A Typical Loss of Production Income (LOPI) claim - IMUA
A Typical Loss of Production Income (LOPI) claim - IMUA
A Typical Loss of Production Income (LOPI) claim - IMUA
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HYDROFRACKING<br />
The scope and magnitude <strong>of</strong> the process,<br />
inland marine exposures/issues,<br />
and community impact.<br />
MatthewsDaniel<br />
Houston
Personal Background<br />
Daniel C. “Dan” Mason<br />
• Bachelor <strong>of</strong> Science in Petroleum Engineering, The University <strong>of</strong> Texas, 1986<br />
• 26 years <strong>of</strong> oil & gas experience<br />
• 12+ years <strong>of</strong> oil & gas well operations experience in<br />
• Drilling planning and execution;<br />
• <strong>Production</strong> management and well workover; and,<br />
• Facility maintenance and construction.<br />
• 13+ years <strong>of</strong> onshore and <strong>of</strong>fshore energy <strong>claim</strong>s adjusting experience<br />
• Well control / underground crossflow;<br />
• Offshore structures;<br />
• Property / oilfield equipment;<br />
• Upstream facilities; and,<br />
• Handy with power tools.<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 2
Company Background<br />
MatthewsDaniel is an international energy (onshore, <strong>of</strong>fshore<br />
& marine) insurance <strong>claim</strong> adjusting & surveying company.<br />
I work in the <strong>Loss</strong> Department, adjusting <strong>claim</strong>s.<br />
Claims we are typically assigned to review include:<br />
• Physical Damage / “Hull & Machinery” / Cargo<br />
• Operator’s Extra Expense<br />
• General Liability<br />
• Business Interruption<br />
• <strong>Loss</strong> <strong>of</strong> <strong>Production</strong> <strong>Income</strong><br />
• <strong>Loss</strong> <strong>of</strong> Hire<br />
We will briefly describe each <strong>of</strong> these <strong>claim</strong> types.<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 3
OBJECTIVES<br />
‣ To discuss energy <strong>claim</strong>s which may arise for the Inland<br />
Marine Insurer, with emphasis on<br />
• Physical Damage / Hull & Machinery<br />
• Operator’s Extra Expense<br />
• Drilling Operations<br />
• Onshore Drilling<br />
• Hydraulic Fracturing Process<br />
• Concerns<br />
• MatDan Claims Experience<br />
‣ To address your questions<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 4
Energy Insurance Adjusting / Surveying<br />
Energy Claims<br />
MatthewsDaniel<br />
Houston<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 5
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 6
Physical Damage / Hull & Machinery<br />
<strong>Typical</strong>ly, we receive <strong>claim</strong>s for Named Peril or “All Risks”<br />
coverage<br />
• Named Peril requires transpiry <strong>of</strong> a peril named in Policy<br />
• “All Risks” provides cover, except where excluded in Policy.<br />
• Replacement Value v. Actual Cash Value (ACV).<br />
• Limits per Scheduled Value in Policy for assets.<br />
• Subject to a “per incident” Deductible/Retention/Excess.<br />
• Named Windstorm coverage available .<br />
When a major Gulf <strong>of</strong> Mexico hurricane makes landfall in<br />
Mississippi, Louisiana or Texas, we usually get very busy!<br />
Offshore, inland marine and onshore assets are all at risk<br />
during the passage <strong>of</strong> a hurricane.<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 7
Collapse <strong>of</strong> an Offshore <strong>Production</strong> Platform<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 8
Fire Damage to MODU Drilling Package<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 9
Barge / Tug Allision with Pipeline<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 10
Barge / Tug Allision with Pipeline<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 11
Operator’s Extra Expense<br />
…or Control <strong>of</strong> Well insurance. Provides a package <strong>of</strong><br />
coverage for well operation control incidents.<br />
• Provides cover for the following costs:<br />
• Control <strong>of</strong> Well – control a “well out <strong>of</strong> control” per provisions<br />
• Restoration / Redrill – resulting from “well out <strong>of</strong> control”<br />
• Seepage & Pollution – resulting from a “well out <strong>of</strong> control”<br />
• Possible Endorsements: Care, Custody & Control, Evacuation<br />
Expenses, Turnkey Drilling, Making Wells Safe<br />
• Limit(s) as described in the Declarations, per incident.<br />
• Subject to a “per incident” Deductible/Retention/Excess.<br />
• Subject to “Due Diligence”, “Warranty”, and “Exclusions”<br />
provisions in the Policy.<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 12
Well Control / Barge Rig Damage<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 13
General Liability<br />
• Separate insurance policy to protect the Operator or ship<br />
owner from <strong>claim</strong>s (and/or lawsuits) from third parties.<br />
• When a liability <strong>claim</strong> is made, the insurance carrier has<br />
the duty (and right) to defend the insured.<br />
