First-order priorities
Overview
Version published:
May 4, 2026 - 9:45pm
The Knowledge and Development Gaps were used to identify the following priorities to address within the next 10 years.
Seaweed-based critical mineral extraction is a pre-commercial technology. So R&D activities that generate foundational evidence must precede other activities since buyers cannot make credible purchase commitments for a product that has not been proven at scale, mainstream investors cannot price risk on a technology with no operational track record and governments cannot design well-targeted incentives for a pathway whose economics remain unresolved.
The Knowledge and Development Gaps were used to identify the following priorities to address within the next 10 years.
Seaweed-based critical mineral extraction is a pre-commercial technology. So R&D activities that generate foundational evidence must precede other activities since buyers cannot make credible purchase commitments for a product that has not been proven at scale, mainstream investors cannot price risk on a technology with no operational track record and governments cannot design well-targeted incentives for a pathway whose economics remain unresolved.
Seaweed-based critical mineral extraction is a pre-commercial technology. So R&D activities that generate foundational evidence must precede other activities since buyers cannot make credible purchase commitments for a product that has not been proven at scale, mainstream investors cannot price risk on a technology with no operational track record and governments cannot design well-targeted incentives for a pathway whose economics remain unresolved.
Build an R&D program to assess commercial viability
Version published:
May 29, 2026 - 7:19pm
Goal:
Determine whether a credible pathway to profitable, scalable seaweed-based critical mineral extraction exists, and if so, generate the scientific, engineering, and economic evidence needed to pursue it.
Key Actions
- Identify and optimize seaweed strains with high mineral bioconcentration factors across commercially relevant geographies and cultivation conditions, including understanding the biological and environmental variables — light, temperature, nutrient availability — that drive variability in mineral uptake
- Develop and validate end-to-end processing protocols at pilot scale, from biomass digestion through chemical separation, that achieve commercially relevant mineral yields while minimizing the use of environmentally harmful reagents such as lixiviants
- Conduct performance testing of seaweed-derived minerals against the purity specifications required by key end-use industries — particularly battery manufacturers and permanent magnet producers — to establish whether functional equivalence to conventionally sourced feedstocks can be demonstrated
- Publish transparent techno-economic analyses (TEAs) and life cycle assessments (LCAs) covering the full production chain, with particular attention to identifying the cost-reduction levers most likely to close the gap between current production cost and market value
- Explore co-product recovery strategies (e.g. biostimulants, proteins, hydrocolloids) that generate additional revenue from processed biomass and improve overall process economics
Key Actors and Roles
| Actor Group | Specific Roles | Rationale |
| Academia and National Laboratories | Lead research on species optimization, process chemistry, and green extraction methods; conduct TEA and LCA modelling; publish results in open-access formats. | Holders of the scientific expertise and long-horizon R&D capacity that this phase requires. Motivated by research funding, publication output, and the opportunity to establish early leadership in an emerging field. National labs (e.g. PNNL) are already the primary driver of activity and have institutional mandates aligned with energy security. |
| Public R&D funders | Sustain and expand competitive grant programs for algal mining research; set ambitious milestones that discipline research direction. | Uniquely positioned to fund high-risk, pre-commercial research that private capital will not touch at this stage. Motivated by energy security and supply chain de-risking mandates. Already the primary funder in the US of such a program |
| Startups | Translate lab-scale findings into pilot-scale demonstrations; test alternative extraction chemistries (e.g. chelator-based approaches); engage end users in early product validation. | Motivated by first-mover advantage in a strategically important emerging sector. Can move faster than academic institutions on commercialization questions and have direct incentives to close the cost gap. Dependent on public R&D funding and grant co-investment at this stage. |
| Coastal communities and small-scale seaweed farmers | Provide site access and local ecological knowledge to support species identification and bioconcentration factor characterization across commercially relevant geographies and cultivation conditions; contribute observations on environmental variables that inform understanding of mineral uptake; participate in co-product recovery trials where biorefinery models could generate additional livelihood value from processed biomass alongside mineral extraction | Coastal communities with long-term site presence hold observational knowledge of species distribution and seasonal environmental patterns that could help identify model spots for trials. Early participation in the R&D program positions communities to negotiate equitable roles in any commercial development that follows rather than encountering the technology as an extractive process already designed around other interests. |
| End users (automotive and clean energy supply chains) | Participate in early performance testing of products incorporating seaweed-derived minerals; define and communicate purity and specification requirements clearly. | Supply chain security is a growing concern for manufacturers dependent on REEs concentrated in geopolitically risky jurisdictions. Early engagement costs little and positions them as preferred partners if the technology proves out. Without their specification input, R&D may optimize for the wrong product parameters. |
| Regulators | Engage in pre-consultation on permitting pathways for pilot facilities; develop seaweed-specific regulatory categories in parallel with early R&D. | Regulatory agencies benefit from early engagement because it allows them to shape frameworks proactively rather than improvise under pressure when commercial applications arrive. Motivated by their mandate to protect marine environments while enabling responsible economic use. |
Goal:
Determine whether a credible pathway to profitable, scalable seaweed-based critical mineral extraction exists, and if so, generate the scientific, engineering, and economic evidence needed to pursue it.Key Actions
- Identify and optimize seaweed strains with high mineral bioconcentration factors across commercially relevant geographies and cultivation conditions, including understanding the biological and environmental variables — light, temperature, nutrient availability — that drive variability in mineral uptake
- Develop and validate end-to-end processing protocols at pilot scale, from biomass digestion through chemical separation, that achieve commercially relevant mineral yields while minimizing the use of environmentally harmful reagents such as lixiviants
- Conduct performance testing of seaweed-derived minerals against the purity specifications required by key end-use industries — particularly battery manufacturers and permanent magnet producers — to establish whether functional equivalence to conventionally sourced feedstocks can be demonstrated
- Publish transparent techno-economic analyses (TEAs) and life cycle assessments (LCAs) covering the full production chain, with particular attention to identifying the cost-reduction levers most likely to close the gap between current production cost and market value
- Explore co-product recovery strategies (e.g. biostimulants, proteins, hydrocolloids) that generate additional revenue from processed biomass and improve overall process economics
Key Actors and Roles
| Actor Group | Specific Roles | Rationale |
