Tenders, permits, clients. They all require substantiated emissions data. Flowter automatically calculates CO2, NOx and NH3 per project location and period. Based on real operating hours. The emission and reporting methodology has been independently assessed within an ISAE 3000 assurance engagement, conducted by TÜV NORD Nederland and partner Diggle BV.
Control over emissions starts with reliable emissions data. This is what emissions reporting delivers in practice:
GPS-Buddy has had its IT controls regarding the emission and reporting methodology independently assessed within an ISAE 3000 assurance engagement, carried out in collaboration between TÜV NORD Netherlands and its partner Diggle BV. The calculation method follows market and government standards: EMEP/EEA for road transport and TNO-2021-R12305 for mobile machinery. The emission calculation aligns with the TNO AUB method.
The calculation works per asset, based on fuel type and emission group, so the figure reflects what the vehicle or machine actually is. The result is an emission report that meets the requirements of tenders, permit authorities and clients.
Flowter automatically links emissions to project locations and a self-chosen period. Per vehicle and machine, it calculates which CO2, NOx and NH3 emissions occurred at a location. The calculation is based on actual CAN-bus data. The report is exportable in PDF, XLSX or CSV and can be shared directly with the client, auditor or permit authority. Historical data is retained, enabling reporting on closed periods.
Flowter provides insight into fuel consumption, operating hours, kilometres and AdBlue of vehicles and machines. The calculation method is automatically applied to that same data. The emission class per vehicle or machine is automatically included in the calculation. Changes to vehicle characteristics are immediately reflected in new reports. The result is an emission report that is available without additional input or manual steps. Based on actual operating hours and CAN-bus data.
Tenders, nitrogen dossiers and reporting obligations from clients place demands on emissions reporting. Flowter automatically converts data from vehicles and machines into emissions figures, calculated on the basis of actual operating hours and an independently assessed calculation method. Per project location, per period. Ready to submit to your client, auditor or permit authority.
Frequently asked questions and answers. Is your question not listed? Feel free to contact us.
or construction companies, contractors and carriers that want to take their emissions seriously. With insight as the starting point and demonstrable results as the goal. The emission figures are directly usable in tenders, with permit authorities and with clients.
Flowter calculates CO2, NOx and NH3 automatically based on data from vehicles and machinery. The calculation method has been independently assessed within an ISAE 3000 assurance engagement. The report is immediately available per project location and period, without manual steps or additional systems.
The reports can be used for tenders that require emission substantiation, for permit authorities that request NOx and NH3 per project location, and for clients that need Scope 3 data for their own reporting obligations. They are also suitable for carriers that need to provide CO2 figures per trip or per client contract.
GPS-Buddy has had its IT controls regarding the emission and reporting methodology independently assessed within an ISAE 3000 assurance engagement, carried out in collaboration between TÜV NORD Netherlands and its partner Diggle BV. The method follows publicly recognised standards: EMEP/EEA for road transport and TNO-2021-R12305 for mobile machinery. The calculation works per asset, based on fuel type and emission group, so the figure reflects what the vehicle or machine actually is.
Yes. Data is retained, making it possible to report on closed periods. The reporting period is freely selectable.
The report is exportable in PDF, XLSX and CSV, depending on what the recipient requires.
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