Last year, the world's airlines spent $140
billion on jet fuel. Now, the Air Transport Action Group (ATAG),
an organisation representing parties from across the aviation
industry, says that governments across Asia could be getting a
slice of that by kick-starting development of a new source of
energy for flights.
In July, the global standards agency, ASTM
International, gave approval for airlines to start flying on
biofuels made using the Hydrotreated Renewable Jet (HRJ) process.
This followed approval for fuels using Biomass-to-Liquid (BtL) in
their production. It opens the door for airlines to fly commercial
flights using up to 50% biofuels and a number of airlines have
started to do so.
"The progress has been
amazing. Just a few years ago, biofuels for aviation were not even
on the radar. Since the ASTM approval came through in July, we
have had six airlines running passenger services using biofuels,"
said ATAG Executive Director, Paul Steele, speaking at the Greener
Skies 2011 conference in Hong Kong. "While a lot of the technical work has been done, we need to continue to work on three important aspects: Further research into
new production techniques and feedstocks; ensuring that we can
commercialise the biofuels opportunity and bring the right quantities of biofuels to airlines at the right price; and
committing to robust sustainability standards worldwide that will
mean biofuels for aviation don't have negative consequences for
vulnerable communities."
Currently, airlines are
paying a price premium for using biofuels, but the industry
expects that this will drop as more production capacity comes on
stream and supply ramps up.
"Airlines are currently paying around
three times the cost of Jet A-1 for the biofuels they are using,
which is of course unsustainable in the long term," Steele
said. "But as the price of oil continues to rise and we work
on new sources of biofuel, we can expect the two energy sources to
reach parity. How quickly that happens depends on attracting the
necessary investment and governments putting in place the right
policy framework ... Asian governments and industry
have a fantastic opportunity to take advantage of sustainable
aviation biofuels. Asia-Pacfic is one of the fastest-growing
aviation regions in the world and became the largest aviation
market in 2009. The region will be using the mobility and
connectivity that air travel brings to help drive economic growth.
That growth can be achieved in a more sustainable way if Asian
airlines take advantage of reducing their carbon footprint by up
to 80% using biofuels."
"Governments should also be
taking advantage of this potential boost to the green economy with
home-grown jet fuel a possibility. The possibilities of using
algae for aviation biofuel need to be explored in Asia and the
exciting prospect of using municipal waste to produce biofuel will
solve a landfill issue and provide airlines with a new stream of
clean energy," Steele added.
Projects to use municipal waste to
produce jet fuel are being developed in London, Northern
California, Sydney and Rome. US-based company Solena
is working with local airlines to build plants capable of turning
500,000 tonnes of normal organic urban waste into 16 million
gallons of jet biofuel each year. The mega-cities of Asia could
potentially supply millions of tonnes of organic waste material to
convert into aviation biofuels.
"We are urging
governments to support our efforts through practical policy
measures and have suggested some easy steps to bring about faster
deployment of aviation biofuels: foster research into new
feedstock sources and refining processes; de-risk public and
private investments in aviation biofuels; provide incentives for
airlines to use biofuels from an early stage; encourage
stakeholders to commit to robust international sustainability
criteria; understand local green growth opportunities; and
establish coalitions encompassing all parts of the supply chain,"
Mr. Steele said.
Globally, aviation uses only 10% of the liquid fuels
used for transport. It is also distributed through smaller and
more tightly-controlled system than other transport fuels: 1,600
airports worldwide fuel 95% of the world's flights. This compares
to over 161,000 gas stations in the United States alone.
"We have
a greater opportunity to de-carbonise air transport faster through
biofuels than other sectors. Furthermore, other forms of transport
have alternatives such as electricity, which we believe means that
biofuels should be prioritsed for use in aviation and other
'heavy' forms of transport," said Mr. Steele. "It may also provide
the oil giants with food for thought. They have for too long
delayed getting into sustainable aviation biofuels. It is now time
for them to get serious about the needs of their customers and of
the world - provide us with low-carbon, cost-effective,
sustainably-sourced fuel or we'll just end up doing it ourselves."
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