• We do not frequently receive these <strong>claim</strong>s, but are well<br />
suited to provide valuable technical assistance to Insurers.<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 14
Oil spill containment boom<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 15
Business Interruption (BI)<br />
Provides compensation to the Operator / Vessel Owner for a<br />
shortfall in the ability <strong>of</strong> the asset / facility to earn income, as a<br />
result <strong>of</strong> a Named Peril (i.e. Physical Damage, etc.)<br />
• <strong>Typical</strong>ly subject to a “Waiting Period” number <strong>of</strong> days<br />
before BI cover will commence.<br />
• BI coverage specifies a Limit value.<br />
• Expediting / Mitigation Costs may be applicable.<br />
• <strong>Typical</strong>ly a very complex calculation which evaluates preincident<br />
& post-incident costs and income.<br />
The Adjuster (and / or a forensic accounting firm) will typically<br />
review the circumstances, calculate costs and income, and<br />
apply Policy provisions to calculate a potential <strong>claim</strong> amount.<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 16
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 17
<strong>Loss</strong> <strong>of</strong> <strong>Production</strong> <strong>Income</strong> (<strong>LOPI</strong>)<br />
Provides compensation to the Operator <strong>of</strong> a well if the well is<br />
not able to produce as a result <strong>of</strong> a Named Peril.<br />
• <strong>Typical</strong>ly subject to a “Waiting Period” number <strong>of</strong> days<br />
before <strong>LOPI</strong> cover will commence.<br />
• <strong>LOPI</strong> coverage typically provides an agreed upon value<br />
(per unit) for the production shortfall, for a specified Limit<br />
<strong>of</strong> days.<br />
• Expediting / Mitigation Costs may be applicable.<br />
The Adjuster will typically review the production data,<br />
calculate the production shortfall, apply Policy waiting periods<br />
and agreed unit values to arrive at potential <strong>claim</strong>.<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 18
A <strong>Typical</strong> <strong>Loss</strong> <strong>of</strong> <strong>Production</strong> <strong>Income</strong> (<strong>LOPI</strong>) <strong>claim</strong><br />
Damage to the production facilities resulting from a Physical Damage <strong>claim</strong> has left<br />
the well incapable <strong>of</strong> production for an extended period.<br />
Considerations: Could some other operations restore production sooner to<br />
decrease (or prevent) the <strong>LOPI</strong> <strong>claim</strong>? Due diligence to restore operations ASAP?<br />
<strong>Loss</strong> <strong>of</strong> <strong>Production</strong> <strong>Income</strong> (<strong>LOPI</strong>) coverage is subject to a 30-day Waiting Period<br />
with a Daily Amount not to exceed US$ 30,000 per day for a maximum duration <strong>of</strong><br />
360 days. There was no partial production.<br />
The well was not able to be produced for 78 days. Hence, the <strong>Loss</strong> <strong>of</strong> <strong>Production</strong><br />
<strong>Income</strong> <strong>claim</strong> would be calculated to be US$ 1,440,000, as follows:<br />
Gross <strong>Loss</strong> <strong>of</strong> <strong>Production</strong> <strong>Income</strong> Claim (78 days @ US$ 30,000/day) US$ 2,340,000<br />
Less: Waiting Period (30 days @ US$ 30,000/day) (900,000)<br />
Calculated Net <strong>Loss</strong> <strong>of</strong> <strong>Production</strong> <strong>Income</strong> Claim US$ 1,440,000<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 19
Well Intervention Operations, Inland Waters<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 20
<strong>Loss</strong> <strong>of</strong> Hire (LoH)<br />
Provides compensation to the Operator / Vessel Owner if the asset is not<br />
able to earn it’s daily rate, as a result <strong>of</strong> a Named Peril (i.e. Physical<br />
Damage, for example)<br />
• <strong>Typical</strong>ly subject to a “Waiting Period” number <strong>of</strong> days before LoH<br />
cover will commence.<br />
• <strong>LOPI</strong> coverage typically provides an agreed upon daily rate, for a<br />
specified Limit <strong>of</strong> days.<br />
• Expediting / Mitigation Costs may be applicable.<br />
• A LoH <strong>claim</strong> is possible even if the Physical Damage <strong>claim</strong> is nil.<br />
The Adjuster will typically review the circumstances, calculate the days out<br />
<strong>of</strong> service excess <strong>of</strong> the Policy waiting period, apply daily rates per Policy<br />
to arrive at the potential <strong>claim</strong>.<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 21
A <strong>Typical</strong> <strong>Loss</strong> <strong>of</strong> Hire (LoH) <strong>claim</strong><br />
Severe damage to the pedestal crane located on the barge rig has suffered<br />
significant damage. The duration <strong>of</strong> repairs to the crane will make the rig incapable<br />
<strong>of</strong> returning to work for an extended period.<br />
