Competition Law and Competition Governance in Planetary Management Systems

1. Introduction

Planetary management systems refer to integrated technological, economic, institutional and regulatory systems designed to manage activities that affect the planet as a whole or operate across multiple ecological and economic systems. They may include:

• climate-management and carbon markets;
• global energy and electricity systems;
• satellite and Earth-observation infrastructure;
• biodiversity and ecosystem-monitoring platforms;
• water and natural-resource allocation systems;
• carbon capture and storage networks;
• global environmental-data platforms;
• smart grids and intelligent infrastructure;
• sustainable supply-chain systems;
• environmental certification and ESG-data markets;
• geoengineering or climate-intervention technologies;
• digital platforms coordinating planetary-scale infrastructure.

Competition law becomes important because these systems can create new forms of economic power. A company controlling environmental data, carbon infrastructure, satellite information, climate-management software, electricity interconnections or a critical sustainability certification system may become an unavoidable intermediary for competitors.

At the same time, sustainability often requires cooperation among competitors. The central legal problem is therefore a dual one:

Competition law must prevent private control over planetary-scale markets while permitting necessary cooperation to address collective environmental problems.

Recent European competition policy increasingly recognizes that competition rules can accommodate properly designed sustainability cooperation, while still prohibiting price fixing, market sharing and other serious restrictions. The EU's 2023 Horizontal Guidelines expressly seek to facilitate cooperation contributing to the green transition while maintaining effective competition.

2. Meaning of Planetary Management Systems

A planetary management system can be understood through five interconnected layers.

A. Physical infrastructure

Examples include:

• electricity grids;
• carbon pipelines;
• hydrogen corridors;
• satellites;
• data centres;
• water systems;
• renewable-energy infrastructure;
• carbon-capture facilities.

B. Digital infrastructure

These include:

• AI systems;
• environmental databases;
• digital twins;
• Earth-observation platforms;
• climate-modeling software;
• environmental monitoring APIs;
• smart-grid operating systems.

C. Market infrastructure

Examples:

• carbon markets;
• renewable-energy certificates;
• biodiversity credits;
• environmental attribute markets;
• green finance platforms;
• sustainability certification systems.

D. Governance infrastructure

This involves:

• governments;
• competition authorities;
• environmental regulators;
• international organisations;
• standard-setting bodies;
• private certification organisations.

E. Coordinating algorithms

Planetary systems increasingly rely upon algorithms to determine:

• energy dispatch;
• carbon allocation;
• water distribution;
• infrastructure access;
• environmental monitoring;
• pricing;
• supply-chain optimisation.

This creates a potential algorithmic competition problem in addition to conventional cartel and dominance problems.

3. Why Competition Law Matters

Planetary management markets can exhibit characteristics associated with natural monopolies, network effects, economies of scale, data advantages and high entry barriers.

For example, an environmental-data platform may become more valuable as more satellites and users contribute data. The resulting network effect may make it difficult for competitors to enter.

Similarly, a carbon-storage network may require enormous infrastructure investment. Once one undertaking controls the dominant pipeline network, competitors may depend upon it for market access.

Competition concerns therefore include:

1. abuse of dominance;
2. exclusionary conduct;
3. refusal of access;
4. discriminatory access;
5. excessive pricing;
6. tying and bundling;
7. interoperability restrictions;
8. data foreclosure;
9. environmental-standard manipulation;
10. sustainability cartels;
11. greenwashing coordination;
12. merger-driven concentration;
13. algorithmic collusion;
14. coordinated investment restrictions.

4. Competition Governance in Planetary Systems

Competition governance goes beyond conventional antitrust enforcement.

It involves ex ante and ex post mechanisms.

Ex ante governance

Authorities can establish:

• access obligations;
• interoperability standards;
• data portability;
• non-discrimination rules;
• open technical standards;
• sustainability safeguards;
• merger-control thresholds;
• regulatory sandboxes;
• transparency obligations.

Ex post governance

Authorities can investigate:

• cartels;
• exclusionary conduct;
• discriminatory access;
• predatory pricing;
• tying;
• information exchange;
• coordinated refusal to invest;
• manipulation of environmental markets.

