Samsung SDI is taking full control of a $3.5 billion battery plant in Indiana after General Motors decided to exit its joint venture. The South Korean battery maker will acquire GM’s 49.99% stake in SynergyCells, the joint venture developing the facility in New Carlisle, Indiana. The move gives Samsung SDI full ownership of the project and its first independently operated battery production facility in North America.

The companies originally planned the plant to produce electric vehicle (EV) batteries. Samsung SDI and GM agreed in 2024 to invest about $3.5 billion, with an initial annual capacity of 27 gigawatt-hours (GWh) and an expansion path to 36 GWh.

Mass production was targeted for 2027, but market conditions have changed. Samsung SDI now plans to use the facility initially for energy storage system (ESS) batteries and other advanced applications. The decision reflects slower-than-expected EV demand in the U.S. while battery storage demand continues to grow.

Samsung SDI Takes the Wheel in Indiana as GM Exits

Samsung SDI and GM announced their battery partnership in 2023. They finalized the Indiana joint venture in August 2024.

The project is located on a 680-acre site in New Carlisle. The original plan called for more than 1,600 jobs and annual battery production of 27 GWh in the first phase. The companies also planned to expand the facility to 36 GWh.

GM will now sell its 49.99% interest to Samsung SDI. The purchase price has not been disclosed.

The ownership change reflects the weaker-than-expected growth of EV demand, according to Samsung SDI. The two companies will end the joint venture but continue their broader strategic relationship.

They have also agreed to jointly develop next-generation prismatic battery cells for future EV applications. This keeps GM connected to Samsung SDI’s battery technology without requiring the automaker to remain an owner of the Indiana facility.

Indiana Plant Gets a New Market

The biggest change is the planned shift toward energy storage. Samsung SDI said the Indiana facility can respond to growing demand for ESS batteries in the U.S. The company has not publicly specified how much of the plant’s eventual capacity will be dedicated to ESS products.

That flexibility could become important as the battery market expands beyond electric cars. The International Energy Agency (IEA) reported that global battery storage deployment reached 108 GW in 2025, up 40% from 2024. Utility-scale systems accounted for about 87 GW, or roughly four-fifths of the total.  Other industry analysis shows the following gross capacity for the battery energy storage systems (BESS) market.

Battery storage has become one of the fastest-growing technologies in the global power sector. Total installed battery storage capacity is now 11 times higher than in 2021, according to the IEA. The shift toward BESS therefore gives Samsung SDI another market for a factory that was originally designed around EV demand.

AI Is Adding to Battery Storage Demand

The growth of artificial intelligence is creating another source of demand for batteries. AI data centers require large amounts of electricity and highly reliable power. Battery systems can provide backup power and help manage short-term changes in electricity supply.

Samsung SDI has been targeting this market.

In its second-quarter 2026 results, the company said it expects AI-driven UPS and battery backup unit demand to support its business in the second half of the year. It also pointed to U.S. prismatic LFP battery production and expansion of EV projects as growth drivers.

Global Battery Demand Still Has Long-Term Growth

The Indiana strategy does not mean EV batteries are losing their long-term importance. The IEA’s Global EV Outlook 2026 found that global EV battery deployment reached 1.2 TWh in 2025, almost 30% higher than in 2024. EVs accounted for more than 70% of total battery deployment last year.

The agency expects global EV battery deployment to reach almost 3 TWh by 2030 under both its Current Policies Scenario and Stated Policies Scenario.

Electric trucks are also becoming a larger source of battery demand. They accounted for about 8% of global EV battery deployment in 2025, up from less than 5% in 2024. The IEA expects that share to reach about 10% by 2030.

Battery manufacturing capacity is expanding as well. Global battery cell manufacturing capacity grew almost 30% in 2024, reaching more than 3 TWh. U.S. manufacturing capacity grew almost 50%, with Korean companies accounting for nearly 70% of that increase.

This supports Samsung SDI’s decision to maintain a large U.S. manufacturing presence even as the immediate EV market outlook changes.

Samsung SDI Pairs U.S. Expansion With a Net-Zero Push

The Indiana expansion also fits into Samsung SDI’s wider environmental strategy. The company has a 2050 net-zero target and joined the RE100 initiative in 2022. Its environmental strategy includes shifting to renewable electricity, reducing direct greenhouse gas emissions, moving business vehicles to zero-emission vehicles, and expanding battery recycling.

