Regulatory Tailwinds for Lithium

The rules are written. The policy flywheel is spinning. Is a lithium boom next?

Critical Raw Materials (CRM) Mandates

Governments aren’t just talking strategy anymore - they’re writing rules that favor local, low-carbon lithium. The table below summarizes flagship CRM policies across major regions and the specific tailwinds they create for lithium, including domestic content targets, fast-track permitting, tax credits, funding windows, and “strategic project” labels that ease financing.

What it means: clearer demand signals, quicker approvals, and preferential capital for projects that deliver regional supply with strong ESG - a fit for modular, co-located brine-to-chemicals models like Lithium Harvest’s.

Scan the table to see how policy is turning into bankable momentum for lithium.

Law/Strategy

Tailwind for Lithium

European Union Critical Raw Materials Act (2024) Sets 2030 target to extract ≥10% and refine ≥40% of EU lithium demand domestically. Fast-track permits and “Strategic Project” label open access to EU funding.
European Union Competitiveness Compass for the EU (2024) Dedicated financial window for domestic processing/cell manufacturing; brine-to-chemicals projects can qualify.
European Union The EU Battery Regulation The goal is to increase transparency and incentivize the production of batteries with a lower environmental impact.
United States Executive Measures to Increase Domestic Mineral Production (2025) Accelerated federal permitting timelines for CRM mining projects. Encourage domestic exploration and development of CRMs - reduced reliance on foreign sources.
Canada Canadian Critical Minerals Strategy C$3.8B for exploration, infrastructure, processing, and R&D; 30% exploration tax credit - direct support for Alberta brine project LOI.
Australia Critical Minerals Strategy 2023-30 AUD 500M via NAIF for lithium projects in the north; lithium is classed “strategic” for loans and fast-track approvals.
Australia Future Made in Australia Plan - Critical Minerals AUD 566M for geological surveys and downstream processing - opens co-investment options for novel extraction tech.
China National Lithium Strategy (2023) Grants “strategic” status to lithium, offers long-term concessions and tech-transfer clauses, but with a PPP structure - signals sustained state backing for new extraction tech.
China 14th Five-Year Plan (2021-25) Prioritizes lithium supply security through easier land allocation, rapid permitting, and infrastructure support for upstream lithium operations.
India National Critical Mineral Mission (2023) $1.9B public spend + expected $2B public-sector investment across the lithium value chain.

Law/Strategy

European Union Critical Raw Materials Act (2024)
European Union Competitiveness Compass for the EU (2024)
European Union The EU Battery Regulation
United States Executive Measures to Increase Domestic Mineral Production (2025)
Canada Canadian Critical Minerals Strategy
Australia Critical Minerals Strategy 2023-30
Australia Future Made in Australia Plan - Critical Minerals
China National Lithium Strategy (2023)
China 14th Five-Year Plan (2021-25)
India National Critical Mineral Mission (2023)

Tailwind for Lithium

European Union Sets 2030 target to extract ≥10% and refine ≥40% of EU lithium demand domestically. Fast-track permits and “Strategic Project” label open access to EU funding.
European Union Dedicated financial window for domestic processing/cell manufacturing; brine-to-chemicals projects can qualify.
European Union The goal is to increase transparency and incentivize the production of batteries with a lower environmental impact.
United States Accelerated federal permitting timelines for CRM mining projects. Encourage domestic exploration and development of CRMs - reduced reliance on foreign sources.
Canada C$3.8B for exploration, infrastructure, processing, and R&D; 30% exploration tax credit - direct support for Alberta brine project LOI.
Australia AUD 500M via NAIF for lithium projects in the north; lithium is classed “strategic” for loans and fast-track approvals.
Australia AUD 566M for geological surveys and downstream processing - opens co-investment options for novel extraction tech.
China Grants “strategic” status to lithium, offers long-term concessions and tech-transfer clauses, but with a PPP structure - signals sustained state backing for new extraction tech.
China Prioritizes lithium supply security through easier land allocation, rapid permitting, and infrastructure support for upstream lithium operations.
India $1.9B public spend + expected $2B public-sector investment across the lithium value chain.
Government Releases and Lithium Harvest Internal Analysis

Offtake Markets - BESS Mandates

Storage policy is turning into purchase orders. Across key regions, grants, storage targets, and grid flexibility funds are accelerating utility and residential battery deployments—most of which are lithium-ion. The table illustrates how public programs de-risk CapEx, accelerate scale, and translate directly into near-term bankable lithium demand.