| Academia and National Laboratories | Lead research on species optimization, process chemistry, and green extraction methods; conduct TEA and LCA modelling; publish results in open-access formats. | Holders of the scientific expertise and long-horizon R&D capacity that this phase requires. Motivated by research funding, publication output, and the opportunity to establish early leadership in an emerging field. National labs (e.g. PNNL) are already the primary driver of activity and have institutional mandates aligned with energy security. |
| Public R&D funders | Sustain and expand competitive grant programs for algal mining research; set ambitious milestones that discipline research direction. | Uniquely positioned to fund high-risk, pre-commercial research that private capital will not touch at this stage. Motivated by energy security and supply chain de-risking mandates. Already the primary funder in the US of such a program |
| Startups | Translate lab-scale findings into pilot-scale demonstrations; test alternative extraction chemistries (e.g. chelator-based approaches); engage end users in early product validation. | Motivated by first-mover advantage in a strategically important emerging sector. Can move faster than academic institutions on commercialization questions and have direct incentives to close the cost gap. Dependent on public R&D funding and grant co-investment at this stage. |
| Coastal communities and small-scale seaweed farmers | Provide site access and local ecological knowledge to support species identification and bioconcentration factor characterization across commercially relevant geographies and cultivation conditions; contribute observations on environmental variables that inform understanding of mineral uptake; participate in co-product recovery trials where biorefinery models could generate additional livelihood value from processed biomass alongside mineral extraction | Coastal communities with long-term site presence hold observational knowledge of species distribution and seasonal environmental patterns that could help identify model spots for trials. Early participation in the R&D program positions communities to negotiate equitable roles in any commercial development that follows rather than encountering the technology as an extractive process already designed around other interests. |
| End users (automotive and clean energy supply chains) | Participate in early performance testing of products incorporating seaweed-derived minerals; define and communicate purity and specification requirements clearly. | Supply chain security is a growing concern for manufacturers dependent on REEs concentrated in geopolitically risky jurisdictions. Early engagement costs little and positions them as preferred partners if the technology proves out. Without their specification input, R&D may optimize for the wrong product parameters. |
| Regulators | Engage in pre-consultation on permitting pathways for pilot facilities; develop seaweed-specific regulatory categories in parallel with early R&D. | Regulatory agencies benefit from early engagement because it allows them to shape frameworks proactively rather than improvise under pressure when commercial applications arrive. Motivated by their mandate to protect marine environments while enabling responsible economic use. |
Goal:
Determine whether a credible pathway to profitable, scalable seaweed-based critical mineral extraction exists, and if so, generate the scientific, engineering, and economic evidence needed to pursue it.Key Actions
- Identify and optimize seaweed strains with high mineral bioconcentration factors across commercially relevant geographies and cultivation conditions, including understanding the biological and environmental variables — light, temperature, nutrient availability — that drive variability in mineral uptake
- Develop and validate end-to-end processing protocols at pilot scale, from biomass digestion through chemical separation, that achieve commercially relevant mineral yields while minimizing the use of environmentally harmful reagents such as lixiviants
- Conduct performance testing of seaweed-derived minerals against the purity specifications required by key end-use industries — particularly battery manufacturers and permanent magnet producers — to establish whether functional equivalence to conventionally sourced feedstocks can be demonstrated
- Publish transparent techno-economic analyses (TEAs) and life cycle assessments (LCAs) covering the full production chain, with particular attention to identifying the cost-reduction levers most likely to close the gap between current production cost and market value
- Explore co-product recovery strategies (e.g. biostimulants, proteins, hydrocolloids) that generate additional revenue from processed biomass and improve overall process economics
Key Actors and Roles
| Actor Group | Specific Roles | Rationale |
| Academia and National Laboratories | Lead research on species optimization, process chemistry, and green extraction methods; conduct TEA and LCA modelling; publish results in open-access formats. | Holders of the scientific expertise and long-horizon R&D capacity that this phase requires. Motivated by research funding, publication output, and the opportunity to establish early leadership in an emerging field. National labs (e.g. PNNL) are already the primary driver of activity and have institutional mandates aligned with energy security. |
| Public R&D funders | Sustain and expand competitive grant programs for algal mining research; set ambitious milestones that discipline research direction. | Uniquely positioned to fund high-risk, pre-commercial research that private capital will not touch at this stage. Motivated by energy security and supply chain de-risking mandates. Already the primary funder in the US of such a program |
| Startups | Translate lab-scale findings into pilot-scale demonstrations; test alternative extraction chemistries (e.g. chelator-based approaches); engage end users in early product validation. | Motivated by first-mover advantage in a strategically important emerging sector. Can move faster than academic institutions on commercialization questions and have direct incentives to close the cost gap. Dependent on public R&D funding and grant co-investment at this stage. |
| End users (automotive and clean energy supply chains) | Participate in early performance testing of products incorporating seaweed-derived minerals; define and communicate purity and specification requirements clearly. | Supply chain security is a growing concern for manufacturers dependent on REEs concentrated in geopolitically risky jurisdictions. Early engagement costs little and positions them as preferred partners if the technology proves out. Without their specification input, R&D may optimize for the wrong product parameters. |
| Regulators | Engage in pre-consultation on permitting pathways for pilot facilities; develop seaweed-specific regulatory categories in parallel with early R&D. | Regulatory agencies benefit from early engagement because it allows them to shape frameworks proactively rather than improvise under pressure when commercial applications arrive. Motivated by their mandate to protect marine environments while enabling responsible economic use. |
Goal
Determine whether a credible pathway to profitable, scalable seaweed-based critical mineral extraction exists, and if so, generate the scientific, engineering, and economic evidence needed to pursue it.
Key Actions
- Identify and optimize seaweed strains with high mineral bioconcentration factors across commercially relevant geographies and cultivation conditions, including understanding the biological and environmental variables — light, temperature, nutrient availability — that drive variability in mineral uptake.
- Develop and validate end-to-end processing protocols at pilot scale, from biomass digestion through chemical separation, that achieve commercially relevant mineral yields while minimizing the use of environmentally harmful reagents such as lixiviants.
- Conduct performance testing of seaweed-derived minerals against the purity specifications required by key end-use industries — particularly battery manufacturers and permanent magnet producers — to establish whether functional equivalence to conventionally sourced feedstocks can be demonstrated.
- Publish transparent techno-economic analyses (TEAs) and life cycle assessments (LCAs) covering the full production chain, with particular attention to identifying the cost-reduction levers most likely to close the gap between current production cost and market value.