Samsung SDI’s latest sustainability report sets a goal of 100% renewable energy use by 2050 across its operations. The company is also working to reduce direct emissions and expand the use of recycled battery materials.

The company reported that it reduced a significant amount of greenhouse gas emissions across its facilities in 2024 as part of its climate roadmap. It also reported that its cumulative direct (Scope 1) greenhouse gas reductions reached 32,000 tons by 2024, which grew to a total of 57,000 tons the following year.

Samsung SDI is also investing in battery circularity. Its sustainability strategy includes developing closed-loop systems for production scrap and used batteries and increasing the use of recycled metals. These measures will become more important as the company expands its manufacturing footprint in North America.

Battery Strategy Is Becoming More Flexible

Samsung SDI’s takeover reflects a wider change in the battery industry. Battery manufacturers are still preparing for strong long-term EV growth, but they are also responding to changing demand in the near term. Energy storage, data centers, and other power-intensive industries are creating new markets for battery technology.

The IEA’s latest data supports this broader view. Battery storage grew 40% globally in 2025, while EV battery deployment also increased almost 30%.

For Samsung SDI, the ability to serve both markets could make the Indiana plant more valuable. The company will have greater control over the facility after acquiring GM’s stake. It can also adjust its production strategy as demand changes.

At the same time, the company still has a relationship with GM through the development of next-generation prismatic EV batteries.

A New Role for Samsung SDI’s Indiana Plant

Samsung SDI’s decision to take full control of the Indiana facility changes the project’s original purpose but not its broader strategic importance.

The $3.5 billion plant was initially planned as a major U.S. EV battery hub, with 27 GWh of initial annual capacity, an expansion path to 36 GWh, and more than 1,600 expected jobs.

Now, its first major role could be in the BESS market. That shift comes as global battery storage reaches record levels and AI increases demand for reliable electricity infrastructure. At the same time, EV battery demand continues to grow and is expected to approach 3 TWh annually by 2030.

Samsung SDI’s move shows how the battery industry is adapting to a changing market. Rather than relying on EV demand alone, the company is positioning its Indiana investment to serve a broader mix of electric mobility, grid storage, and emerging power needs.

• READ MORE: Samsung SDI Signs $6.8 Billion Multi-Year EV Battery Supply Deal with Mercedes-Benz

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Lloyds Banking Group is setting a new £100 billion sustainable and transition finance target for 2027 through 2030, giving the UK banking group a larger role in financing companies as they cut emissions and invest in cleaner technologies.

The new goal is part of Lloyds’ Accelerate 2030 strategy. It broadens the bank’s focus on sustainable finance. Now, it also includes transition finance. This helps higher-emitting companies and sectors shift to lower-carbon business models.

The target comes after Lloyds delivered £70.9 billion of sustainable finance from 2022 through 2025, including £21.9 billion in 2025 alone. The new four-year target therefore represents a significant increase in the bank’s planned financing activity.

Lloyds Expands Its Sustainable Finance Ambition

Lloyds’ new target builds on several existing sustainable finance commitments. The bank previously targeted £30 billion of sustainable finance for Commercial Banking customers from 2024 through 2026.

It also set goals for £10 billion of EV financing and £11 billion of mortgage lending for EPC A and B-rated properties from 2025 through 2027.

The new £100 billion goal is broader. It covers both sustainable finance and transition finance. This allows Lloyds to support businesses that may not yet qualify for green finance but have credible plans to reduce emissions.

That distinction is important for sectors such as heavy industry, transport, agriculture and real estate. Many of these industries cannot switch to low-carbon systems overnight.

Transition finance offers loans and other financial products. This helps companies invest in cleaner equipment, boost energy efficiency, or change their production systems.

£70.9B Already Deployed Sets the Stage for More

Lloyds has made sustainable finance a growing part of its broader business strategy. The bank reported £70.9 billion of sustainable finance since 2022, with £21.9 billion supported in 2025. It also reported £81.3 billion in discretionary investments in climate-aware strategies.

The bank’s sustainable finance activity covers several areas, including: 

• Clean energy,
• Energy-efficient housing,
• Electric vehicles,
• Social housing,
• Agriculture and
• Other projects linked to the UK’s transition.

Lloyds also committed £633 million in debt financing to Sizewell C, the UK’s new nuclear power project. The bank says one in eight electric vehicles on UK roads is financed by the Group. These figures show that the new £100 billion goal is not a standalone climate pledge. It builds on an existing lending and investment business.

