Media sustainability: data, emissions and costs

Energy bills, cloud invoices, production schedules and paper purchases already give media and communications companies environmental data. These records describe the resources behind streaming platforms, broadcast infrastructure, print distribution and advertising. Connecting them helps teams investigate operating costs and emissions together, rather than treating each customer questionnaire or disclosure as a separate data collection exercise.

The difficulty is that these records sit across facilities, finance, technology, procurement and production partners. A shared environmental data foundation allows those teams to reuse information for consumption analysis, supplier decisions, client requests and reporting, including CSRD disclosures where applicable. This article explains the main sources to investigate, the controls needed for comparable results and practical actions for each part of a media business.

Digital infrastructure and streaming emissions

Start by separating infrastructure the company operates from services purchased from external providers. Record which facilities, platforms and contracts the inventory covers before comparing consumption or allocating emissions to content.

Data centers and cloud services

Data centers are the backbone of modern media. Streaming platforms, news websites, social media networks, and digital advertising exchanges all depend on server farms that consume significant electricity for computing and cooling. For a media inventory, the useful question is how much of the service or facility consumption can be attributed to the company, with a documented period and method.

The classification depends on the organisational boundary and contractual arrangement. Purchased electricity for controlled operations may fall within Scope 2, while purchased cloud services are generally assessed within Scope 3. Colocation and leased facilities need closer review rather than classification from an invoice label alone. Request provider-specific information where available, retain its allocation method and document estimates when primary data is missing.

Key metrics to track include energy consumption per unit of content delivered (kWh per petabyte), Power Usage Effectiveness (PUE) of owned or leased facilities, and the renewable energy share of electricity supply. A structured data collection process should retain source files, coverage and update frequency. Confirm the available connection or import workflow for each provider instead of assuming every service exposes equivalent data.

Streaming and content delivery

Video streaming is one of the most energy-intensive digital activities. Each hour of streaming generates emissions from encoding, storage, content delivery networks (CDNs), and end-user devices. While per-stream emissions have decreased as encoding efficiency improves, total streaming volume continues to grow rapidly.

Media companies should measure the carbon footprint of their content delivery by tracking CDN energy consumption, average bitrate and resolution settings, geographic distribution of viewers (which affects grid emission factors), and caching efficiency rates.

Print media, broadcast, and production

Physical operations need their own source map. Distinguish recurring site consumption from production-specific activity, then reconcile project records with corporate totals so the same energy or journey is not counted twice within the inventory.

Paper sourcing and print operations

For publishers, newspapers, and magazines, paper remains a significant emission source. The full lifecycle includes forestry and pulp production, paper manufacturing (energy and water intensive), ink production and printing press energy, and distribution logistics (often involving daily delivery networks).

Sustainable procurement policies should prioritize certified paper sources (FSC, PEFC), recycled content, and low-VOC inks. Tracking these metrics at the SKU level enables accurate Scope 3, Category 1 reporting.

Broadcast operations

Television and radio broadcasters operate studios, transmission towers, satellite uplinks, and outside broadcast units. Studio lighting, HVAC for temperature-controlled environments, and 24/7 transmission equipment create a continuous energy baseline. Outside broadcast units for live events add diesel generators and transport logistics.

For broadcasters with applicable climate disclosure requirements, facility-level energy records can support the relevant metrics. Meter readings should be reconciled with bills and retain the period, unit and site. Monitoring provides evidence for analysis; it does not by itself establish that an inventory or disclosure meets assurance requirements.

Content production

Film, television, and advertising production involves travel, set construction, catering, wardrobe, transportation of equipment, and on-location energy use. Industry initiatives like the Albert carbon calculator (used by the BBC and other UK broadcasters) and the Green Production Guide provide frameworks for measuring production-level emissions.

Advertising industry carbon footprint

The advertising sector contributes to emissions through three main channels: production of advertising content (shoots, post-production, CGI rendering), media buying and distribution (digital ad serving, programmatic auctions, print advertising), and the energy cost of the advertising technology (AdTech) supply chain.

Programmatic advertising can involve bidding across exchanges, audience-data processing, creative delivery and measurement. Estimates depend on the activities and devices included, the allocation method and the quality of supplier information. A campaign figure without those boundaries is not a sound basis for comparison or a reduction claim.

Agencies should map these activities to their inventory boundary and applicable reporting requirements. Client campaign estimates and the corporate inventory serve different purposes: identify how placements purchased on behalf of clients are treated and reconcile overlapping supplier records before aggregation.

