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FIELD-BY-FIELD ANALYSIS OF OIL PRODUCTION
Is decline accelerating?
HIGHLIGHTS  The future rate of decline in output from producing oilfields as they mature is a
critical determinant of the amount of new capacity and investment that will be
needed globally to meet projected demand. A detailed field-by-field analysis of
historical production trends reveals that the size of reserves and physiographic
situation (onshore/offshore) are the main factors in explaining the shape of an
oilfield¡¯s production profile. The larger the reserves, the lower the peak relative
to reserves and the slower the decline once a field has come off plateau. Rates
are also lower for onshore than offshore (especially deepwater) fields.   Based on data for 580 of the world¡¯s largest fields that have passed their
production peak, the observed decline rate ¡ª averaged across all fields and
weighted by their production over their whole lives ¡ª is 5.1%. Decline rates are
lowest for the biggest fields: they average 3.4% for super-giant fields, 6.5% for
giant fields and 10.4% for large fields. The average rate of observed post-plateau
decline, based on our data sub-set of 479 fields, is 5.8%.   Observed decline rates vary markedly by region. Post-peak and post-plateau rates
are lowest in the Middle East and highest in the North Sea. This reflects, to a large
extent, differences in the average size of fields, which in turn is related to the
extent to which overall reserves are depleted and their physiographic location. In
general, observed decline rates are also higher the younger the field, mainly because
these fields tend to be smaller and are more often found offshore. Investment and
production policies also affect decline rates, especially in OPEC countries.   The average size of the fields analysed is significantly larger than that of all the
fields in the world, as our database contains all the super-giant fields and most of
the giant fields. The decline rates for the fields not included in our dataset are,
on average, likely to be at least as high as for the large fields in our database.
On this basis, we estimate that the average production-weighted observed
decline rate worldwide is 6.7% for post-peak fields.     The average annual natural, or underlying, decline rate for the world as a whole
¡ª stripping out the effects of ongoing and periodic investment ¡ª is estimated a
9% for post-peak fields. In other words, the decline in production from existing
fields would have been around one-third  faster had there been no capital
spending on those fields once they had passed their peak.   Our Reference Scenario projections imply a one percentage-point increase in the
global average natural decline rate to over 10% per year by 2030 as all regions
experience a drop in average field size and most see a shift in production to
offshore fields. This means that total upstream investment in some countries will
need to rise, in some cases significantly, just to offset decline.
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