Transition Finance Targets Hard-to-Abate Sectors

The biggest change is the addition of transition finance. The UK government defines transition finance as financial products and services that help higher-emitting companies and activities reduce emissions over time. These products should support a credible pathway that aligns with global climate goals.

This matters because many businesses cannot immediately move to zero-emission operations.

A steel producer, for example, may need years to replace equipment. An airline may need time to adopt sustainable aviation fuel and more efficient aircraft. Farmers may need financing to change equipment and farming practices.

Transition finance can help fund these steps. Lloyds’ 2025 Sustainable Financing Framework already said it was reviewing how to include transition finance. The bank has now developed a new Sustainable and Transition Finance Framework to support the expanded target.

The framework is intended to give the bank a consistent basis for deciding which activities qualify for sustainable and transition finance.

The UK Needs Billions More to Fund Energy Transition

Lloyds is expanding its target as the UK works to increase private investment in the energy transition. UK energy transition investment hit £51.1 billion in 2024, according to government data from BloombergNEF. This is a drop from £58.1 billion in 2023, but still higher than early 2020s levels.

The UK government is also trying to make London a larger global center for sustainable finance.

In 2025, the government said 70% of FTSE 100 companies had already developed many of the key elements of a transition plan. It also said net-zero sectors were growing three times faster than the overall economy in the previous year, based on CBI Economics data.

Energy Secretary Ed Miliband noted:

“This government is determined to make the UK the sustainable finance capital of the world as we seize the huge economic opportunities provided by clean energy.”

The government has backed recommendations from its Transition Finance Market Review to help expand the market. For banks such as Lloyds, that creates an opportunity to finance companies that need capital to meet changing climate and energy requirements.

Lloyds Sees Climate Finance as a Growth Opportunity

Lloyds is also presenting the new target as a commercial opportunity. The bank’s wider Accelerate 2030 strategy targets mid-single-digit compound annual income growth from 2027 through 2030. It also aims for a cost-to-income ratio below 45% and return on tangible equity of about 20% by 2030. 

That means sustainable finance is being placed alongside the bank’s broader growth plans. This approach is becoming more common across the financial sector. Banks are looking at the transition not only as a climate issue but also as a source of new lending, investment and advisory opportunities.

Lloyds says its purpose is to “Help Britain Prosper.” Its sustainability strategy links financing the transition with long-term economic growth and resilience.

The bank will provide over £35 billion in new finance to UK companies in 2026. This includes £9.5 billion specifically for small and medium-sized businesses.

Lloyds’ Own Net-Zero Targets Raise the Stakes

As a major lender, Lloyds also faces pressure to reduce emissions linked to its own operations and financing activities.

The bank has a target to achieve net-zero carbon operations by 2030. It also aims to cut its Scope 1 and 2 emissions by at least 90% by 2030 and reduce supply-chain Scope 3 emissions by 50%.

• More importantly for a bank, Lloyds aims to reduce bank-financed emissions by more than 50% by 2030, on the path to net zero by 2050 or sooner.

The bank has also set sector-specific financed-emissions targets. These targets make the new £100 billion financing goal more significant. Lloyds will need to grow transition finance while also managing the emissions risks within its lending portfolio.

The £100B Question: Will the Finance Deliver Real Cuts?

The expansion of transition finance also creates a challenge. Not every loan labelled “transition” will automatically deliver meaningful emissions reductions. The quality of the underlying transition plan matters.

This is why Lloyds’ framework and measurement rules will be important. The bank says its transition approach includes client engagement, assessment of transition risks and opportunities, and greater use of data to support decisions. Its 2025 sustainability report also highlighted work with clients in sectors where emissions and transition risks are material.

The UK government has also stressed the need for high-integrity transition finance. Its Transition Finance Market Review called for instruments that can attract long-term capital while maintaining market confidence.

For Lloyds, the value of the £100 billion target depends on two things. First, how much money it helps to raise. Then, where that money goes and the environmental results it achieves.

A Bigger Role for Banks in the UK Transition

Lloyds’ new £100 billion sustainable and transition finance target marks a major expansion of its climate-finance ambitions. This plan helps the bank bring transition finance into its core target. The move also comes as the UK seeks more private capital for clean energy, energy efficiency and industrial decarbonisation.

For Lloyds, the opportunity is also commercial. Transitioning businesses need financing for new equipment, cleaner energy, efficiency upgrades and other investments. Yet, the bank also needs to show that its financing supports genuine progress rather than simply increasing the amount of capital labelled sustainable.

If Lloyds can combine its £100 billion financing goal with strong transition standards and measurable emissions results, the strategy could make the bank a larger force in both the UK’s financial sector and its wider path toward net zero.

• READ MORE: BBVA Uses 99% Renewable Electricity as Sustainable Finance Hits €36 Billion

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Tesla is planning a massive solar manufacturing project in Texas that could reshape its energy business and strengthen U.S. solar supply chains. The company has filed for tax incentives for Project Crystal Sun, a proposed $10.1 billion solar manufacturing campus in Fort Bend County, southwest of Houston. The project could create 9,712 permanent jobs and begin commercial production in early 2029, according to documents filed with Texas authorities.

The filing is still an early step. Tesla says it is also considering other sites in the U.S. That means the $10.1 billion investment is not yet a final construction commitment.

Still, the proposal is significant. It would give Tesla a much larger role in solar manufacturing at a time when the U.S. is trying to build more domestic clean energy supply chains.

Inside Tesla’s $10.1B Solar Manufacturing Campus

Project Crystal Sun would cover about 3,050 acres near Richmond, Texas. Tesla’s filing puts the total investment at $10.116 billion, including about $1.5 billion in real property and $8.6 billion in equipment.

Tesla plans to spend the money between 2026 and 2028. Commercial production would then begin in the first quarter of 2029.

The proposed site would be vertically integrated. The facility would handle several stages of solar production, including ingot manufacturing, wafer production, cell coating, metallization, printing, and testing. It would also include cleanrooms and equipment for producing finished solar products.

Tesla has not disclosed the plant’s planned annual output in the filing. That makes it difficult to compare the project’s future production directly with existing U.S. solar factories.

However, the size of the investment is clear. At $10.1 billion, Project Crystal Sun would become one of Tesla’s largest manufacturing projects outside its vehicle and battery operations.

Tesla Wants to Build a Homegrown Solar Supply Chain

The proposed factory also fits Tesla’s wider push to expand solar manufacturing in the U.S. CEO Elon Musk has said Tesla and SpaceX are working toward 100 GW of solar manufacturing capacity per year in the U.S. by 2028. Reuters reported in February that Tesla was hiring to support this target.

That goal is far larger than Tesla’s current solar manufacturing base. The carmaker has already started customer deployments of its first in-house designed solar panel from Gigafactory New York.

The company said the panel has 18 individual power zones, or three times as many as a conventional residential panel. This design allows the panel to keep producing energy in shaded conditions.

The company has also been expanding its energy manufacturing network. Its Q1 2026 update listed 40 GWh of installed annual Megapack capacity in California and 20 GWh in Shanghai. A new Megafactory outside Houston was under construction, with production of Megapack 3 expected to begin later in 2026.

Project Crystal Sun would add another major piece to that energy strategy. 

Tesla (TSLA) stock was trading lower around the time of this massive solar project news, reflecting broader investor pressure on the stock. The move was not directly tied to the solar factory filing, and market attention has also focused on Tesla’s heavy spending plans and its broader AI, robotics, and energy strategy. Thus, the stock movement can be viewed as part of a wider market reaction rather than a direct response to the $10.1 billion solar project.

Solar’s Global Boom Creates a Bigger Manufacturing Race

Tesla’s move comes as solar power continues to expand at record speed.

The International Energy Agency (IEA) said global solar PV capacity additions surpassed 600 GW in 2025. Solar accounted for more than 75% of all new renewable power capacity added worldwide that year. Global solar PV capacity reached about 2,800 GW.

The outlook remains strong. The IEA expects renewable power capacity to grow by almost 4,600 GW between 2025 and 2030. Solar PV is expected to provide nearly 80% of that expansion.

The agency also expects solar PV generation to increase by more than 600 TWh per year on average through 2030. Solar is expected to overtake wind and nuclear in electricity generation by 2026 and hydropower by 2029, as seen below.

This growth creates a large market for solar equipment. It also makes manufacturing capacity more important as governments try to reduce supply-chain risks.

China Still Dominates Solar Manufacturing

Building a large U.S. solar factory would also help Tesla address one of the industry’s biggest challenges: China’s dominance of the supply chain.

China remains the world’s leading producer of solar manufacturing equipment and components. In April, China produced more than 80% of global solar panel components. Tesla’s own supply strategy shows how difficult it can be to reduce that dependence.

Reuters reported in March that Tesla was in talks with Chinese companies over about $2.9 billion in solar manufacturing equipment for its U.S. expansion. The equipment could support the company’s push toward its 100-GW manufacturing goal.