CSRD applicability for media groups

Being a publisher, broadcaster or agency does not determine reporting obligations on its own. Establish the legal entity, group structure, jurisdiction and financial year before deciding which requirements apply.

Scope and timeline

The 2026 EU amendment to sustainability reporting rules narrows the future scope for EU undertakings and groups to those exceeding both 1,000 employees and EUR 450 million in net turnover, assessed at the relevant individual or consolidated level. National transposition, transitional provisions and the reporting year must also be checked. The earlier two-of-three size test should not be used as a universal statement of current obligations.

Assess relevant ESRS topics through the applicable materiality process rather than assuming every media company has the same disclosures. Areas to examine can include climate and energy, materials and equipment waste, workers in production and the value chain, and business conduct. Map issues such as freelancers, privacy and editorial independence to the appropriate facts and requirements instead of assigning them automatically to a single topical standard.

Double materiality for media

The double materiality assessment for media companies must consider both the environmental impact of operations and the financial risks from climate change. Physical risks include damage to broadcast infrastructure from extreme weather. Transition risks include changing consumer preferences toward sustainable media consumption, regulatory costs for carbon-intensive operations, and reputational risk from perceived greenwashing.

4 practical strategies for media operations

Prioritise actions using measured consumption, cost and data quality. Assign an owner and a comparison method to each initiative, then check the effect on both resource use and service quality before extending it.

1. Adopt green production standards

Choose production practices and any certification scheme according to the project requirements. Set energy budgets for productions, use LED lighting, minimize air travel for crew, and track waste diversion rates on set. Integrate production-level emission data into corporate ESG reporting through standardized templates.

2. Optimize digital infrastructure

Test video encoding, workload scheduling, caching and lightweight product design against a defined baseline. A smaller file or reduced bandwidth does not automatically establish an equivalent energy or emissions saving: encoding work, device compatibility, cache behaviour and service quality also matter. Track delivery volume and consumption separately, using intensity metrics alongside absolute totals to distinguish growth from efficiency changes.

3. Build sustainable procurement programs

Extend ESG requirements to the supply chain. For print media, mandate certified paper and sustainable inks. For broadcast, require energy-efficient equipment in procurement specifications. For digital operations, select cloud providers with credible renewable energy commitments. A shared carbon accounting data foundation can support consolidation, but suppliers still need clear requests covering period, quantity, boundary and methodology.

4. Measure and report advertising emissions

Develop methodologies for calculating the carbon footprint of advertising campaigns. Work with industry bodies to standardize measurement approaches. Provide clients with emission reports for their campaigns, turning sustainability into a competitive differentiator.

How Dcycle supports media and communications companies

Dcycle is an environmental data platform for structuring the information a company already generates through energy, fuel, materials, waste and suppliers. For media groups, the starting point is a common source map across publishing, broadcast, production and digital operations. Today these teams often rebuild the same records for isolated requests; organising them once makes reuse more practical.

• Shared environmental records: Keep sites, entities, periods and units identifiable so finance and operations can investigate the same activity used in reporting.
• Supplier information: Organise requests and supporting evidence from paper suppliers, production partners and technology providers, with estimates clearly distinguished from supplier-specific data.
• Consolidation controls: Define which divisions and activities belong in the inventory and review overlaps before aggregating results.
• Reusable outputs: Use the underlying information for consumption analysis, cost decisions, customer requests and applicable disclosures, checking each output’s boundaries.
• Review preparation: Retain sources and calculation references so the team can explain a figure. Independent assurance and acceptance remain separate assessments.

Before selecting a platform, test a real workflow: a production’s energy records, a supplier estimate and an adjustment to a previous period. Confirm which imports or integrations are available, who approves corrections and how the resulting figure can be traced. Platform access does not remove the need for sound methodology and complete evidence.

Conclusion

Media and communications companies need a view of environmental performance that connects digital services with physical operations. Cloud hosting, studio energy, travel, paper and advertising suppliers each require appropriate records and boundaries. A single campaign estimate or consumption ratio cannot describe the whole business.

Start with a source map, assign responsibility for the largest data gaps and reconcile project activity with corporate totals. Use the same structured environmental data to investigate resource use, verify costs and prepare external requests. That foundation helps teams evaluate operational changes while keeping reporting claims proportionate to the evidence available.

Frequently asked questions (FAQs)