Considerations: Could some other operations restore rig operations sooner to<br />
decrease the LoH <strong>claim</strong>? Could another crane be rented? Due diligence to restore<br />
operations ASAP? Consult with the Insuring Conditions and Exclusions in Policy.<br />
<strong>Loss</strong> <strong>of</strong> Hire (LoH) coverage, in this instance, is subject to a 30-day Waiting Period<br />
with a Daily Amount not to exceed US$50,000 per day for a maximum duration <strong>of</strong><br />
360 days.<br />
The well was not able to be produced for 35 days. Hence, the <strong>Loss</strong> <strong>of</strong> <strong>Production</strong><br />
<strong>Income</strong> <strong>claim</strong> would be calculated to be US$ 250,000, as follows:<br />
Gross <strong>Loss</strong> <strong>of</strong> Hire Claim (35 days @ US$ 50,000/day) US$ 1,750,000<br />
Less: Waiting Period (30 days @ US$ 50,000/day) (1,500,000)<br />
Calculated Net <strong>Loss</strong> <strong>of</strong> Hire Claim US$ 250,000<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 22
Lift Boat Capsize<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 23
We note…<br />
In each <strong>of</strong> the above situations, we evaluate the<br />
situation, closely review Policies and Schedules<br />
applicable to the property in question, and quantify<br />
the potential <strong>claim</strong>, subject to Insurer’s coverage<br />
determination.<br />
Coverage determinations are reserved only for<br />
Insurers.<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 24
Shale Drilling / Fracking<br />
Now we focus on shale drilling in the United States,<br />
and how that might involve an Operator’s Extra<br />
Expense Policy.<br />
We have been the Adjuster on <strong>claim</strong>s where Inland<br />
Marine Underwriters formed part <strong>of</strong> the Policy<br />
Security.<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 25
Shale Horizontal Drilling<br />
Incidents with Shale Wells<br />
MatthewsDaniel<br />
Houston<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 26
Case #1: Wellhead leaking during hydraulic fracture treatments<br />
A leak developed between flanges <strong>of</strong> the tubinghead and lower master valve during<br />
the hydraulic fracture treatment. Once the leak started, there was no way to shut<br />
<strong>of</strong>f the flow with surface equipment.<br />
Actions<br />
Environmental<br />
Tighten the leaking flange bolts.<br />
Pump “gunk” squeezes.<br />
Stop the well flow to change-out wellhead equipment, using:<br />
Mechanical plug; and / or,<br />
Kill mud / cement plug.<br />
Frac water leaked from the well and flowed from the wellsite pad.<br />
Frac water crossed a cattle pasture, then to a creek and river.<br />
Potential Gross Cost<br />
US$ 15,300,000 (100%), <strong>of</strong> that > US$ 6,000,000 (100%) may be environmental<br />
(much environmental sampling, reporting to Agencies, Attorneys, etc.)<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 27
Case #2: Casing failure during hydraulic fracture treatments<br />
The intermediate casing burst near the surface <strong>of</strong> the well during the hydraulic<br />
fracture treatment. Treating pressure increased unexpectedly during the fracking<br />
operation. The flow from the intermediate casing eroded a hole through the<br />
surface casing, then the flow came to the surface near the well.<br />
Actions<br />
Environmental<br />
Shut down pumps; mobilize coiled tubing to the location.<br />
Circulate kill mud within the wellbore; set mechanical or cement plug(s).<br />
Evaluate the casing condition; repair or plug and abandon the wellbore.<br />
Underground breech transpired at a depth near potable water formations.<br />
Soil samples were evaluated; contaminated soil removed to <strong>of</strong>f-site remediation.<br />
Water monitoring wells were drilled, per agreement with the regulatory authorities;<br />
the sampling regimen was decided and implemented.<br />
Potential Gross Cost<br />
US$ 6,700,000 (100%), <strong>of</strong> that US$ 750,000 (100%) was environmental related.<br />
* approx US$ 2,200,000 Restoration adjusted – damage prior to incident.<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 28
Case #3: Casing failure during production / flowback<br />
The production casing in a well was installed and a multi-stage hydraulic fracture<br />
treatment was completed. During flowback operations, the production casing<br />
burst within the well and flow traveled to surface between intermediate and<br />
production casings, then, through a casing head valve. Well control specialists<br />
were dispatched to assist. The well flow eventually bridged.<br />
Actions<br />
Environmental<br />
Identify depth <strong>of</strong> damaged casing; evaluate condition, then<br />
Repair damaged casing by back-<strong>of</strong>f and install new from surface, or install patch.<br />
Or, plug and abandon the well.<br />
Spray / mist <strong>of</strong> light hydrocarbons ejected from well; liquids contained to the well<br />
pad site / reserve pit.<br />
Water/oil mixture collected on the well site for disposal.<br />
Potential Gross Cost<br />