That creates an interesting contrast. Tesla wants to build more solar products in America. Yet, some of the equipment needed to build those products may still come from China.

Project Crystal Sun could eventually reduce that dependence if Tesla develops a fully domestic supply chain around the plant.

Tesla’s Energy Business Is Becoming a Bigger Growth Engine

The solar factory would also support a business that is becoming a larger part of Tesla’s financial results. The company’s energy generation and storage revenue reached $12.77 billion in 2025, up 27% from 2024. The increase was mainly driven by higher Megapack and Powerwall deployments.

Energy storage has continued to grow in 2026. Tesla deployed 13.5 GWh of energy storage products in the second quarter of 2026. That brought the company’s total storage deployments for the first half of the year to at least 22.3 GWh, based on its reported Q1 and Q2 figures.

For comparison, Tesla deployed 46.7 GWh of energy storage products during all of 2025.

Solar and batteries are closely linked in Tesla’s energy strategy. Solar generation produces electricity, while battery systems such as Megapack can store that electricity for later use.

That combination could become more valuable as electricity demand rises and grids add more variable renewable power.

A Bigger Solar Footprint Brings a Bigger Climate Test

The project also fits Tesla’s wider environmental mission. The EV giant’s latest Impact Report says its customers avoided 37 million metric tons of CO2e emissions in 2025 through the use of its products. The company says its mission is to build an energy system powered by solar energy and supported by batteries and electric vehicles.

Tesla has also linked its energy products to broader grid needs.

In its 2025 financial materials, the company said Megapack can help increase the use of existing generation and transmission capacity. Tesla also said that pairing Megapack with solar PV can make it cost-competitive with traditional fossil-fuel generation assets and allow faster deployment.

These efforts support Tesla’s broader emissions reduction goals. But the new factory itself would also create environmental impacts from construction, energy use, and manufacturing. That distinction matters. A solar factory can support clean energy deployment while still having its own industrial emissions and resource needs.

Project Crystal Sun Could Redefine Tesla Energy

Project Crystal Sun marks a major potential expansion of Tesla’s clean energy business. The company already has a growing battery operation, and its energy generation and storage revenue have increased.

If Tesla builds Project Crystal Sun as proposed, it could move beyond selling solar and batteries and become a major U.S. solar manufacturer.

For now, however, the $10.1 billion figure remains a proposed investment, not a completed project. The next steps will be Tesla’s final site decision, approval of the Texas incentives, and the start of construction.

If those steps happen, Project Crystal Sun could become one of the clearest signs yet that Tesla’s future energy business is moving from a supporting operation toward a much larger part of the company’s strategy.

• READ MORE: Tesla (TSLA Stock) Signs 25 GWh Megapack Deal With NatPower to Boost Europe’s Battery Storage Market

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EFM Investments & Advisory has acquired 11,735 hectares, or about 29,000 acres, of coastal rainforest in northern Oregon in a deal worth more than $100 million. The acquisition adds a major block of forestland to EFM’s portfolio. It also highlights a growing trend in the carbon market wherein investors are placing greater value on forests for more than timber.

EFM’s model combines timber production with carbon storage, conservation, and other environmental benefits. The company has developed forest carbon projects across the U.S. West and sees carbon revenue as a way to support longer forest rotations and restoration.

The deal comes as buyers show stronger interest in higher-quality forest carbon credits.

EFM Builds a Larger Forest Carbon Portfolio

EFM is a U.S. forest investment and management firm focused on what it calls climate-smart forestry. The company says it has developed forest carbon projects across about 150,000 acres in the United States. It has worked with the three major U.S. voluntary carbon registries: Verra, the American Carbon Registry (ACR), and the Climate Action Reserve (CAR).

EFM manages forests for several sources of value. These include timber, carbon credits, conservation, and recreation. Its approach is important because carbon revenue can help change how forests are managed. EFM says this revenue can support longer harvest rotations, restoration, salmon habitat, and tribal partnerships.

The Oregon acquisition gives the company another large forest asset where this model can be applied.

Forests Are Becoming More Valuable for Carbon

Forests are a major part of the global carbon market because they can remove and store large amounts of carbon dioxide.

The World Bank’s State and Trends of Carbon Pricing 2026 found that global carbon credit issuance increased 8% from 2024 to 2025. Prices declined slightly overall, but some credits continued to earn premiums. These included highly rated forest conservation and reforestation projects.