The objective is to prevent planetary-management infrastructure from becoming a private bottleneck.

5. Sustainability Agreements and Competition Law

One of the most important issues is whether competitors may cooperate to achieve environmental objectives.

Suppose competing electricity producers agree to:

• eliminate high-emission technology;
• develop renewable infrastructure;
• standardise charging technology;
• create common recycling systems;
• reduce plastic use;
• develop carbon-storage infrastructure.

Such cooperation may generate substantial environmental benefits, but it can also restrict competition.

The modern approach is increasingly to examine:

1. the nature of the restriction;
2. market power;
3. environmental benefits;
4. indispensability;
5. consumer benefits;
6. proportionality;
7. residual competition.

The UK CMA's Green Agreements Guidance, for example, identifies various forms of environmental cooperation that can be low risk, including certain environmental standards, joint research and development, sustainability targets and initiatives that enable businesses to undertake activities they could not reasonably undertake individually.

6. Six Important Case Laws and Competition Decisions

Case 1: CECED – Energy-Efficient Washing Machines

European Commission, CECED Agreement

This is one of the classic competition decisions demonstrating how environmental objectives can interact with competition law.

Manufacturers agreed to reduce the production and sale of less energy-efficient washing machines.

The arrangement potentially restricted competition because participating manufacturers collectively committed themselves to withdrawing certain products.

However, the environmental objective was significant because the agreement reduced energy consumption.

Legal significance

The case demonstrated that:

• environmental benefits can be relevant to competition analysis;
• cooperation between competitors is not automatically unlawful merely because it eliminates certain products;
• efficiency and environmental benefits may justify otherwise restrictive cooperation where legal conditions are satisfied.

Planetary-management relevance

The principle is particularly important for:

• energy efficiency;
• emissions standards;
• sustainable product design;
• environmental technology;
• circular-economy systems.

It illustrates the transition from a purely price-centred competition analysis toward a more multidimensional assessment of competition and environmental objectives.

7. Case 2: Dutch Coal-Fired Power Plants Agreement

ACM – Energy Agreement / Coal-Fired Power Plants

Several electricity producers considered coordinated closure of older coal-fired power plants to reduce environmental damage.

The Dutch competition authority examined the proposal because coordinated closure would reduce electricity supply and could increase prices.

The earlier assessment did not accept the environmental benefits as sufficient to offset the competitive disadvantages.

The case became particularly important because subsequent developments in EU emissions regulation altered the economic context surrounding emissions reductions. Academic analysis identifies the case as an important historical example of the tension between competition enforcement and environmental policy.

Legal principle

The case demonstrates that:

An environmental objective does not automatically immunise coordination between competitors from competition law.

The authority must still investigate:

• market effects;
• price effects;
• supply reduction;
• environmental benefits;
• causation;
• proportionality.

Planetary-management significance

This becomes crucial where competitors jointly decide:

• which technologies should disappear;
• when fossil-fuel infrastructure should close;
• how much capacity should remain;
• whether investment should be coordinated.

Such decisions can simultaneously be environmental decisions and competition decisions.

8. Case 3: Chicken of Tomorrow – Netherlands

ACM – Kip van Morgen

The Chicken of Tomorrow initiative involved producers and supermarkets agreeing to higher animal-welfare and sustainability standards.

The initiative covered a very large proportion of the Dutch market.

The ACM concluded that the arrangement restricted competition and examined whether the benefits could satisfy the exemption requirements.

The economic analysis considered factors including increased prices, reduced consumer choice and consumers' willingness to pay for the relevant improvements. OECD analysis records the authority's finding that the estimated willingness to pay did not fully compensate for the additional cost generated by the initiative.

Legal significance

The case is important for Article 101-style analysis because it raises four familiar questions:

1. Does the agreement restrict competition?
2. Does it create efficiencies?
3. Do consumers receive a fair share of the benefits?
4. Is the restriction indispensable and proportionate?

Planetary-management significance

The same analysis can apply to:

• sustainable agriculture;
• biodiversity standards;
• low-carbon food;
• deforestation-free commodities;
• sustainable fisheries;
• ethical supply chains.

