Introduction

Low-carbon materials procurement refers to the use of governmental purchasing policies and legal requirements to encourage the acquisition of construction materials and industrial products associated with lower greenhouse-gas emissions over their production, transportation, use, and disposal. In the energy sector, such procurement policies can reduce the indirect emissions associated with power plants, transmission infrastructure, renewable-energy projects, buildings, pipelines, refineries, and other energy facilities.

For Kuwait, low-carbon materials procurement is particularly relevant because large-scale public infrastructure and energy projects require substantial quantities of steel, cement, concrete, aluminium, insulation, electrical equipment, and other materials. Kuwait does not currently have a single comprehensive statute establishing a general mandatory low-carbon-material procurement regime across the entire energy sector. Instead, such a framework would need to develop through environmental law, public procurement rules, infrastructure policies, technical standards, national development strategies, and contractual requirements.

Meaning of low-carbon materials procurement

Low-carbon procurement involves incorporating environmental performance into purchasing decisions rather than selecting materials solely according to price and technical specifications.

In an energy project, procurement authorities may consider:

embodied carbon;

energy consumption during manufacturing;

recycled content;

material durability;

lifecycle emissions;

transportation emissions;

environmental certifications;

resource efficiency; and

end-of-life recyclability.

The concept is particularly important for materials such as cement and steel because their manufacturing processes can involve substantial greenhouse-gas emissions.

A low-carbon procurement system therefore extends environmental regulation into the supply chain of energy infrastructure.

Constitutional and legal foundation

Article 21 of the Constitution of Kuwait provides that natural wealth and resources are the property of the State. This constitutional principle supports responsible management of national resources and can provide a broader foundation for sustainable public infrastructure planning.

Article 20 connects the national economy with economic development, while Article 50 establishes the principle of separation of powers.

Although these provisions do not themselves create a low-carbon procurement mandate, they provide a constitutional context within which the State may regulate public resources, infrastructure, and economic development.

Environmental Protection Law

The Environment Protection Law No. 42 of 2014, as amended, is an important component of Kuwait's environmental legal framework. Environmental regulation can influence energy infrastructure by requiring compliance with environmental standards and assessment procedures.

A future low-carbon procurement framework could complement environmental regulation by addressing the environmental characteristics of materials before they enter an energy project.

For example, an environmental assessment may examine the environmental impacts of a proposed project, while procurement rules could require the project developer to consider the lifecycle emissions of major construction materials.

This would create a more integrated approach to environmental governance.

Public procurement and low-carbon requirements

Public procurement is one of the most effective mechanisms through which Kuwait could encourage low-carbon materials. Government energy and infrastructure projects can represent significant purchasing power.

A procurement framework could require tender documents to specify environmental criteria alongside price, quality, reliability, and technical performance.

Possible requirements include:

disclosure of embodied-carbon information;

minimum recycled-material content;

lifecycle environmental assessment;

energy-efficiency characteristics;

durability requirements;

environmental certification; and

reporting of material-related emissions.

Such requirements should be technically measurable and clearly stated in tender documents to reduce uncertainty for bidders.

Energy infrastructure applications

Low-carbon procurement can be applied across different energy projects.

In renewable-energy projects, procurement may concern solar-panel structures, steel supports, electrical equipment, cables, concrete foundations, batteries, and transmission infrastructure.

In conventional power plants, it may apply to construction steel, cement, insulation, turbines, electrical equipment, and supporting infrastructure.

In electricity networks, low-carbon procurement can address transformers, cables, substations, construction materials, and other equipment.

The legal framework should distinguish between materials for which reliable environmental measurements are available and products where carbon accounting remains technically uncertain.

Lifecycle assessment

A central component of low-carbon procurement is lifecycle assessment. A material should not necessarily be considered low-carbon merely because its manufacturing emissions are low if its transportation, maintenance, replacement, or disposal generates substantial environmental impacts.

A lifecycle approach may consider:

extraction of raw materials;

manufacturing;

transportation;

construction;

operation and maintenance;

replacement; and

end-of-life treatment.

For public procurement, authorities can require suppliers to provide standardized environmental information. This improves comparability between competing products.

Cement and steel

Cement and steel are particularly important because energy and infrastructure projects consume significant quantities of both materials.

A future Kuwaiti procurement policy could encourage:

lower-carbon cement production;

supplementary cementitious materials;

recycled steel;

electric or renewable-powered manufacturing;

efficient industrial processes;

carbon-management technologies; and

verified environmental product declarations.

However, environmental criteria should not compromise structural safety, reliability, durability, or applicable technical standards.

The legal framework should therefore establish minimum technical requirements first and apply environmental criteria within those safety boundaries.

Renewable-energy procurement

Renewable-energy development itself can have significant material requirements. Solar and battery projects require minerals, metals, glass, aluminium, steel, and other materials.

A comprehensive low-carbon procurement framework should therefore consider the entire lifecycle of renewable-energy infrastructure rather than treating renewable electricity as automatically free from environmental impacts.

Procurement rules can encourage suppliers to provide information concerning manufacturing emissions, durability, recycling, and responsible material sourcing.

This can make renewable-energy development more consistent with broader sustainability objectives.

Public-private partnerships

The Public-Private Partnership Law No. 116 of 2014 may be relevant where energy infrastructure is developed through appropriate public-private partnership arrangements.

Low-carbon procurement requirements can be incorporated into project agreements and tender documentation. Such contractual provisions should clearly identify:

applicable carbon-performance standards;

reporting obligations;

verification mechanisms;

compliance deadlines;

remedies for non-compliance; and

circumstances permitting adjustment of requirements.

This approach can make environmental objectives enforceable contractual obligations rather than merely policy aspirations.