- Explore co-product recovery strategies (e.g. biostimulants, proteins, hydrocolloids) that generate additional revenue from processed biomass and improve overall process economics.
| Actor Group | Specific Roles | Rationale and Motivation |
| Academia and National Laboratories | Lead research on species optimization, process chemistry, and green extraction methods; conduct TEA and LCA modelling; publish results in open-access formats. | Holders of the scientific expertise and long-horizon R&D capacity that this phase requires. Motivated by research funding, publication output, and the opportunity to establish early leadership in an emerging field. National labs (e.g. PNNL) are already the primary driver of activity and have institutional mandates aligned with energy security. |
| Public R&D funders | Sustain and expand competitive grant programs for algal mining research; set ambitious milestones that discipline research direction. | Uniquely positioned to fund high-risk, pre-commercial research that private capital will not touch at this stage. Motivated by energy security and supply chain de-risking mandates. Already the primary funder in the US of such a program |
| Startups | Translate lab-scale findings into pilot-scale demonstrations; test alternative extraction chemistries (e.g. chelator-based approaches); engage end users in early product validation. | Motivated by first-mover advantage in a strategically important emerging sector. Can move faster than academic institutions on commercialization questions and have direct incentives to close the cost gap. Dependent on public R&D funding and grant co-investment at this stage. |
| End users (automotive and clean energy supply chains) | Participate in early performance testing of products incorporating seaweed-derived minerals; define and communicate purity and specification requirements clearly. | Supply chain security is a growing concern for manufacturers dependent on REEs concentrated in geopolitically risky jurisdictions. Early engagement costs little and positions them as preferred partners if the technology proves out. Without their specification input, R&D may optimize for the wrong product parameters. |
| Regulators | Engage in pre-consultation on permitting pathways for pilot facilities; develop seaweed-specific regulatory categories in parallel with early R&D. | Regulatory agencies benefit from early engagement because it allows them to shape frameworks proactively rather than improvise under pressure when commercial applications arrive. Motivated by their mandate to protect marine environments while enabling responsible economic use. |
Goal
Determine whether a credible pathway to profitable, scalable seaweed-based critical mineral extraction exists, and if so, generate the scientific, engineering, and economic evidence needed to pursue it.
Key Actions
- Identify and optimize seaweed strains with high mineral bioconcentration factors across commercially relevant geographies and cultivation conditions, including understanding the biological and environmental variables — light, temperature, nutrient availability — that drive variability in mineral uptake.
- Develop and validate end-to-end processing protocols at pilot scale, from biomass digestion through chemical separation, that achieve commercially relevant mineral yields while minimizing the use of environmentally harmful reagents such as lixiviants.
- Conduct performance testing of seaweed-derived minerals against the purity specifications required by key end-use industries — particularly battery manufacturers and permanent magnet producers — to establish whether functional equivalence to conventionally sourced feedstocks can be demonstrated.
- Publish transparent techno-economic analyses (TEAs) and life cycle assessments (LCAs) covering the full production chain, with particular attention to identifying the cost-reduction levers most likely to close the gap between current production cost and market value.
- Explore co-product recovery strategies (e.g. biostimulants, proteins, hydrocolloids) that generate additional revenue from processed biomass and improve overall process economics.
| Actor Group | Specific Roles | Rationale and Motivation |
| Academia and National Laboratories | Lead research on species optimization, process chemistry, and green extraction methods; conduct TEA and LCA modelling; publish results in open-access formats. | Holders of the scientific expertise and long-horizon R&D capacity that this phase requires. Motivated by research funding, publication output, and the opportunity to establish early leadership in an emerging field. National labs (e.g. PNNL) are already the primary driver of activity and have institutional mandates aligned with energy security. |
| Public R&D funders | Sustain and expand competitive grant programs for algal mining research; set ambitious milestones that discipline research direction. | Uniquely positioned to fund high-risk, pre-commercial research that private capital will not touch at this stage. Motivated by energy security and supply chain de-risking mandates. Already the primary funder in the US of such a program |
| Startups | Translate lab-scale findings into pilot-scale demonstrations; test alternative extraction chemistries (e.g. chelator-based approaches); engage end users in early product validation. | Motivated by first-mover advantage in a strategically important emerging sector. Can move faster than academic institutions on commercialization questions and have direct incentives to close the cost gap. Dependent on public R&D funding and grant co-investment at this stage. |
| End users (automotive and clean energy supply chains) | Participate in early performance testing of products incorporating seaweed-derived minerals; define and communicate purity and specification requirements clearly. | Supply chain security is a growing concern for manufacturers dependent on REEs concentrated in geopolitically risky jurisdictions. Early engagement costs little and positions them as preferred partners if the technology proves out. Without their specification input, R&D may optimize for the wrong product parameters. |
| Regulators | Engage in pre-consultation on permitting pathways for pilot facilities; develop seaweed-specific regulatory categories in parallel with early R&D. | Regulatory agencies benefit from early engagement because it allows them to shape frameworks proactively rather than improvise under pressure when commercial applications arrive. Motivated by their mandate to protect marine environments while enabling responsible economic use. |
Goal
Determine whether a credible pathway to profitable, scalable seaweed-based critical mineral extraction exists, and if so, generate the scientific, engineering, and economic evidence needed to pursue it.
Key Actions
- Identify and optimize seaweed strains with high mineral bioconcentration factors across commercially relevant geographies and cultivation conditions, including understanding the biological and environmental variables — light, temperature, nutrient availability — that drive variability in mineral uptake.
- Develop and validate end-to-end processing protocols at pilot scale, from biomass digestion through chemical separation, that achieve commercially relevant mineral yields while minimizing the use of environmentally harmful reagents such as lixiviants.
- Conduct performance testing of seaweed-derived minerals against the purity specifications required by key end-use industries — particularly battery manufacturers and permanent magnet producers — to establish whether functional equivalence to conventionally sourced feedstocks can be demonstrated.
- Publish transparent techno-economic analyses (TEAs) and life cycle assessments (LCAs) covering the full production chain, with particular attention to identifying the cost-reduction levers most likely to close the gap between current production cost and market value.