The case illustrates that sustainability cannot simply be used as a label to justify a cartel.

9. Case 4: Shell/TotalEnergies – CO₂ Storage Cooperation

The Dutch competition authority considered cooperation between Shell and TotalEnergies concerning large-scale CO₂ storage in empty North Sea gas fields.

The initiative sought to reduce atmospheric emissions through carbon capture and storage.

The ACM examined whether the companies could achieve the environmental objective independently and considered the benefits of cooperation. Modern discussion of the case identifies it as an important example of competition authorities allowing cooperation connected with climate objectives.

Legal significance

The key question was not simply:

"Are these competitors cooperating?"

Instead, the analysis considered whether cooperation was necessary to achieve the environmental objective.

Planetary-management relevance

Carbon capture and storage frequently involves:

• pipelines;
• shared storage reservoirs;
• monitoring systems;
• infrastructure networks.

Consequently, cooperation may be technically necessary while simultaneously creating a risk of market foreclosure.

Competition governance must therefore distinguish between:

necessary infrastructure cooperation

and

unnecessary commercial coordination.

10. Case 5: American Needle, Inc. v. NFL

U.S. Supreme Court, 560 U.S. 183 (2010)

The National Football League and its teams created a licensing structure involving intellectual-property rights.

The Supreme Court considered whether the NFL teams constituted a single economic entity for Sherman Act purposes.

The Court concluded that the teams remained separate economic actors with separate economic interests for the relevant conduct.

Competition principle

The case is important for determining whether apparently unified governance structures constitute:

• legitimate integration; or
• coordination among independent competitors.

Planetary-management relevance

The same question can arise where several companies jointly operate a planetary infrastructure platform.

For example:

• competing satellite operators;
• competing energy producers;
• carbon-storage companies;
• environmental-data companies;
• renewable-energy developers.

A common governance structure does not automatically eliminate competition-law concerns.

11. Case 6: Ohio v. American Express

U.S. Supreme Court, 585 U.S. 529 (2018)

The case concerned contractual provisions governing transactions on the American Express payment network.

The Supreme Court treated the payment system as a two-sided transaction platform, meaning that the effects on merchants and cardholders could not simply be analysed as two completely independent markets.

Competition principle

The case is significant for platform competition because:

Competition analysis may need to account for interconnected sides of a platform.

Planetary-management relevance

Planetary-management systems are increasingly platform-based.

For example:

Environmental-data platform

Satellite operators → data platform → governments/researchers/businesses

Carbon platform

Emitters → carbon-market platform → buyers/certifiers

Energy platform

Generators → grid-management platform → consumers

Restricting one side of the platform may affect participation and competition on another side.

12. Case 7: United States v. Microsoft Corp.

U.S. v. Microsoft Corp., 253 F.3d 34 (D.C. Cir. 2001)

Although not an environmental case, Microsoft is highly relevant to planetary digital infrastructure.

The case addressed exclusionary conduct by a dominant software platform, including restrictions affecting competing technologies.

Competition principles

The case illustrates how a dominant platform may use control over one technological layer to protect its position in another.

This is relevant to planetary-management systems because a company controlling:

• operating systems;
• cloud infrastructure;
• environmental APIs;
• AI models;
• satellite data;
• smart-grid software

could potentially extend market power into adjacent markets.

Planetary-management example

Suppose a dominant smart-grid operating system prevents competing renewable-energy optimisation software from accessing necessary interfaces.

That could produce an interoperability foreclosure problem similar in structural terms to platform exclusion cases.

13. Case 8: Google Shopping

European Commission – Google Search (Shopping)

The European Commission found that Google had abused its dominant position by giving systematic advantages to its own comparison-shopping service in search results.

The case illustrates the competition risks associated with self-preferencing.

Planetary-management relevance

A similar issue could arise where a dominant environmental platform operates both:

1. an infrastructure/data marketplace; and
2. its own downstream environmental service.

For example:

Environmental-data platform → third-party climate analytics companies → consumers

If the platform systematically prioritises its own climate-analysis products, competing environmental services may be disadvantaged.

