According to the European Parliament, air transport of people and goods has increased greenhouse gas emissions by almost 130% in the first two decades of the 21st century.
An example provided by the European Commission: each traveler on a flight between London and New York generates the same level of emissions as a domestic heater for a whole year.
The main challenge for this industry is to reduce its environmental impact without harming the travelers who fly, so now more than ever, the main companies and agents in the sector are making great efforts to incorporate measures that improve the efficiency of their operations.
Aviation biofuels are second generation fuels made from organic waste such as sawdust, agricultural or forestry waste, urban waste, plastics, recycled oils, etc.
The use of these fuels is completely safe and reliable. Its chemical composition is identical to that of conventional kerosene of extractive and fossil origin, so that both fuels – indistinguishable from each other – can be mixed and burned in the aircraft engine without any problem. The manufacture and use of sustainable aviation fuel follows a virtuous circular economy scheme.
The use of sustainable aviation fuel has not spread massively yet because the cost of sustainable fuel is, today, more expensive than that of fossil fuel (between three and five times more expensive).
At Avikor we work hand in hand with our customers and partners to promote the production and distribution of sustainable fuels worldwide and achieve economies of scale that allow the product to be made cheaper, progressively reducing the price difference with conventional kerosene.
Air transport has meant democratic access to global mobility that has reached all social strata. This advantage, citizen and business opportunity for operators, has also resulted over time in an increase in CO2 emissions. The aeronautical industry has made changes both in the efficiency of aircraft and in their operating systems, considering that, according to IATA, by 2050 emissions will have been reduced to half their 2005 levels.
Once the improvement of aircraft efficiency has been taken to the limit, the other fundamental factor for reducing emissions is the technological improvement of fuels, as is the case of Avikor, focusing on a fundamental aspect that had not been addressed until now. : the life cycle of the emissions of the fuel used by the aircraft.
In parallel, governments are studying tax measures and restriction of “close proximity” flights. The current reality is that airlines that know how to adapt to the new requirements of a market that are increasingly committed to continuing to do the same, but without environmental cost, will survive. Leadership is needed to incentivize the commercialization of sustainable aviation fuels and it is needed now. That is why Avikor puts in the hands of travelers and companies an empowering instrument for an active commitment that does not know of deadlines or horizons but, from the present, looks to take care of the future.
Avikor was born to universalize a more sustainable way of flying, contributing to improve our planet in a responsible way and without giving up the advantages of flying. Avikor seeks to generalize the use of sustainable aviation fuel by achieving economies of scale, extending its geographical availability and involving individuals, companies, airlines and travel agencies in the sustainable improvement of the planet.
Avikor is technology, logistics and circular economy at the service of aviation, so that flying is not synonymous with depleting fossil resources and tomorrow we can continue to fly responsibly, without damaging the environment.
Any traveler – individual or company – can request to replace part or all of the fuel necessary to cover their journey. Instead of loading the proportional part of conventional fossil fuel (kerosene), the proportional part of sustainable aviation fuel (biokerosene) is lsupplied, reducing the associated CO2 emissions by up to 80%.
Avikor is in charge of introducing the sustainable aviation fuel necessary to cover the journey (in the refueling system of the departure airport, on the day of the flight) and accredits this cargo by issuing the corresponding certificate. The customer covers the economic difference between sustainable aviation fuel and conventional kerosene.
Although it can depend on several factors (airplane model, level of occupancy, wind in favor or against it, etc.), the CO2 emitted on a route depends fundamentally on the distance traveled. The greater the distance, the greater the amount of fuel required, higher CO2 emissions.
Avikor uses a standard value of unit consumption (liters of fuel per passenger and kilometer traveled) provided by the ICAO, thus determining the fuel required to cover a certain route, as well as the emissions associated with it.
With each ticket in which you include Avikor, you will receive an Avikor certificate confirming the amount of sustainable fuel used and the CO2 emissions avoided. In addition, you can check the status of your purchase in the Status section of your Avikor.
Things you can do to reduce your carbon footprint when traveling by plane: