Skip to content
←Back to glossarySpecial risks

Offshore energy insurance

Cover for offshore oil and gas installations, including blowout, pollution and production-loss risks.

Definition

Gulf of Mexico, April 20, 2010: the BP-operated Macondo well blows out beneath Transocean's Deepwater Horizon rig. Eleven dead, and about 65 billion dollars in charges for BP, most of it outside any policy. Offshore energy insurance covers fixed platforms, drilling units, FPSOs, subsea pipelines and installations under construction. It responds to physical damage, loss of production following physical damage, third-party and pollution liability, and control of well costs (OEE, Operator's Extra Expense), which pay for bringing a blowout back under control, redrilling and cleanup, usually on the operator's working interest in the joint venture. The blowout remains the benchmark loss because a single event hits every one of those covers. Control of well is the most technical part of upstream; support vessels stay with the marine hull market, and the P&I clubs carry liability for the mobile units they enter. It is a thin market that trades in London, on forms such as EED 8/86 for control of well and WELCAR 2001 for offshore construction. The oil majors pool their physical damage in OIL (Oil Insurance Limited), a Bermuda mutual, and place what sits above its capacity at Lloyd's and in the London energy market; several, BP first among them, keep a large share of the risk on their own balance sheet. The same market writes offshore wind farms, through construction and into operation.

Its 15 cross-references, woven across the glossary's 18 categories
Offshore energy insurance: Special risks glossary illustration, AlgoPolis
Example

Textbook case, in numbers. A blowout costs 280 million dollars at 100% (180 million for well control, 60 million for redrilling, 40 million for cleanup). The OEE policy carries a 250 million combined single limit at 100% and a 5 million deductible. Net of the deductible the loss is 275 million, capped at the limit, so 250 million is recoverable at 100%. The operator holds a 40% working interest and insures its share, so it collects 40% × 250 = 100 million. Left uninsured is 30 million at 100% (25 million above the limit plus the 5 million deductible), of which 12 million is the operator's. On Deepwater Horizon the gap between limit and charges ran into the tens of billions.

The case, drawn
A well blows out: who pays?THE ENTRY'S TEXTBOOK CASE, IN MILLIONS OF DOLLARSWhat the blowout costs, at 100%$280m180regaining control of the well60redrilling40clean-upWhat the OEE policy takes$250m5deductible250up to the combined limit25above the limitWhat the operator gets (40%)$100m10040% of 250, its working interest12left for its own accountDeepwater Horizon, 20 April 2010: some$65 billion of charges for BP, most of itoutside any policy.
SourcesAmounts: the entry's textbook case (a $280m well, a $250m combined limit at 100%, a $5m deductible, an operator holding 40% of the license), example figures and not a real loss. 20 April 2010 and some $65 billion of charges for BP: the Macondo blowout under Deepwater Horizon, facts checked in the entry. OEE: Operator's Extra Expense, the control of well costs.
Read next
Put it to work
Related terms
Go further at the Academy
Also known as

offshore energy, offshore oil and gas insurance, OIL, OEE, London energy market, offshore insurance, offshore oil rig insurance, offshore wind farm insurance, offshore upstream insurance, ofshore energy insurance, offshore upstream, offshore and renewables insurance

Stay informed

Follow the research

One letter a week. First, the week's underwriting note, when one is published: a dated, argued decision, signed by Paul Bernardski. Then what the observatory published on cyber risk, political risk and insurance. No account, no tracking.

No spam, one-click unsubscribe, no data ever sold.