The principle therefore has potential significance for:

• climate-data platforms;
• biodiversity-data exchanges;
• carbon-credit marketplaces;
• satellite-data platforms;
• environmental analytics.

14. Common Competition Problems

A. Environmental Data Monopoly

A company may control:

• satellite datasets;
• climate datasets;
• biodiversity information;
• environmental sensors.

Potential conduct includes:

• refusal to supply;
• discriminatory licensing;
• excessive licensing fees;
• tying;
• interoperability restrictions.

B. Carbon-Market Concentration

Carbon markets may develop powerful intermediaries.

Competition concerns may include:

• exclusion of competing registries;
• discriminatory access;
• coordination among credit providers;
• manipulation of certification standards;
• vertical foreclosure.

C. Green Standards Cartels

Competitors may agree on sustainability standards.

Such cooperation can be legitimate, but problems arise where standards are used to:

• exclude rivals;
• raise prices;
• divide markets;
• prevent technological alternatives;
• create artificial entry barriers.

15. Algorithmic Competition in Planetary Management

Algorithms may increasingly control:

• electricity dispatch;
• water allocation;
• carbon prices;
• congestion management;
• environmental certification;
• satellite-data allocation.

This creates the possibility of machine-mediated coordination.

For example, competing energy companies could independently deploy algorithms trained on similar market data.

Even without an explicit human agreement, algorithms could potentially produce coordinated pricing or output.

Competition governance therefore needs to examine:

• algorithmic design;
• input data;
• communication channels;
• common optimisation objectives;
• monitoring systems;
• autonomous pricing;
• algorithmic responses to competitors.

16. Merger Control

Planetary-management markets may generate particularly important merger questions.

A merger between two major:

• satellite operators;
• carbon registries;
• environmental-data providers;
• grid-management software companies;
• carbon-capture infrastructure providers

could create substantial concentration.

Authorities should consider:

Traditional factors

• market shares;
• barriers to entry;
• customer switching;
• pricing;
• efficiencies.

Planetary-system factors

• control of critical environmental data;
• interoperability;
• infrastructure bottlenecks;
• access to essential resources;
• innovation;
• resilience;
• network effects;
• vertical foreclosure.

17. Essential-Facility Issues

Planetary infrastructure can produce natural bottlenecks.

Examples include:

• carbon pipelines;
• electricity interconnectors;
• environmental databases;
• satellite infrastructure;
• water networks;
• climate-monitoring systems.

Where a dominant operator controls infrastructure indispensable to competitors, competition law may need to consider:

1. indispensability;
2. refusal to supply;
3. objective justification;
4. discriminatory treatment;
5. technical feasibility of access;
6. investment incentives.

This is where traditional essential-facility doctrine intersects with planetary governance.

18. Sustainability and Consumer Welfare

A major theoretical issue is whether competition law should recognise benefits that are not reflected immediately in prices.

Environmental benefits may include:

• reduced carbon emissions;
• cleaner air;
• biodiversity protection;
• lower ecological damage;
• reduced resource depletion;
• improved resilience.

The modern European approach increasingly provides mechanisms for assessing sustainability cooperation rather than automatically treating environmental objectives as irrelevant.

However, the legal challenge remains to demonstrate:

real benefits + causal connection + necessity + proportionality + appropriate consumer benefit.

19. Competition Governance Model

A planetary competition-governance framework can be represented as:

Planetary Resource/System

↓

Infrastructure Layer

↓

Digital/Data Layer

↓

Market Platform

↓

AI/Algorithmic Coordination

↓

Competition Risks

↓

Competition Authority

↓

Remedies

Possible remedies

• access obligations;
• interoperability;
• data portability;
• licensing;
• non-discrimination;
• structural separation;
• behavioural commitments;
• merger remedies;
• transparency;
• algorithmic auditing;
• sustainability safe harbours.

20. Role of Competition Authorities

Competition authorities may increasingly become market-governance institutions, rather than merely agencies imposing penalties after antitrust violations.

Their functions can include:

1. Market monitoring

Identify emerging planetary bottlenecks.