- Explore co-product recovery strategies (e.g. biostimulants, proteins, hydrocolloids) that generate additional revenue from processed biomass and improve overall process economics.
| Actor Group | Specific Roles | Rationale and Motivation |
| Academia and National Laboratories | Lead research on species optimization, process chemistry, and green extraction methods; conduct TEA and LCA modelling; publish results in open-access formats. | Holders of the scientific expertise and long-horizon R&D capacity that this phase requires. Motivated by research funding, publication output, and the opportunity to establish early leadership in an emerging field. National labs (e.g. PNNL) are already the primary driver of activity and have institutional mandates aligned with energy security. |
| Public R&D funders | Sustain and expand competitive grant programs for algal mining research; set ambitious milestones that discipline research direction. | Uniquely positioned to fund high-risk, pre-commercial research that private capital will not touch at this stage. Motivated by energy security and supply chain de-risking mandates. Already the primary funder in the US of such a program |
| Startups | Translate lab-scale findings into pilot-scale demonstrations; test alternative extraction chemistries (e.g. chelator-based approaches); engage end users in early product validation. | Motivated by first-mover advantage in a strategically important emerging sector. Can move faster than academic institutions on commercialization questions and have direct incentives to close the cost gap. Dependent on public R&D funding and grant co-investment at this stage. |
| End users (automotive and clean energy supply chains) | Participate in early performance testing of products incorporating seaweed-derived minerals; define and communicate purity and specification requirements clearly. | Supply chain security is a growing board-level concern for manufacturers dependent on REEs concentrated in geopolitically risky jurisdictions. Early engagement costs little and positions them as preferred partners if the technology proves out. Without their specification input, R&D may optimize for the wrong product parameters. |
| Regulators | Engage in pre-consultation on permitting pathways for pilot facilities; develop seaweed-specific regulatory categories in parallel with early R&D. | Regulatory agencies benefit from early engagement because it allows them to shape frameworks proactively rather than improvise under pressure when commercial applications arrive. Motivated by their mandate to protect marine environments while enabling responsible economic use. |
Create an enabling policy environment for RD&D
Version published:
April 29, 2026 - 5:16pm
Goal
Develop policy frameworks that lower barriers to entry, de-risk private investment, and establish seaweed-based approaches as a recognized pathway within national and international critical mineral supply chain strategies.
Key Actions
- Introduce R&D tax credits, production subsidies, or green procurement mandates calibrated to the specific cost gap identified in R&D analyses.
- Set formal national-level policy commitments recognizing the strategic importance of diversified domestic critical mineral supply chains, with explicit inclusion of biological extraction pathways.
- Complete seaweed-specific permitting reform to provide developers with reliable, predictable approval timelines.
- Develop certification systems for bio-based critical minerals that provide verified sustainability credentials and enable premium market positioning.
- Coordinate internationally to ensure that emerging critical mineral sourcing standards do not inadvertently exclude low-footprint biological extraction methods.
Key Actors and Roles
| Actor Group | Specific Roles | Rationale and Motivation |
| National governments | Draft and implement incentive structures, supply chain strategy documents, and permitting reforms; set procurement standards. | Governments are the only actors who can change the regulatory and fiscal environment that shapes private investment decisions. Motivated by energy security, domestic supply chain resilience, and clean energy industrial strategy objectives. |
| Industry associations | Provide policy input from developers and manufacturers; identify specific regulatory bottlenecks; monitor compliance cost impacts. | Aggregate the voice of a fragmented early-stage industry that individual companies are too small to assert independently. Motivated by members’ commercial interests and by the opportunity to shape standards before they are set by others. |
| NGOs and research institutes | Supply evidence-based policy briefs; facilitate multi-stakeholder dialogue; advocate for frameworks that protect smallholder and community interests alongside commercial development. | Credibility with both government and civil society makes NGOs effective in bridging the gap between industry lobbying and public interest concerns. Motivated by mission alignment with sustainable resource development and low-carbon transition. |
| Multilateral organizations (World Bank, UNDP, IEA) | Provide policy, finance and capacity-building support in emerging market jurisdictions; support development of internationally harmonized standards. | Many high-potential seaweed cultivation geographies with limited seaweed markets (e.g. coastal Africa) need capacity-building support. Multilaterals can fill this gap while also aligning national frameworks with international standards, reducing regulatory arbitrage risk. |
Goal
Develop policy frameworks that lower barriers to entry, de-risk private investment, and establish seaweed-based approaches as a recognized pathway within national and international critical mineral supply chain strategies.Key Actions
- Introduce R&D tax credits, production subsidies, or green procurement mandates calibrated to the specific cost gap identified in R&D analyses.
- Set formal national-level policy commitments recognizing the strategic importance of diversified domestic critical mineral supply chains, with explicit inclusion of biological extraction pathways.
- Complete seaweed-specific permitting reform to provide developers with reliable, predictable approval timelines.
- Develop certification systems for bio-based critical minerals that provide verified sustainability credentials and enable premium market positioning.
- Coordinate internationally to ensure that emerging critical mineral sourcing standards do not inadvertently exclude low-footprint biological extraction methods.
Key Actors and Roles
| Actor Group | Specific Roles | Rationale and Motivation |
| National governments | Draft and implement incentive structures, supply chain strategy documents, and permitting reforms; set procurement standards. | Governments are the only actors who can change the regulatory and fiscal environment that shapes private investment decisions. Motivated by energy security, domestic supply chain resilience, and clean energy industrial strategy objectives. |
| Industry associations | Provide policy input from developers and manufacturers; identify specific regulatory bottlenecks; monitor compliance cost impacts. | Aggregate the voice of a fragmented early-stage industry that individual companies are too small to assert independently. Motivated by members’ commercial interests and by the opportunity to shape standards before they are set by others. |
| NGOs and research institutes | Supply evidence-based policy briefs; facilitate multi-stakeholder dialogue; advocate for frameworks that protect smallholder and community interests alongside commercial development. | Credibility with both government and civil society makes NGOs effective in bridging the gap between industry lobbying and public interest concerns. Motivated by mission alignment with sustainable resource development and low-carbon transition. |
| Multilateral organizations (World Bank, UNDP, IEA) | Provide policy, finance and capacity-building support in emerging market jurisdictions; support development of internationally harmonized standards. | Many high-potential seaweed cultivation geographies with limited seaweed markets (e.g. coastal Africa) need capacity-building support. Multilaterals can fill this gap while also aligning national frameworks with international standards, reducing regulatory arbitrage risk. |
Goal
Develop policy frameworks that lower barriers to entry, de-risk private investment, and establish seaweed-based approaches as a recognized pathway within national and international critical mineral supply chain strategies.
Key Actions
- Introduce R&D tax credits, production subsidies, or green procurement mandates calibrated to the specific cost gap identified in R&D analyses.