Policy/Program

Lithium Demand Tailwind

Austria, Czech Rep., Lithuania, Malta, Poland, and Romania National CapEx-grant schemes for home batteries Upfront grants, triggering the rapid uptake of lithium-ion systems and increasing residential demand across CEE.
Canada Smart Renewables & Electrification Pathways (SREPs) Federal program covers up to 50% of project CapEx for utility-scale BESS paired with renewables
Australia National Electricity Market (NEM) reforms & state roadmaps State targets - for example, NSW Electricity Infrastructure Roadmap: 2 GW/8 GWh by 2030
China 14th Five-Year Plan for New-Energy Storage (2021-25) Mandates ≥30 GW new storage by 2025; 90% expected to be lithium-ion.
European Union The European Green Deal €86B earmarked for grid flexibility - including BESS - to integrate 740 GW of renewables by 2030

Policy/Program

Austria, Czech Rep., Lithuania, Malta, Poland, and Romania National CapEx-grant schemes for home batteries
Canada Smart Renewables & Electrification Pathways (SREPs)
Australia National Electricity Market (NEM) reforms & state roadmaps
China 14th Five-Year Plan for New-Energy Storage (2021-25)
European Union The European Green Deal

Lithium Demand Tailwind

Austria, Czech Rep., Lithuania, Malta, Poland, and Romania Upfront grants, triggering the rapid uptake of lithium-ion systems and increasing residential demand across CEE.
Canada Federal program covers up to 50% of project CapEx for utility-scale BESS paired with renewables
Australia State targets - for example, NSW Electricity Infrastructure Roadmap: 2 GW/8 GWh by 2030
China Mandates ≥30 GW new storage by 2025; 90% expected to be lithium-ion.
European Union €86B earmarked for grid flexibility - including BESS - to integrate 740 GW of renewables by 2030
Government Releases and Lithium Harvest Internal Analysis

Offtake Markets - EV Mandates

EV policy is converting into battery orders. Across major markets, CO₂  standards, ZEV sales quotas, charging network rules, purchase incentives, and manufacturing funds are driving multi-year EV growth - and with it, lithium demand. The table below highlights where these programs de-risk demand for cells and cathodes, pull forward capacity, and favor local, low-carbon supply. For Lithium Harvest, that means clearer offtake signals and a premium on modular, co-located brine-to-chemicals production.

Policy/Program

Tailwind for EV Uptake (and Lithium)

European Union Industrial Action Plan for the EU Automotive Sector €3B earmarked for battery manufacturing capacity across member states.
European Union Alternative Fuels Infrastructure Regulation (AFIR) Sets minimum power, distance and coverage standards for public EV chargers across the EU.
European Union Regulations (EC) 443/2009 & (EU) 510/2011 Progressive CO₂ standards for new cars and vans; zero-emission trajectory by 2035.
European Union European Green Deal A sector-wide decarbonization roadmap is placing EVs and zero-emission mobility at the core.
China National Development & Reform Commission EV subsidies Grants for NEVs; extra bonuses for scrapping ICE cars registered before 2012/2014 (gasoline/diesel) and early NEVs (pre-2018).
Colombia Resolution 20243040064105 (2024) - Technological Advancement Fund COP 12B fund covers the price gap between petrol cars and zero-emission vehicles.
Japan Clean-Energy Vehicle (CEV) Subsidy Direct purchase subsidies for passenger EVs.
Brazil Rota 2030 Program Incentivizes the R&D and production of cleaner vehicles, offering tax credits.
Singapore Electric Vehicle Early Adoption Incentive (EEAI) Registration tax rebates for new EV buyers.
United Kingdom Zero-Emission Vehicle (ZEV) Mandate Requires 80% ZEV car sales and 70% ZEV van sales by 2030, rising to 100% by 2035.
United Kingdom Advanced Manufacturing Plan £2.4B capital and R&D funding through 2030 to anchor EV supply-chain investments.
Malta Grant Scheme for the Purchase of New EVs Grants for private and commercial BEVs, plus a bonus for scrapping old vehicles.
Slovak Republic Automotive Electric Vehicles Action Plan Financial incentives for EV purchases and charging infrastructure, as well as supportive tax measures.
Spain Spanish State-Aid Scheme (TCTF) Capital support for battery and clean-tech manufacturing projects.
Canada Electric Vehicle Availability Standard Mandatory ZEV sales quotas: 20% by 2026, 60% by 2030, 100% by 2035.
Ireland Climate Action Plan Targets 30% of vehicle stock and 100% of new LDV sales to be EVs by 2030.