2. Merger supervision

Prevent excessive concentration.

3. Sustainability guidance

Provide legal certainty for legitimate environmental cooperation.

4. Digital-market supervision

Monitor algorithms and data concentration.

5. Access regulation

Prevent discriminatory exclusion from critical infrastructure.

6. Innovation protection

Prevent dominant firms from eliminating competing environmental technologies.

21. Relationship with Environmental Regulation

Competition law cannot replace environmental regulation.

The two systems have different purposes.

Effective planetary governance therefore requires institutional coordination rather than one legal regime attempting to perform every function.

22. Key Legal Principles

The emerging framework can be summarised through ten principles:

Principle 1 – Sustainability is not automatically anti-competitive

Environmental cooperation can sometimes generate efficiencies and social benefits.

Principle 2 – Sustainability is not an automatic defence

Environmental language cannot legitimise price fixing or market sharing.

Principle 3 – Necessity matters

Cooperation should be no broader than necessary to achieve the environmental objective.

Principle 4 – Consumer benefits matter

Authorities increasingly examine whether benefits reach consumers or users.

Principle 5 – Environmental externalities may matter

Competition analysis may need to consider effects traditionally treated outside the market.

Principle 6 – Infrastructure bottlenecks require scrutiny

Control over planetary infrastructure can generate significant market power.

Principle 7 – Data can constitute strategic competitive infrastructure

Control over environmental data may facilitate downstream foreclosure.

Principle 8 – Algorithms require competition oversight

Autonomous systems can create new forms of coordination and exclusion.

Principle 9 – Merger control becomes strategically important

Concentration of planetary infrastructure may be difficult to reverse after the merger occurs.

Principle 10 – Competition governance must remain technology-neutral

Rules should apply to the economic function of a system rather than merely its technological label.

23. Emerging Areas of Competition Litigation

Future disputes are likely to involve:

1. AI-controlled energy systems
2. Carbon-credit exchanges
3. Biodiversity-credit markets
4. Satellite-data monopolies
5. Climate-model platforms
6. Carbon-capture infrastructure
7. Smart-grid operating systems
8. Water-allocation platforms
9. Environmental certification monopolies
10. Digital twins of critical infrastructure
11. Green hydrogen infrastructure
12. Global environmental-data exchanges
13. Algorithmic carbon pricing
14. Geoengineering technologies
15. Climate-risk financial-data platforms

24. Overall Legal Framework

The most useful analytical framework is:

Market Definition

↓

Market Power

↓

Nature of Conduct

↓

Competitive Harm

↓

Environmental/Sustainability Benefits

↓

Necessity

↓

Proportionality

↓

Consumer/Market Benefits

↓

Residual Competition

↓

Remedy

This framework allows competition authorities to avoid two opposite errors:

Error 1: Treating every sustainability agreement as suspicious.

Error 2: Treating every environmental objective as an automatic exemption from competition law.

25. Conclusion

Competition law in planetary management systems represents an emerging intersection between antitrust, environmental governance, digital regulation, infrastructure regulation and sustainability policy.

The central problem is that planetary systems often require coordination, while competition law is designed to prevent harmful coordination.

The cases concerning CECED, the Dutch coal-power agreement, Chicken of Tomorrow, Shell/TotalEnergies CO₂ storage, American Needle, Ohio v. American Express, Microsoft and Google Shopping collectively illustrate several dimensions of this problem: sustainability cooperation, platform governance, market definition, infrastructure dependence, exclusionary conduct and the treatment of coordinated activity among independent firms.

The contemporary approach is therefore not simply “competition versus sustainability.” It is increasingly concerned with designing governance mechanisms that allow legitimate environmental cooperation while preserving rivalry, innovation, access and consumer choice. The EU's horizontal-cooperation framework expressly seeks to facilitate cooperation supporting green and digital transitions while retaining effective competition, while the UK and national European authorities have developed specific approaches to environmental sustainability agreements.

In examination terms, the central proposition is:

Planetary management requires cooperation at a global scale, but competition law must ensure that such cooperation does not become a mechanism through which private actors acquire control over essential environmental infrastructure, data, technology or markets.