- Set formal national-level policy commitments recognizing the strategic importance of diversified domestic critical mineral supply chains, with explicit inclusion of biological extraction pathways.
- Complete seaweed-specific permitting reform to provide developers with reliable, predictable approval timelines.
- Develop certification systems for bio-based critical minerals that provide verified sustainability credentials and enable premium market positioning.
- Coordinate internationally to ensure that emerging critical mineral sourcing standards do not inadvertently exclude low-footprint biological extraction methods.
| Actor Group | Specific Roles | Rationale and Motivation |
| National governments | Draft and implement incentive structures, supply chain strategy documents, and permitting reforms; set procurement standards. | Governments are the only actors who can change the regulatory and fiscal environment that shapes private investment decisions. Motivated by energy security, domestic supply chain resilience, and clean energy industrial strategy objectives. |
| Industry associations | Provide policy input from developers and manufacturers; identify specific regulatory bottlenecks; monitor compliance cost impacts. | Aggregate the voice of a fragmented early-stage industry that individual companies are too small to assert independently. Motivated by members’ commercial interests and by the opportunity to shape standards before they are set by others. |
| NGOs and research institutes | Supply evidence-based policy briefs; facilitate multi-stakeholder dialogue; advocate for frameworks that protect smallholder and community interests alongside commercial development. | Credibility with both government and civil society makes NGOs effective in bridging the gap between industry lobbying and public interest concerns. Motivated by mission alignment with sustainable resource development and low-carbon transition. |
| Multilateral organizations (World Bank, UNDP, IEA) | Provide policy, finance and capacity-building support in emerging market jurisdictions; support development of internationally harmonized standards. | Many high-potential seaweed cultivation geographies with limited seaweed markets (e.g. coastal Africa) need capacity-building support. Multilaterals can fill this gap while also aligning national frameworks with international standards, reducing regulatory arbitrage risk. |
Goal
Develop policy frameworks that lower barriers to entry, de-risk private investment, and establish seaweed-based approaches as a recognized pathway within national and international critical mineral supply chain strategies.
Key Actions
- Introduce R&D tax credits, production subsidies, or green procurement mandates calibrated to the specific cost gap identified in R&D analyses.
- Set formal national-level policy commitments recognizing the strategic importance of diversified domestic critical mineral supply chains, with explicit inclusion of biological extraction pathways.
- Complete seaweed-specific permitting reform to provide developers with reliable, predictable approval timelines.
- Develop certification systems for bio-based critical minerals that provide verified sustainability credentials and enable premium market positioning.
- Coordinate internationally to ensure that emerging critical mineral sourcing standards do not inadvertently exclude low-footprint biological extraction methods.
| Actor Group | Specific Roles | Rationale and Motivation |
| National governments | Draft and implement incentive structures, supply chain strategy documents, and permitting reforms; set procurement standards. | Governments are the only actors who can change the regulatory and fiscal environment that shapes private investment decisions. Motivated by energy security, domestic supply chain resilience, and clean energy industrial strategy objectives. |
| Industry associations | Provide policy input from developers and manufacturers; identify specific regulatory bottlenecks; monitor compliance cost impacts. | Aggregate the voice of a fragmented early-stage industry that individual companies are too small to assert independently. Motivated by members’ commercial interests and by the opportunity to shape standards before they are set by others. |
| NGOs and research institutes | Supply evidence-based policy briefs; facilitate multi-stakeholder dialogue; advocate for frameworks that protect smallholder and community interests alongside commercial development. | Credibility with both government and civil society makes NGOs effective in bridging the gap between industry lobbying and public interest concerns. Motivated by mission alignment with sustainable resource development and low-carbon transition. |
| Multilateral organizations (World Bank, UNDP, IEA) | Provide policy, finance and capacity-building support in emerging market jurisdictions; support development of internationally harmonized standards. | Many high-potential seaweed cultivation geographies with limited seaweed markets (e.g. coastal Africa) need capacity-building support. Multilaterals can fill this gap while also aligning national frameworks with international standards, reducing regulatory arbitrage risk. |
Goal
Develop policy frameworks that lower barriers to entry, de-risk private investment, and establish seaweed-based approaches as a recognized pathway within national and international critical mineral supply chain strategies.
Key Actions
- Introduce R&D tax credits, production subsidies, or green procurement mandates calibrated to the specific cost gap identified in R&D analyses.
- Set formal national-level policy commitments recognizing the strategic importance of diversified domestic critical mineral supply chains, with explicit inclusion of biological extraction pathways.
- Complete seaweed-specific permitting reform to provide developers with reliable, predictable approval timelines.
- Develop certification systems for bio-based critical minerals that provide verified sustainability credentials and enable premium market positioning.
- Coordinate internationally to ensure that emerging critical mineral sourcing standards do not inadvertently exclude low-footprint biological extraction methods.
| Actor Group | Specific Roles | Rationale and Motivation |
| National governments | Draft and implement incentive structures, supply chain strategy documents, and permitting reforms; set procurement standards. | Governments are the only actors who can change the regulatory and fiscal environment that shapes private investment decisions. Motivated by energy security, domestic supply chain resilience, and clean energy industrial strategy objectives. |
| Industry associations | Provide policy input from developers and manufacturers; identify specific regulatory bottlenecks; monitor compliance cost impacts. | Aggregate the voice of a fragmented early-stage industry that individual companies are too small to assert independently. Motivated by members’ commercial interests and by the opportunity to shape standards before they are set by others. |
| NGOs and research institutes | Supply evidence-based policy briefs; facilitate multi-stakeholder dialogue; advocate for frameworks that protect smallholder and community interests alongside commercial development. | Credibility with both government and civil society makes NGOs effective in bridging the gap between industry lobbying and public interest concerns. Motivated by mission alignment with sustainable resource development and low-carbon transition. |
| Multilateral organizations (World Bank, UNDP, IEA) | Provide policy, finance and capacity-building support in emerging market jurisdictions; support development of internationally harmonized standards. | Many high-potential seaweed cultivation geographies with limited seaweed markets (e.g. coastal Africa) need capacity-building support. Multilaterals can fill this gap while also aligning national frameworks with international standards, reducing regulatory arbitrage risk. |
Prove economic and environmental value to investors
Version published:
April 29, 2026 - 5:16pm
Goal:
Generate and publicly share rigorous, independently verified evidence on the cost competitiveness and sustainability of seaweed-based critical minerals, providing institutional investors with the evidence of the track record and risk profile they require to commit capital at infrastructure scale.
