High exhaust vehicle emissions are associated to non-efficient fuel combustions, which also means elevated fuel consumption. By identifying high-emitting vehicles with remote sensing, private companies can save fuel (and pollutant emissions) in their fleets. Also, there are plenty of possibilities by evaluating controlled fleets of vehicles, for instance estimating the reduction of emissions by repairing or retrofitting some individual vehicles.
Fleet owners want to know the status of their fleets. They want to know if all vehicles are working properly or if any of them may be deteriorated or is close to a failure. They also want to check that any vehicle of their fleet is illegaly manipulated by subcontractors or drivers.
On the other hand, Public Authorities want to know if the concessionary companies comply with the regulations; they also want to audit the real emissions of their public buses or carry out specific evaluations of some groups of vehicles in terms of real emissions, like taxis or other public vehicle fleets.
For all those cases, Opus remote sensing is the most cost-effective solution, as vehicles can be evaluated without interrumping their normal operations.
How is it done?
The solution is different depending on the client and its needs, but in a generic way, it is usual to apply the following steps:
Some success stories
There are 4 different types of activities in fleet evaluation estudies that should be mentioned:
Mahou San Miguel is the leading brewing company in Spain. By remotely measuring the truck's emissions, Mahou can evaluate how polluting is the fleet. We perform a fleet emissions study around every 2 years. This way, the company can evaluate the evolutions of its fleet emissions over the years. This practice has increased the Corporate Social Responsibility (CSR) of Mahou by reducing its on-road traffic emissions and contributed to the company winning the "European Business Award for the Environment" in Spain.
ther interesting programs are those in which we evaluate whether the modification of a vehicle's engine reduces its emissions. A successful case is that of Mercadona, the largest supermarket chain in Spain.
Opus RSE evaluated the real-driving emissions of Mercadona delivery trucks in different configurations: original diesel engine, LPG-transformed and CNG-transformed. The company responsible of the retrofitting was DualFuel, who applied their propietary "Duel Fusion" modifications.
The results were clear:
Thanks to these results, and after an ISO-17025 report was issued by Opus RSE, Mercadona decided to convert a large part of its fleet to alternative propulsion systems.
Alsa, a Spanish private bus transport company, decided to hire Opus RSE to analyze the buses fleet condition. 200 buses of the company were analyzed by the RSD equipment. The project was done in collaboration with Repsol, the most important spanish energy and petrochemical company. The measurements were done in different bus stations of Alsa. The buses could drive normally when their emissions were measured.
The measurements showed that the fleet had very high emissions of hydrocarbons and particulate matter. It was very alarming to find that 9 of the buses were emitting even 11 times over the average of the rest of the fleet. Some mechanical failures of the buses could be proposed, just by analysing their emissions.
Ricardo E&E uses Opus RSDs to monitor the emissions of Scottish public buses. They can check if retrofitting activities really improve their emissions. The work, known as the Bus Emission Abatement Retrofit (BEAR) programme, utilises Opus remote sensing technology to evaluate the on-road performance of retrofits that are intended to lower bus emissions in support of improving air quality.
We help our customers to analyze any types of fleets. We evaluate cars from leasing companies or employee's cars from a certain corporate firm. We also evaluate the vehicles from individual drivers. One example is the work we did to evaluate specific cars after the 'Dieselgate', providing ISO-17025 reports of their car's actual emissions to private drivers that wanted to know the real-emissions of their cars.