Foreign investment and technology transfer

The Foreign Direct Investment Law No. 116 of 2013 may be relevant to foreign investment in appropriate energy and infrastructure activities.

Foreign investors and international contractors may possess technologies and supply chains capable of providing lower-carbon materials. Procurement rules can therefore encourage technology transfer and domestic capacity development.

Requirements concerning training, technical knowledge, manufacturing capability, and environmental reporting can help Kuwait develop domestic expertise while preserving appropriate intellectual-property protections.

Sustainable development and comparative case law

Low-carbon procurement is closely connected with the principle of sustainable development. In Vellore Citizens Welfare Forum v. Union of India, (1996) 5 SCC 647, the Supreme Court of India recognized sustainable development, the precautionary principle, and the polluter-pays principle in environmental jurisprudence.

The judgment is not binding in Kuwait but is relevant by analogy to the proposition that economic development and environmental protection should be considered together.

Similarly, M.C. Mehta v. Kamal Nath, (1997) 1 SCC 388 recognized the public trust principle in environmental governance. It is comparative rather than binding Kuwaiti authority and may inform analysis of the State's responsibility to manage environmental resources for broader public benefit.

Government procurement and judicial review

Low-carbon procurement requirements must be designed consistently with public procurement principles. Tender conditions should be transparent, objectively measurable, and connected with the legitimate objectives of the project.

Comparative Indian jurisprudence provides useful guidance. In Tata Cellular v. Union of India, (1994) 6 SCC 651, the Supreme Court examined judicial review of government contracting and emphasized the distinction between administrative decision-making and judicial review of the merits of procurement choices. The decision is not binding in Kuwait but is relevant by analogy.

In Michigan Rubber (India) Ltd. v. State of Karnataka, (2012) 8 SCC 216, the Court considered conditions imposed in public procurement. Again, the case is comparative and non-binding.

These authorities illustrate the importance of ensuring that procurement criteria have a rational connection with the subject matter of the contract and are not designed arbitrarily.

Carbon accounting and verification

Mandatory low-carbon procurement requires reliable carbon accounting. If suppliers use different methodologies, procurement authorities may be unable to compare environmental claims accurately.

A future Kuwaiti framework could therefore establish standardized requirements for:

embodied-carbon calculations;

lifecycle boundaries;

emissions reporting;

independent verification;

environmental product declarations; and

periodic compliance audits.

Verification is particularly important because environmental claims that cannot be independently tested may undermine the effectiveness of procurement mandates.

Institutional responsibilities

A low-carbon procurement system would require coordination among several institutions.

The Ministry of Electricity, Water and Renewable Energy could incorporate environmental criteria into appropriate energy infrastructure procurement. The Environment Public Authority could contribute environmental standards and oversight. The Ministry of Oil and Kuwait Petroleum Corporation could apply relevant standards to petroleum-sector projects. Public procurement authorities and contracting entities would need to incorporate requirements into tender documents.

Research institutions such as the Kuwait Institute for Scientific Research could contribute technical research and lifecycle assessment methodologies.

No single institution should automatically be assumed to possess all these functions.

Challenges

Kuwait may face several challenges in implementing mandatory low-carbon procurement.

Limited domestic availability of certain low-carbon materials.

Higher initial costs for some products.

Difficulty in verifying embodied-carbon claims.

Absence of standardized lifecycle methodologies.

Potential supply-chain constraints.

Need to maintain technical and safety standards.

Risk of reducing competition if requirements are excessively restrictive.

Need for trained procurement and technical personnel.

Difficulty comparing products manufactured under different international standards.

A gradual implementation approach could begin with major public infrastructure projects and materials for which reliable environmental data are available.

Future legal framework

Kuwait could establish a dedicated low-carbon procurement framework through legislation, regulations, procurement rules, or sector-specific requirements.

Such a framework could include:

mandatory lifecycle-carbon disclosure;

carbon-performance criteria in major energy tenders;

minimum environmental standards for specified materials;

supplier verification requirements;

lifecycle-cost evaluation;

environmental reporting;

domestic industry-development incentives;

periodic revision of carbon thresholds; and

penalties or contractual remedies for false environmental claims.

The framework should also allow periodic adjustment as low-carbon technologies become commercially available and measurement methodologies improve.

Conclusion

Low-carbon materials procurement can become an important component of Kuwait's long-term energy and environmental policy. Energy infrastructure requires substantial quantities of materials such as cement, steel, aluminium, cables, electrical equipment, and batteries. Incorporating lifecycle environmental performance into procurement decisions can therefore reduce the indirect environmental impact of energy development.

Kuwait's Constitution, Environment Protection Law No. 42 of 2014 as amended, Public-Private Partnership Law No. 116 of 2014, Foreign Direct Investment Law No. 116 of 2013, and broader national development policies provide elements upon which such a procurement framework could be developed. However, Kuwait does not currently have a single comprehensive law establishing universal low-carbon-material procurement mandates for all energy projects.

Comparative cases including Vellore Citizens Welfare Forum v. Union of India, M.C. Mehta v. Kamal Nath, Tata Cellular v. Union of India, and Michigan Rubber v. State of Karnataka provide useful principles by analogy concerning sustainable development, public-resource stewardship, and rational government procurement. They are not binding sources of Kuwaiti law.

Ultimately, a successful low-carbon procurement system should combine environmental objectives with technical safety, economic efficiency, competitive procurement, reliable carbon measurement, and long-term infrastructure performance. By incorporating measurable lifecycle criteria into public energy procurement, Kuwait could connect its energy-infrastructure development with broader objectives of environmental protection, resource efficiency, technological innovation, and sustainable national development.