Key Actions
- Commission and publish independent LCAs and TEAs across multiple geographies and cultivation systems using standardized methodologies that allow comparison with conventional and alternative mineral sources.
- Develop open data infrastructure — databases, case studies, and performance benchmarks — that allow investors, buyers, and regulators to track the sector’s trajectory on cost, yield, and environmental performance over time.
- Establish standardized monitoring, reporting, and verification (MRV) systems for environmental and social impact, providing the verifiable data that sustainability-focused institutional investors and buyers require.
- Develop buyers’ coalitions among downstream purchasers in clean energy supply chains — EV manufacturers, wind turbine producers, electronics companies — that define joint sustainability criteria and create advance market commitments contingent on suppliers meeting those criteria.
- Engage public procurement programs as anchor buyers to validate demand and reduce first-mover risk for early commercial producers.
Key Actors and Roles
| Actor Group | Specific Roles | Rationale and Motivation |
| Manufacturers and cultivators | Co-develop LCA and TEA model parameters; provide operational data from pilot and early commercial facilities for independent analysis. | Their operational data is the essential input for credible market-facing evidence. Motivated by the reputational and commercial benefits of verified sustainability credentials, and by the prospect of unlocking premium pricing or preferred supplier status in sustainability-driven procurement. |
| Academia and national laboratories | Perform independent LCA/TEA modelling and verification; maintain methodological consistency across studies to support cross-sector comparison. | Independent verification is more credible to investors and regulators than industry self-reporting.
Motivated by continued research funding and by the ability to publish findings that have direct real-world application. |
| Buyers (automotive and clean energy supply chains) | Commit to purchase targets and sustainability certification requirements through buyers’ coalitions; define and communicate minimum purity and provenance standards. | Supply chain security concerns are a strong motivation for industries dependent on REEs. A credible domestic or allied alternative — even at modest scale — reduces strategic vulnerability. Buyers’ coalitions also allow individual companies to share the reputational and financial risk of pioneering a new source. |
| Investors and climate funds | Fund third-party analyses, commercial demonstration facilities, and buyers’ coalition infrastructure; develop structured financial products suited to the risk profile of early commercial seaweed operations. | The combination of verified feasibility evidence, de-risking policy and buyer interest transforms seaweed-based mineral extraction into a financeable infrastructure investment. Climate-aligned funds have explicit mandates to support this type of supply chain transition. |
| Governments | Support buyers’ coalitions through public procurement mandates; provide bridge financing or first-loss capital structures to catalyze private co-investment. | Government procurement can function as an anchor demand signal that makes advance market commitments credible and triggers private buyer participation. Motivated by industrial strategy objectives and the desire to demonstrate that domestic alternatives to imported REEs are viable. |
| NGOs | Lead development of transparency frameworks; facilitate coalition management and independent impact tracking; communicate verified results to public audiences. | Credibility with civil society is a prerequisite for social license at scale. NGOs can perform the convening and verification roles that neither industry nor government can play neutrally. Motivated by mission alignment with sustainable and equitable resource development. |
Goal:
Generate and publicly share rigorous, independently verified evidence on the cost competitiveness and sustainability of seaweed-based critical minerals, providing institutional investors with the evidence of the track record and risk profile they require to commit capital at infrastructure scale.Key Actions
- Commission and publish independent LCAs and TEAs across multiple geographies and cultivation systems using standardized methodologies that allow comparison with conventional and alternative mineral sources.
- Develop open data infrastructure — databases, case studies, and performance benchmarks — that allow investors, buyers, and regulators to track the sector’s trajectory on cost, yield, and environmental performance over time.
- Establish standardized monitoring, reporting, and verification (MRV) systems for environmental and social impact, providing the verifiable data that sustainability-focused institutional investors and buyers require.
- Develop buyers’ coalitions among downstream purchasers in clean energy supply chains — EV manufacturers, wind turbine producers, electronics companies — that define joint sustainability criteria and create advance market commitments contingent on suppliers meeting those criteria.
- Engage public procurement programs as anchor buyers to validate demand and reduce first-mover risk for early commercial producers.
Key Actors and Roles
| Actor Group | Specific Roles | Rationale and Motivation |
| Manufacturers and cultivators | Co-develop LCA and TEA model parameters; provide operational data from pilot and early commercial facilities for independent analysis. | Their operational data is the essential input for credible market-facing evidence. Motivated by the reputational and commercial benefits of verified sustainability credentials, and by the prospect of unlocking premium pricing or preferred supplier status in sustainability-driven procurement. |
| Academia and national laboratories | Perform independent LCA/TEA modelling and verification; maintain methodological consistency across studies to support cross-sector comparison. | Independent verification is more credible to investors and regulators than industry self-reporting. Motivated by continued research funding and by the ability to publish findings that have direct real-world application. |
| Buyers (automotive and clean energy supply chains) | Commit to purchase targets and sustainability certification requirements through buyers’ coalitions; define and communicate minimum purity and provenance standards. | Supply chain security concerns are a strong motivation for industries dependent on REEs. A credible domestic or allied alternative — even at modest scale — reduces strategic vulnerability. Buyers’ coalitions also allow individual companies to share the reputational and financial risk of pioneering a new source. |
| Investors and climate funds | Fund third-party analyses, commercial demonstration facilities, and buyers’ coalition infrastructure; develop structured financial products suited to the risk profile of early commercial seaweed operations. | The combination of verified feasibility evidence, de-risking policy and buyer interest transforms seaweed-based mineral extraction into a financeable infrastructure investment. Climate-aligned funds have explicit mandates to support this type of supply chain transition. |
| Governments | Support buyers’ coalitions through public procurement mandates; provide bridge financing or first-loss capital structures to catalyze private co-investment. | Government procurement can function as an anchor demand signal that makes advance market commitments credible and triggers private buyer participation. Motivated by industrial strategy objectives and the desire to demonstrate that domestic alternatives to imported REEs are viable. |
| NGOs | Lead development of transparency frameworks; facilitate coalition management and independent impact tracking; communicate verified results to public audiences. | Credibility with civil society is a prerequisite for social license at scale. NGOs can perform the convening and verification roles that neither industry nor government can play neutrally. Motivated by mission alignment with sustainable and equitable resource development. |
Goal
Generate and publicly share rigorous, independently verified evidence on the cost competitiveness and sustainability of seaweed-based critical minerals, providing institutional investors with the evidence of the track record and risk profile they require to commit capital at infrastructure scale.