US$ 13,000,000 (100%), <strong>of</strong> that US$ 250,000 (100%) was environmental related.<br />
(<strong>claim</strong> involved restoration <strong>of</strong> existing well, abandonment, drilling <strong>of</strong> new well)<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 29
Case #4: Behind-pipe crossflow discovered during drilling operation<br />
The production casing in a well was installed but the hydraulic fracture treatment<br />
had not been performed. The drilling rig was “skidded-over” to commence a new<br />
well. While drilling in the new well at a very shallow depth, the “new” well began to<br />
flow fresh water and gas. Well control specialists were dispatched. Diagnostics<br />
indicated flow origin from the other “completed” well. Wireline operations indicated<br />
flow from a potentially productive interval behind the intermediate casing.<br />
Actions<br />
Environmental<br />
Identify depths from where crossflow is transpiring; pump mud & cement to control:<br />
Repair damaged casing by back-<strong>of</strong>f and install new from surface, install patch,<br />
or, plug and abandon the well / redrill.<br />
Fresh water with gas ejected from well.<br />
Water collected on the wellsite; fluid vacuumed; new rock added.<br />
Potential Gross Cost<br />
US$ 13,500,000 (100%), <strong>of</strong> that US$ 850,000 (100%) was environmental related.<br />
Claim involved abandonment <strong>of</strong> completed well, redrill <strong>of</strong> well, redrill <strong>of</strong> another to<br />
depth <strong>of</strong> incident.<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 30
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 31
Common OEE Incident Characteristics?<br />
Each incident is different, with different cost combinations coming into play.<br />
‣ Well control (relief well possible)<br />
‣ Restoration, redrill, or possibly both.<br />
‣ Environmental clean-up, damages, and monitoring operations.<br />
‣ Care, custody & control.<br />
‣ Evacuation <strong>of</strong> nearby residents?<br />
‣ Other costs?<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 32
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 33
Well Control Preventative Measures…<br />
• Prevent wellhead failures during hydraulic fracture treatments<br />
‣ Attention to new/used wellhead equipment condition / testing regimen…<br />
• Prevent casing ruptures during the fracture treatment or production<br />
‣ Attention to casing condition prior to performing fracture treatments, then<br />
‣ Attention to casing condition prior to flowback / production operations.<br />
‣ Monitor casing condition by use <strong>of</strong> multifinger caliper …or ultrasonic or<br />
electromagnetic logs? (Casing Inspection Logs)<br />
• Inspect cement sheath quality behind casing to prevent behind-pipe flow<br />
‣ Attention to cement condition prior to performing fracture treatments…<br />
‣ Attained by use <strong>of</strong> cement bond log …or noise/temperature log<br />
Be prepared! Remember Murphy’s Law!<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 34
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 35
Other Concerns & Considerations<br />
• Green completions? Can they be done effectively?<br />
• Earthquake <strong>claim</strong>s? Are they really a concern?<br />
• Contamination <strong>of</strong> potable water table? Have you performed baselines?<br />
• Availability <strong>of</strong> equipment and supplies? Sometimes equipment and<br />
materials can be hard to locate… and expensive.<br />
• Project economics? Is all this going to make me money?<br />
• Applicability <strong>of</strong> the incident to OEE Policy wording / provisions / intent?<br />
• Wellsite / pad size? Sufficient for possible well control needs?<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 36
References – for self study<br />
Other Shale Fracking Resources<br />
Making Sense <strong>of</strong> the ‘Overnight’ Shale Gas Revolution; JPT Online; 16Feb12<br />
http://www.jptonline.org/index.php?id=1525<br />
Hydraulic Fracturing 101; Journal <strong>of</strong> Petroleum Technology – April 2012; SPE 152596<br />
http://www.kgs.ku.edu/PRS/Fracturing/Frac_Paper_SPE_152596.pdf<br />
Shale Gas: Promising Prospects Worldwide; JPT Special Section – Shale; Jul11; pp. 37-39<br />
http://www.spe.org/jpt/print/archives/2011/07/11SpecialSection.pdf<br />
Hydraulic Fracturing Operations—Well Construction and Integrity Guidelines (API Document HF1)<br />
http://www.shalegas.energy.gov/resources/HF1.pdf First Edition, October 2009<br />
DOI / BLM Proposed Rules regarding Well Stimulation on Federal & Indian Lands<br />
http://www.doi.gov/news/pressreleases/loader.cfm?csModule=security/getfile&pageid=293916 May 4, 2012<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 37
Thank you for your attention!<br />
www.matdan.com<br />
Dan Mason<br />
danmason@matdan.com<br />
MatthewsDaniel<br />
Houston<br />
HYDROFRACKING – The scope and magnitude <strong>of</strong> the process, inland marine exposures/issues and community impact. Slide No. 38
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www.matdan.com