Policy/Program

European Union Industrial Action Plan for the EU Automotive Sector
European Union Alternative Fuels Infrastructure Regulation (AFIR)
European Union Regulations (EC) 443/2009 & (EU) 510/2011
European Union European Green Deal
China National Development & Reform Commission EV subsidies
Colombia Resolution 20243040064105 (2024) - Technological Advancement Fund
Japan Clean-Energy Vehicle (CEV) Subsidy
Brazil Rota 2030 Program
Singapore Electric Vehicle Early Adoption Incentive (EEAI)
United Kingdom Zero-Emission Vehicle (ZEV) Mandate
United Kingdom Advanced Manufacturing Plan
Malta Grant Scheme for the Purchase of New EVs
Slovak Republic Automotive Electric Vehicles Action Plan
Spain Spanish State-Aid Scheme (TCTF)
Canada Electric Vehicle Availability Standard
Ireland Climate Action Plan

Tailwind for EV Uptake (and Lithium)

European Union €3B earmarked for battery manufacturing capacity across member states.
European Union Sets minimum power, distance and coverage standards for public EV chargers across the EU.
European Union Progressive CO₂ standards for new cars and vans; zero-emission trajectory by 2035.
European Union A sector-wide decarbonization roadmap is placing EVs and zero-emission mobility at the core.
China Grants for NEVs; extra bonuses for scrapping ICE cars registered before 2012/2014 (gasoline/diesel) and early NEVs (pre-2018).
Colombia COP 12B fund covers the price gap between petrol cars and zero-emission vehicles.
Japan Direct purchase subsidies for passenger EVs.
Brazil Incentivizes the R&D and production of cleaner vehicles, offering tax credits.
Singapore Registration tax rebates for new EV buyers.
United Kingdom Requires 80% ZEV car sales and 70% ZEV van sales by 2030, rising to 100% by 2035.
United Kingdom £2.4B capital and R&D funding through 2030 to anchor EV supply-chain investments.
Malta Grants for private and commercial BEVs, plus a bonus for scrapping old vehicles.
Slovak Republic Financial incentives for EV purchases and charging infrastructure, as well as supportive tax measures.
Spain Capital support for battery and clean-tech manufacturing projects.
Canada Mandatory ZEV sales quotas: 20% by 2026, 60% by 2030, 100% by 2035.
Ireland Targets 30% of vehicle stock and 100% of new LDV sales to be EVs by 2030.
Industry- and company presentations, and Lithium Harvest Internal Analysis

Countries ICE-Ban Commitments (Passenger Cars)

Fixed deadlines create policy certainty. As phase-out dates for the 2030-2050 period lock in, model planning and charging infrastructure buildouts accelerate, along with long-dated battery procurement.

Phase-out year 2030

Phase-out year 2035

Phase-out year 2040

Phase-out year 2050

Countries/jurisdictions mandating 100% zero-emission new-car sales Norway (2025), Denmark, Ireland, Iceland, Sweden, Israel, Netherlands, Singapore, Slovenia United Kingdom, Cabo Verde, China, Japan, Canada, California (U.S.), Rest of the EU, South Korea, Thailand France, Spain, Taiwan, Sri Lanka, Vietnam Costa Rica

Phase-out year 2030

Countries/jurisdictions mandating 100% zero-emission new-car sales Norway (2025), Denmark, Ireland, Iceland, Sweden, Israel, Netherlands, Singapore, Slovenia

Phase-out year 2035

Countries/jurisdictions mandating 100% zero-emission new-car sales United Kingdom, Cabo Verde, China, Japan, Canada, California (U.S.), Rest of the EU, South Korea, Thailand

Phase-out year 2040

Countries/jurisdictions mandating 100% zero-emission new-car sales France, Spain, Taiwan, Sri Lanka, Vietnam

Phase-out year 2050

Countries/jurisdictions mandating 100% zero-emission new-car sales Costa Rica
Industry- and company presentations, and Lithium Harvest Internal Analysis

Automaker Phase-Out & Electrification Targets

OEM commitments evolve into platforms, capital expenditures, and multi-year cell contracts. That pulls lithium offtake forward and rewards regional, low-carbon supply that can scale fast.

Before 2030

Before 2035

2040-2025 Long View

Bentley - Stop ICE sales shortly after 2035 -
Volkswagen ≥80% EV sales in EU; 55% in NA Stop ICE sales in EU Group-wide carbon-neutrality by 2050
Toyota 55 electrified models on sale (2025 target) 50% ZEV sales worldwide -
Volvo Cars 50% EV/PHEV mix (2025 target) 100% EV & PHEV only -
Jaguar 100% BEV brand by 2025 - -
Mercedes-Benz 50% electrified sales - -
Subaru 50% electrified sales - -
Hyundai-Kia - 100% electrified sales in Europe Close to 100% electrified globally by 2040
Nissan 100% BEV sales in Europe - Carbon-neutrality across PLC by 2050
General Motors - - End ICE sales globally by 2040
Renault Group 100% EV sales in Europe - Carbon-neutral group by 2050
Mazda 25-40% EV share - Carbon-neutral by 2050
BMW Group EVs ≈50% of deliveries - End ICE sales “well before 2050”
Honda EV+FCEV = 40% global sales - 100% EV+FCEV sales globally by 2040
Ford Motor ≥50% global sales EV or PHEV - -
Mitsubishi - 100% electrified sales -
Suzuki 80% BEV sales in Europe - -

Before 2030

Bentley -
Volkswagen ≥80% EV sales in EU; 55% in NA
Toyota 55 electrified models on sale (2025 target)
Volvo Cars 50% EV/PHEV mix (2025 target)
Jaguar 100% BEV brand by 2025
Mercedes-Benz 50% electrified sales
Subaru 50% electrified sales
Hyundai-Kia -
Nissan 100% BEV sales in Europe
General Motors -
Renault Group 100% EV sales in Europe
Mazda 25-40% EV share
BMW Group EVs ≈50% of deliveries
Honda EV+FCEV = 40% global sales
Ford Motor ≥50% global sales EV or PHEV
Mitsubishi -
Suzuki 80% BEV sales in Europe

Before 2035

Bentley Stop ICE sales shortly after 2035
Volkswagen Stop ICE sales in EU
Toyota 50% ZEV sales worldwide
Volvo Cars 100% EV & PHEV only
Jaguar -
Mercedes-Benz -
Subaru -
Hyundai-Kia 100% electrified sales in Europe
Nissan -
General Motors -
Renault Group -
Mazda -
BMW Group -
Honda -
Ford Motor -
Mitsubishi 100% electrified sales
Suzuki -

2040-2025 Long View

Bentley -
Volkswagen Group-wide carbon-neutrality by 2050
Toyota -
Volvo Cars -
Jaguar -
Mercedes-Benz -
Subaru -
Hyundai-Kia Close to 100% electrified globally by 2040
Nissan Carbon-neutrality across PLC by 2050
General Motors End ICE sales globally by 2040
Renault Group Carbon-neutral group by 2050
Mazda Carbon-neutral by 2050
BMW Group End ICE sales “well before 2050”
Honda 100% EV+FCEV sales globally by 2040
Ford Motor -
Mitsubishi -
Suzuki -
Industry- and company presentations, and Lithium Harvest Internal Analysis

Unified Regulatory Tailwinds

The demand and supply flywheel powering Lithium Harvest.

Policy makers are eliminating both classic commodity questions - “Will demand materialize?” and “Can supply be built fast enough?” - in our favor. Lithium Harvest’s low-cost, low-carbon extraction platform is designed to capitalize on these government-guaranteed conditions, providing partners with exposure to a policy-protected, ESG-preferred growth engine rather than a speculative commodity cycle. That flywheel delivers a tailwind measured in decades, not quarters.

Governments, regulators, and automakers are now pulling in the same direction, hard-wiring a lithium-hungry future across three mutually reinforcing fronts: 

Learn more about the lithium mining market
  • Supply Is Being Nationally Secured

    Policy Signal

    Over 37 countries (including the EU, US, and Canada) now list lithium as a “strategic” or “critical” mineral in statutes or strategy papers. Those frameworks direct >US$10B in grants, tax credits, and low-cost loans to domestic extraction and refining.

    What It Means

    Fast-track permits, refundable tax credits, and concessionary debt compress payback periods and raise IRRs for low-carbon projects that locate in (or ally with) each jurisdiction.

    Why Lithium Harvest Is Advantageous

    Our modular, brine-based DLE plants qualify for “Strategic Project” or equivalent status, unlocking accelerated approvals and non-dilutive funding.

  • Demand Is Being Legislated, Not Just Subsidized

    Policy Signal

    EV sales quotas/ICE bans: 19 sovereign markets have legal 100% ZEV deadlines - nine of them by 2030. BESS mandates: EU allocates €86B for grid flexibility; US offers a 30% standalone-storage ITC through 2032.

    What It Means

    EV and storage adoption becomes a compliance obligation, not a discretionary purchase, locking in price-inelastic lithium demand for decades.

    Why Lithium Harvest Is Advantageous

    Locked-in demand creates a long-term offtake appetite for ESG-compliant lithium, exactly what Lithium Harvest supplies.

  • Low-Carbon, Domestic Production Is the Preferred Model

    Policy Signal

    Every major CRM law couples financial support with ESG and localization criteria (CO₂ footprint, water use, supply-chain transparency).

    What It Means

    Producers’ sustainable operations, along with site capacity close to end-use markets, command premium pricing and priority contracts.

    Why Lithium Harvest Is Advantageous

    Our process recycles over 90% of water, emits a fraction of hard-rock CO₂, and can be co-located at US, Canadian, or EU brine sites, meeting both localization and sustainability requirements.

Disclaimer

This article is for information only and is not legal, regulatory, or investment advice. The policies cited are illustrative, not exhaustive, and are subject to change over time. Always verify details with official texts, government portals, or OEM releases. Requirements vary by jurisdiction and project, so outcomes depend on site-specific factors. Any projections or references to “tailwinds” are forward-looking and involve risks and uncertainties. Mentioning a policy or program does not imply endorsement, approval, or guaranteed eligibility.