Key Actions: Evidence and Transparency
- Commission and publish independent LCAs and TEAs across multiple geographies and cultivation systems using standardized methodologies that allow comparison with conventional and alternative mineral sources.
- Develop open data infrastructure — databases, case studies, and performance benchmarks — that allow investors, buyers, and regulators to track the sector’s trajectory on cost, yield, and environmental performance over time.
- Establish standardized monitoring, reporting, and verification (MRV) systems for environmental and social impact, providing the verifiable data that sustainability-focused institutional investors and buyers require.
- Develop buyers’ coalitions among downstream purchasers in clean energy supply chains — EV manufacturers, wind turbine producers, electronics companies — that define joint sustainability criteria and create advance market commitments contingent on suppliers meeting those criteria.
- Engage public procurement programs as anchor buyers to validate demand and reduce first-mover risk for early commercial producers.
| Actor Group | Specific Roles | Rationale and Motivation |
| Manufacturers and cultivators | Co-develop LCA and TEA model parameters; provide operational data from pilot and early commercial facilities for independent analysis. | Their operational data is the essential input for credible market-facing evidence. Motivated by the reputational and commercial benefits of verified sustainability credentials, and by the prospect of unlocking premium pricing or preferred supplier status in sustainability-driven procurement. |
| Academia and national laboratories | Perform independent LCA/TEA modelling and verification; maintain methodological consistency across studies to support cross-sector comparison. | Independent verification is more credible to investors and regulators than industry self-reporting. Motivated by continued research funding and by the ability to publish findings that have direct real-world application. |
| Buyers (automotive and clean energy supply chains) | Commit to purchase targets and sustainability certification requirements through buyers’ coalitions; define and communicate minimum purity and provenance standards. | Supply chain security concerns are a strong motivation for industries dependent on REEs. A credible domestic or allied alternative — even at modest scale — reduces strategic vulnerability. Buyers’ coalitions also allow individual companies to share the reputational and financial risk of pioneering a new source. |
| Investors and climate funds | Fund third-party analyses, commercial demonstration facilities, and buyers’ coalition infrastructure; develop structured financial products suited to the risk profile of early commercial seaweed operations. | The combination of verified feasibility evidence, de-risking policy and buyer interest transforms seaweed-based mineral extraction into a financeable infrastructure investment. Climate-aligned funds have explicit mandates to support this type of supply chain transition. |
| Governments | Support buyers’ coalitions through public procurement mandates; provide bridge financing or first-loss capital structures to catalyze private co-investment. | Government procurement can function as an anchor demand signal that makes advance market commitments credible and triggers private buyer participation. Motivated by industrial strategy objectives and the desire to demonstrate that domestic alternatives to imported REEs are viable. |
| NGOs | Lead development of transparency frameworks; facilitate coalition management and independent impact tracking; communicate verified results to public audiences. | Credibility with civil society is a prerequisite for social license at scale. NGOs can perform the convening and verification roles that neither industry nor government can play neutrally. Motivated by mission alignment with sustainable and equitable resource development. |
Goal
Generate and publicly share rigorous, independently verified evidence on the cost competitiveness and sustainability of seaweed-based critical minerals, providing institutional investors with the evidence of the track record and risk profile they require to commit capital at infrastructure scale.
Key Actions: Evidence and Transparency
- Commission and publish independent LCAs and TEAs across multiple geographies and cultivation systems using standardized methodologies that allow comparison with conventional and alternative mineral sources.
- Develop open data infrastructure — databases, case studies, and performance benchmarks — that allow investors, buyers, and regulators to track the sector’s trajectory on cost, yield, and environmental performance over time.
- Establish standardized monitoring, reporting, and verification (MRV) systems for environmental and social impact, providing the verifiable data that sustainability-focused institutional investors and buyers require.
- Develop buyers’ coalitions among downstream purchasers in clean energy supply chains — EV manufacturers, wind turbine producers, electronics companies — that define joint sustainability criteria and create advance market commitments contingent on suppliers meeting those criteria.
- Engage public procurement programs as anchor buyers to validate demand and reduce first-mover risk for early commercial producers.
| Actor Group | Specific Roles | Rationale and Motivation |
| Manufacturers and cultivators | Co-develop LCA and TEA model parameters; provide operational data from pilot and early commercial facilities for independent analysis. | Their operational data is the essential input for credible market-facing evidence. Motivated by the reputational and commercial benefits of verified sustainability credentials, and by the prospect of unlocking premium pricing or preferred supplier status in sustainability-driven procurement. |
| Academia and national laboratories | Perform independent LCA/TEA modelling and verification; maintain methodological consistency across studies to support cross-sector comparison. | Independent verification is more credible to investors and regulators than industry self-reporting. Motivated by continued research funding and by the ability to publish findings that have direct real-world application. |
| Buyers (automotive and clean energy supply chains) | Commit to purchase targets and sustainability certification requirements through buyers’ coalitions; define and communicate minimum purity and provenance standards. | Supply chain security concerns are a strong motivation for industries dependent on REEs. A credible domestic or allied alternative — even at modest scale — reduces strategic vulnerability. Buyers’ coalitions also allow individual companies to share the reputational and financial risk of pioneering a new source. |
| Investors and climate funds | Fund third-party analyses, commercial demonstration facilities, and buyers’ coalition infrastructure; develop structured financial products suited to the risk profile of early commercial seaweed operations. | The combination of verified feasibility evidence, de-risking policy and buyer interest transforms seaweed-based mineral extraction into a financeable infrastructure investment. Climate-aligned funds have explicit mandates to support this type of supply chain transition. |
| Governments | Support buyers’ coalitions through public procurement mandates; provide bridge financing or first-loss capital structures to catalyze private co-investment. | Government procurement can function as an anchor demand signal that makes advance market commitments credible and triggers private buyer participation. Motivated by industrial strategy objectives and the desire to demonstrate that domestic alternatives to imported REEs are viable. |
| NGOs | Lead development of transparency frameworks; facilitate coalition management and independent impact tracking; communicate verified results to public audiences. | Credibility with civil society is a prerequisite for social license at scale. NGOs can perform the convening and verification roles that neither industry nor government can play neutrally. Motivated by mission alignment with sustainable and equitable resource development. |
Goal
Generate and publicly share rigorous, independently verified evidence on the cost competitiveness and sustainability of seaweed-based critical minerals, providing institutional investors with the evidence of the track record and risk profile they require to commit capital at infrastructure scale.
