Achievement carbon neutrality for the editorial website means a process in which an organization systematically measures, reduces and subsequently offsets greenhouse gas emissions associated with its digital infrastructure, physical operation and the entire supply chain. Digital media contributes to climate change primarily through the energy consumption for operating servers, networks and end devices, with the internet now estimated to produce as much CO₂ as the entire global aviation.
For a successful transformation to a "clean" web, it is essential to follow internationally recognized methodologies and focus on three key areas: emissions classification, technical optimization, and certified compensation.
Emissions classification according to the GHG Protocol
To correctly calculate the editorial carbon footprint, it is necessary to divide emissions into three groups (so-called Scopes), which are defined by GHG Protocol:
- Scope 1 (Direct emissions): It includes resources that the organization directly owns or controls. In an editorial environment, this includes, for example: gas heating in a building or burning fuels in company vehicles.
- Scope 2 (Indirect emissions from energy): These are emissions from purchased energy consumed by the organization. A typical example is electricity for office lighting and powering your own servers, or steam, heat and cooling.
- Scope 3 (Other indirect emissions): This category covers the entire supply and customer chain outside the direct control of the company and often constitutes the most complex part traces. For the editorial website this includes:
- Production and operation of IT equipment.
- Hosting and data transfer via the internet.
- Corporate travel and daily employee commute to work.
International standards and methodologies
To credibly declare neutrality, publishers must adhere to strict standards that prevent the risk of so-called. greenwashing.
- PASS 2060 (BSI): A British standard aimed directly at declaring carbon neutrality. It requires four stages: measurement, reduction, compensation and documentation. The organization must demonstrate real emission reduction and purchasing offsets must not be its only strategy.
- ISO 14068: A new international standard that January 2025 replaces PAS 2060. It provides a structured approach to setting reduction targets and subsequent verification of neutrality.
- ISO 14064-1: A detailed methodology for quantifying and reporting emissions at the organization level, which helps define the boundaries of the emission inventory.
Specifics of digital media and infrastructure
The most significant emissions from operating the web occur in data centers and networks. Each user accesses a page requires data transfer, which consumes electricity.
- Green hosting: It is crucial to use hosting in data centers powered by 100 % from renewable energy sources (RES)Project Website Neutral Project points out that many providers only simulate neutrality by purchasing offsets, instead of using direct green electricity (solar or wind) on site.
- Design optimization: Reducing your digital footprint includes reducing image size, using buffering (cache) and an overall reduction in unnecessary data transfers, thereby reducing network load.
- Office operations: In addition to technology, traditional resources such as energy-saving lights, equipment, and more environmentally friendly employee transportation (trains, bicycles, video conferencing) also need to be addressed.
Recommended procedure for achieving neutrality
The editorial team should proceed in these five steps:
| Step | Activity | Description |
|---|---|---|
| 1. Balance sheet | Emission measurement | Calculation of Scope 1, 2 and Scope 3 categories exceeding 1 % total emissions. |
| 2. Reduction | Reducing footprint | Transition to renewable energy, energy-saving technologies and optimization of the energy efficiency of the website. |
| 3. Infrastructure | Green hosting | Choosing hosting with guaranteed 100% RES or using clouds that eliminate emissions. |
| 4. Compensation | Offsetting | Purchase carbon credits from verified projects after maximally cleaning up your own inventory. |
| 5. Verification | Certification | External auditing (according to PAS 2060/ISO 14068) and public publication of results. |
The role of carbon offsets
Carbon credits should be used up to residual emissions, which cannot be removed directly in the system. The quality of these projects is crucial for the credibility of neutrality.
Recommended projects include: afforestation and forest restoration, which naturally bind CO₂ from the atmosphere, or investments in wind and solar farms. It is essential to use credits certified by renowned standards, such as Gold Standard or Verra (VCS), which guarantee that emission reductions are additional, permanent and there is no double counting. Under some schemes, such as CarbonNeutral® Protocol, it is mandatory to offset at least Scope 1 and 2, while Scope 3 often remains voluntary.
A carbon-neutral editorial website is the result of a systematic approach that combines technological discipline with environmental responsibility. The application of international standards (ISO, GHG) and an emphasis on real emission reduction before compensation are essential prerequisites for achieving real climate benefits without risking reputational damage. JRi&CO2AI