This is an important change for forest investors. The market is becoming less focused on the number of credits a project can produce. Buyers are paying more attention to quality, measurement, and the risk that claimed carbon benefits may not last.

That trend favors forest projects with strong management plans and reliable monitoring.

Improved Forest Management Is EFM’s Core Strategy

A key part of EFM’s business is Improved Forest Management (IFM). IFM projects seek to increase carbon storage by changing how existing forests are managed. Actions can include:

• Extending harvest rotations,
• Protecting carbon-rich areas, and
• Restoring degraded forests while maintaining timber production.

EFM uses third-party carbon standards and says it uses ACR’s dynamic baseline approach for its projects.

A dynamic baseline updates the reference scenario over time. EFM says this helps measure project performance more accurately and reduce the risk of over-crediting. This matters because forest carbon credits face scrutiny over additionality and permanence.

A project must show that its carbon gains are real and that the forest management changes would not have happened without the carbon project. The company is also following a 5R framework for its climate-smart forestry implementation.

Oregon Offers Strong Carbon and Conservation Value

Oregon is an important market for this strategy. EFM already has a history in the state. Its Moss Creek project on the Garibaldi property was the first forest carbon project in Oregon and Washington to generate credits, according to the company.

EFM says the project is expected to offset about 150,000 tons of carbon through 2040. The carbon benefits come from actions such as reducing harvest volumes, extending rotations, expanding reserves and protecting habitat. The company’s latest acquisition adds another major forest asset to this strategy.

Oregon’s forests also have important climate value at the state level. The Oregon Department of Energy says forests provide the largest carbon removal benefit among the state’s land types.

However, the state also faces growing climate risks. Wildfire emissions have increased, while the annual carbon removal provided by Oregon’s lands has declined since 1990. That makes long-term forest management increasingly important.

Corporate Demand Is Supporting Forest Carbon

The growth of forest investment is also linked to rising demand from corporate buyers. The World Bank found that companies signed about $12 billion in carbon credit offtake agreements in 2025. These contracts covered an estimated 158 million tonnes of CO2e in future credits.

The value of the agreements was nearly three times the $4.2 billion recorded in 2024. Nature-based projects (NBS)accounted for a significant share of this future demand.

These agreements can provide forest developers with more certainty. Instead of waiting until credits are issued, developers can secure buyers in advance. That can help finance forest acquisitions and long-term management.

EFM has already worked with major corporate buyers. Its forest carbon portfolio includes projects linked to buyers such as Microsoft and Meta.

• SEE MORE: Meta and EFM Join Forces to Deliver 676,000 Forest Carbon Credits by 2035

The company says its Olympic Rainforest project in Washington contains more than 10 million tonnes of stored carbon across a 68,000-acre property. EFM expects climate-smart management to add about 1 million tonnes of CO2 in carbon storage over the next decade.

These projects show how forest ownership and carbon finance can work together.

Higher-Quality Credits Face a Higher Bar

The growing value of forest carbon does not remove the risks. Forests can lose stored carbon through wildfire, disease, drought, and other disturbances. Carbon projects must also prove that their claimed reductions or removals are additional.

This makes strong measurement and monitoring essential.

The World Bank’s latest market data shows why quality matters. Carbon-credit prices fell slightly overall in 2025, but higher-quality forest projects continued to receive premiums. EFM is positioning itself around this part of the market.

The company says it keeps control of carbon project development, including baseline design, third-party consultants, credit marketing, and delivery. It also uses major carbon registries and third-party standards.

For investors, this approach can help reduce some of the risks linked to low-quality credits.

Forest Investment Is Moving Beyond Timber

EFM’s $100 million Oregon acquisition reflects a broader change in how forests are valued. Timber remains an important source of revenue. But forests can also generate value through carbon storage, conservation, biodiversity, water protection, and recreation.

The carbon market is creating another financial incentive to manage those assets over longer periods. This opportunity is becoming more important as companies commit billions of dollars to future carbon purchases. At the same time, buyers are becoming more selective and placing premiums on higher-quality forest credits.

EFM’s strategy fits this shift. Its latest Oregon acquisition gives the company a larger forest base while expanding its potential role in the U.S. forest carbon market.

The deal shows how forests are becoming multi-value assets: sources of timber and investment returns, as well as long-term carbon stores that can support the growing demand for higher-quality nature-based credits.

• READ MORE: Amazon’s Biggest Forest Carbon Bet in South Africa Shows Why Nature-Based Climate Finance is Winning

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