3.
Reserves, production and future options
The steady increase in demand of natural gas requires
a constant expansion of the gas infrastructure and continued
efforts in exploration and production. The physical existence
of gas resources will not be a limiting factor in the further
development of the gas markets. This is the result of all
studies analysing the gas resource base. In line with these
findings a study undertaken by the OGP66 has also
shown that gas resources available for export to Europe are
sufficient to supply expected EU and global demand for at
least 100 years.
Based on the OGP report, the remaining recoverable natural
gas potential inside the EU/EEA7 area amounts
to some 13,500 Bcm, which at current consumption levels would
supply Europe for about 30 - 40 years.
Gas resources outside Europe, which could be exported to Europe,
amount to some 180,000 Bcm; this figure takes economic and
technical feasibility and domestic consumption in the exporting
countries into account.
The increasing demand for natural
gas in Western and Central Europe and the decline of indigenous
production reconfirm the need for constructive relations with
the Russian Federation, North Africa, Middle East and Central
Asia. Diversification of imports is an important strategic
element for security of gas supply policies in Europe.
One of the key policy elements of the gas industry for the
security of natural gas supply is diversification. This can
be observed to develop further in “many flavours”:
New LNG projects, either from existing or new players.
With regard to the very long term, the increasing role of
natural gas on the present fossil fuel orientated energy market
is often seen as a bridge, together with renewables, to a
hydrogen market in some fifty to one hundred years. In this
picture natural gas has a growing position as well as renewables.
The actual growth of renewables depends on innovative development
and environmental orientated preferences by government and
some consumer groups. In the event of an additional choice
for renewables, dependency on fossil fuels might be reduced
and security of natural gas improved.
Although a shift on the energy market towards low-carbon
or even carbon-free energy supply is emerging, a vast increase
seems only realistic in the long term.
The main impact may come from a more efficient production
of renewable energy together with high fossil fuel prices,
resulting from diminishing reserves.
As far as a future hydrogen market is concerned, many technical
problems have to be solved and there is no real economic basis
yet. Technical problems are related to production, availability
of hydrogen-related energy to end consumers, as well as the
transportation of hydrogen. The present natural gas infrastructure
as such is not fit immediately suitable to be used for hydrogen
transportation and distribution because of the metals used.
Further studies should indicate whether solutions can be developed.
In the meantime, the bridge created by natural gas and renewables
has to be extended and well maintained.