Key Actions: Evidence and Transparency
- Commission and publish independent LCAs and TEAs across multiple geographies and cultivation systems using standardized methodologies that allow comparison with conventional and alternative mineral sources.
- Develop open data infrastructure — databases, case studies, and performance benchmarks — that allow investors, buyers, and regulators to track the sector’s trajectory on cost, yield, and environmental performance over time.
- Establish standardized monitoring, reporting, and verification (MRV) systems for environmental and social impact, providing the verifiable data that sustainability-focused institutional investors and buyers require.
- Develop buyers’ coalitions among downstream purchasers in clean energy supply chains — EV manufacturers, wind turbine producers, electronics companies — that define joint sustainability criteria and create advance market commitments contingent on suppliers meeting those criteria.
- Engage public procurement programs as anchor buyers to validate demand and reduce first-mover risk for early commercial producers.
| Actor Group | Specific Roles | Rationale and Motivation |
| Manufacturers and cultivators | Co-develop LCA and TEA model parameters; provide operational data from pilot and early commercial facilities for independent analysis. | Their operational data is the essential input for credible market-facing evidence. Motivated by the reputational and commercial benefits of verified sustainability credentials, and by the prospect of unlocking premium pricing or preferred supplier status in sustainability-driven procurement. |
| Academia and national laboratories | Perform independent LCA/TEA modelling and verification; maintain methodological consistency across studies to support cross-sector comparison. | Independent verification is more credible to investors and regulators than industry self-reporting. Motivated by continued research funding and by the ability to publish findings that have direct real-world application. |
| Buyers (automotive and clean energy supply chains) | Commit to purchase targets and sustainability certification requirements through buyers’ coalitions; define and communicate minimum purity and provenance standards. | Supply chain security concerns are a strong motivation for industries dependent on REEs. A credible domestic or allied alternative — even at modest scale — reduces strategic vulnerability. Buyers’ coalitions also allow individual companies to share the reputational and financial risk of pioneering a new source. |
| Investors and climate funds | Fund third-party analyses, commercial demonstration facilities, and buyers’ coalition infrastructure; develop structured financial products suited to the risk profile of early commercial seaweed operations. | The combination of verified feasibility evidence, de-risking policy and buyer interest transforms seaweed-based mineral extraction into a financeable infrastructure investment. Climate-aligned funds have explicit mandates to support this type of supply chain transition. |
| Governments | Support buyers’ coalitions through public procurement mandates; provide bridge financing or first-loss capital structures to catalyze private co-investment. | Government procurement can function as an anchor demand signal that makes advance market commitments credible and triggers private buyer participation. Motivated by industrial strategy objectives and the desire to demonstrate that domestic alternatives to imported REEs are viable. |
| NGOs | Lead development of transparency frameworks; facilitate coalition management and independent impact tracking; communicate verified results to public audiences. | Credibility with civil society is a prerequisite for social license at scale. NGOs can perform the convening and verification roles that neither industry nor government can play neutrally. Motivated by mission alignment with sustainable and equitable resource development. |
Goal
Generate and publicly share rigorous, independently verified evidence on the cost competitiveness and sustainability of seaweed-based critical minerals, providing institutional investors with the evidence of the track record and risk profile they require to commit capital at infrastructure scale.
Key Actions: Evidence and Transparency
- Commission and publish independent LCAs and TEAs across multiple geographies and cultivation systems using standardized methodologies that allow comparison with conventional and alternative mineral sources.
- Develop open data infrastructure — databases, case studies, and performance benchmarks — that allow investors, buyers, and regulators to track the sector’s trajectory on cost, yield, and environmental performance over time.
- Establish standardized monitoring, reporting, and verification (MRV) systems for environmental and social impact, providing the verifiable data that sustainability-focused institutional investors and buyers require.
- Develop buyers’ coalitions among downstream purchasers in clean energy supply chains — EV manufacturers, wind turbine producers, electronics companies — that define joint sustainability criteria and create advance market commitments contingent on suppliers meeting those criteria.
- Engage public procurement programs as anchor buyers to validate demand and reduce first-mover risk for early commercial producers.
| Actor Group | Specific Roles | Rationale and Motivation |
| Manufacturers and cultivators | Co-develop LCA and TEA model parameters; provide operational data from pilot and early commercial facilities for independent analysis. | Their operational data is the essential input for credible market-facing evidence. Motivated by the reputational and commercial benefits of verified sustainability credentials, and by the prospect of unlocking premium pricing or preferred supplier status in sustainability-driven procurement. |
| Academia and national laboratories | Perform independent LCA/TEA modelling and verification; maintain methodological consistency across studies to support cross-sector comparison. | Independent verification is more credible to investors and regulators than industry self-reporting. Motivated by continued research funding and by the ability to publish findings that have direct real-world application. |
| Buyers (automotive and clean energy supply chains) | Commit to purchase targets and sustainability certification requirements through buyers’ coalitions; define and communicate minimum purity and provenance standards. | Supply chain security concerns are a strong motivation for industries dependent on REEs. A credible domestic or allied alternative — even at modest scale — reduces strategic vulnerability. Buyers’ coalitions also allow individual companies to share the reputational and financial risk of pioneering a new source. |
| Investors and climate funds | Fund third-party analyses, commercial demonstration facilities, and buyers’ coalition infrastructure; develop structured financial products suited to the risk profile of early commercial seaweed operations. | The combination of verified feasibility evidence, de-risking policy and buyer interest transforms seaweed-based mineral extraction into a financeable infrastructure investment. Climate-aligned funds have explicit mandates to support this type of supply chain transition. |
| Governments | Support buyers’ coalitions through public procurement mandates; provide bridge financing or first-loss capital structures to catalyze private co-investment. | Government procurement can function as an anchor demand signal that makes advance market commitments credible and triggers private buyer participation. Motivated by industrial strategy objectives and the desire to demonstrate that domestic alternatives to imported REEs are viable. |
| NGOs | Lead development of transparency frameworks; facilitate coalition management and independent impact tracking; communicate verified results to public audiences. | Credibility with civil society is a prerequisite for social license at scale. NGOs can perform the convening and verification roles that neither industry nor government can play neutrally. Motivated by mission alignment with sustainable and equitable resource development. |
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