The F-gas regulation imposes a paper burden on refrigeration technicians that nobody talks about

There is a European regulation that requires every refrigeration technician to record, after every intervention, exactly how much refrigerant they added or recovered, which method they used to detect a leak, and their personal F-gas certificate number. That record must be kept for five years and be immediately available for inspection. The regulation is EU 517/2014, better known as the F-gas regulation.

Most refrigeration technicians know this regulation well. They know they need to keep logbooks. But ask them how they do it, and the answer is almost always the same: a paper notebook at the site, an Excel file per client, or job sheets in a folder.

What the F-gas regulation specifically requires

For every refrigeration installation containing fluorinated greenhouse gases, an individual logbook is mandatory. Not per company, not per technician — per installation. A refrigeration technician with fifty clients therefore has fifty separate logbooks to manage.

That logbook must be updated after every intervention with:

• —Date and type of intervention
• —Quantity and type of refrigerant present in the installation
• —Quantity of refrigerant added, including origin (new, recycled or reclaimed)
• —Quantity of refrigerant recovered
• —Result of the leak check and the detection method used
• —Name and F-gas certificate number of the technician

On top of the logbook, there is also a mandatory inspection frequency based on the GWP value of the refrigerant. Installations with more than 500 tonnes of CO2 equivalent must be checked quarterly. Between 50 and 500 tonnes: twice yearly. Smaller installations: annually. A technician with installations in all three categories has three different follow-up schedules to manage, across fifty or more installations.

What goes wrong with manual management

Refrigerant traceability that does not add up

The F-gas regulation requires that quantities of refrigerant added and recovered be traceable. If the figures in the logbook do not match the refrigerant purchase invoices, the environmental inspection can conclude that refrigerant was illegally dumped. That is an environmental offence with fines up to fifty thousand euros and possible loss of accreditation.

This risk is real. Not because technicians deliberately falsify records, but because reconciling refrigerant balances across dozens of installations without specialised software is practically unmanageable.

Missed checks due to no follow-up system

An installation that is overdue for its mandatory leak check is a direct compliance risk. If that installation subsequently leaks and the check had not been performed, the installer is liable. Without automatic follow-up per installation, this becomes a matter of luck: the technician remembers, or does not.

Untraceable dossiers during inspection

When the environmental inspection visits a company, the logbook of every installation must be immediately available. In practice, that means finding the right folder in an archive of hundreds of job sheets, or opening the right tab in an Excel spreadsheet maintained by three different technicians. That takes time you do not have during an inspection visit.

What automation looks like for a refrigeration technician

Imagine: a technician performs a leak check. On their phone they open the installation record — their name and F-gas certificate number are already filled in. They select the detection method, record the result, and enter the quantity of refrigerant added if applicable. Three minutes of work.

The logbook for that installation is updated automatically. The refrigerant balance is correct. The date of the next mandatory check is already in the calendar. If a leak was found, a repair quote proposal appears automatically.

• —Fifty logbooks, always up to date, without extra effort.
• —Automatic reminders per installation based on the mandatory inspection frequency.
• —Refrigerant balance per installation always reconcilable with purchase invoices.
• —During inspection: complete dossier exportable in one click.
• —F-gas certificate number entered once, automatically on every document.

Why refrigeration is ready for digitisation

The F-gas regulation has existed since 2014 but is becoming stricter. The permitted GWP values of refrigerants are decreasing, which means installations are being replaced and new commissioning dossiers need to be created. The administrative burden is increasing, not decreasing.

Yet there are hardly any software tools specifically aimed at the small and medium-sized refrigeration technician in Belgium or the Netherlands. Large manufacturers and installation groups have internal systems, but these are not available to independent installers. They continue working with generic tools that do not understand what an F-gas logbook is.

National implementations of the F-gas regulation

EU regulation 517/2014 applies directly in all EU member states, but each country also has national implementing rules. In the Netherlands, this is the Regeling gefluoreerde broeikasgassen en ozonlaagafbrekende stoffen, with certification via Kiwa or Lloyd's Register approved schemes. In Germany, the Chemikalien-Klimaschutzverordnung (ChemKlimaschutzV) governs practical implementation, with certification via KKA (Kompetenz-Center Kälteanlagen). In France, the arrêté of 29 February 1992 and subsequent amendments apply, with certification via Qualiclimafroid.

The logbook obligation — per installation, kept for five years, available for inspection — is identical across all four countries because it flows directly from the European regulation. What differs is the certifying body and the national enforcement authority: in Belgium the OVAM and Leefmilieu Brussel, in the Netherlands the NVWA, in Germany the Umweltbundesamt, in France the DREAL.