalized.”

    The FDIC Board’s approval order expires if Erebor Bank is not established within 12 months, unless extended by the FDIC.

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  • NRC Renews Operating Licenses for Clinton & Dresden; Constellation Investing $370 Million in State-of-the-Art Upgrades to Keep These Illinois Nuclear Facilities Online, Meet Rising Power Demand and Support Economic Growth

    NRC Renews Operating Licenses for Clinton & Dresden; Constellation Investing $370 Million in State-of-the-Art Upgrades to Keep These Illinois Nuclear Facilities Online, Meet Rising Power Demand and Support Economic Growth

    WARRENVILLE, Ill. (Dec. 16, 2025) — The Nuclear Regulatory Commission (NRC) has approved a 20-year initial license renewal for Constellation’s Clinton Clean Energy Center and a 20-year subsequent license renewal for its Dresden Clean Energy Center, following a rigorous review of maintenance activities, plant equipment and safety systems at the two Illinois facilities. The approvals allow Clinton to operate through 2047 and the Dresden reactors to operate through 2049 and 2051. Constellation, the nation’s largest operator of clean, reliable nuclear power, is investing more than $370 million to relicense the plants, installing state-of-the-art upgrades to increase efficiency and ensure safety and reliability for decades to come.

    “In the last ten years, we’ve invested over $3 billion in our high-performing Illinois nuclear facilities to power the state’s economy with clean, reliable energy,” said Bryan Hanson, Constellation Executive Vice President and Chief Generation Officer. “These license extensions will allow Clinton and Dresden to stay online for another two decades, preserving more than 2,200 family-sustaining jobs and $8.1 billion in federal, state and local tax dollars.”

    “Today’s announcement is a win for workers, communities, and Illinois’ clean energy future,” said Sean McGarvey, President of North America’s Building Trades Union (NABTU). “By renewing the operating licenses for the Clinton and Dresden clean energy centers, Constellation is ensuring decades of good union jobs while delivering reliable, carbon-free power. Our highly skilled members are proud to operate and maintain these plants safely every day. NABTU, the IBEW and all our affiliates value this long-term commitment, which demonstrates the success of labor and industry working together effectively to deliver the energy solutions our nation needs.”

    At Clinton, two new auxiliary transformers and two advanced equipment chillers are delivering higher system reliability, while upgrades to the plant’s condensate polisher system offer greater protection from component degradation. At Dresden, operators are now using next-generation feedwater level control technology to enhance reactor safety, while a new main power transformer purchased for the plant will deliver state-of-the art electrical system monitoring and control. With these and other upgrades in place, Clinton and Dresden continue to operate at higher levels of safety, reliability and efficiency than the day they came online.

    “We are looking forward to many more years of collaboration with the Clinton Clean Energy Center,” said Clinton Mayor Helen Michelassi. “We are so proud to have Constellation in our community and look forward to decades of impactful support for volunteer events and non-profit work to benefit the region.”

    While these license renewals give Constellation the regulatory approval needed to operate Clinton and Dresden for another two decades, actual operation is contingent on each plant’s financial viability. At Clinton, the facility’s carbon-free energy is secure as a result of the 20-year agreement with Meta announced in August. The deal supports the continued operation, expansion and relicensing of the 1,121-megawatt Clinton facility following the expiration of the state’s Zero Emission Credit (ZEC) program in May 2027. 

    “The renewal of Dresden’s operating license reinforces this region’s standing as a hub for business growth and industrial innovation,” said Nancy Norton, president and CEO of Grundy County Economic Development. “Reliable, emissions-free energy is the foundation of economic progress, and the Dresden Clean Energy Center plays a vital role in keeping our communities and the businesses that depend on them moving forward. As new industries look to invest and expand in Grundy County, Dresden’s continued operation ensures that our region remains competitive, resilient, and ready for the future. It’s a win for our community and a step toward a stronger future for everyone who calls this region home.”

    Constellation’s clean energy portfolio includes 26 nuclear reactors in six states, and the company is investing billions to keep America’s largest nuclear fleet running at world-class levels of safety, reliability and efficiency. 

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