There may be significant
tax advantages associated with participation in privately
held domestic oil and gas drilling and production in the U.S.
today. The Internal Revenue Code of 1986, as amended (the
“Code”) currently provides tax advantages for
certain types of direct participation in oil and gas drilling
and production in order to encourage investment in oil and
gas exploration within the United States. However, in order
to benefit from these tax incentives participants must meet
certain requirements – not all oil and gas ventures
generate the same types of tax advantages. This overview sets
forth some of the tax benefits associated with participating
in private oil and gas ventures within the United States.
It is applicable only to participation in private companies
– investing in a publicly traded stock does not generate
the same types of tax advantages. Of course, you are encouraged
to consult with your tax advisor regarding how any specific
participation will be treated given your particular circumstances.
Intangible Drilling
and Completion Costs (“IDCs”) generate significant
deductions during the 1st year of participation.
IDC costs comprise a substantial portion of the expense associated
with drilling and developing a well, and include drilling
expenses, such as site preparation, rig costs and the expensive,
high-pressure fracturing of rock formations. A substantial
portion (approximately 65 to 80%) of a direct investment in
a domestic oil and gas venture may constitute IDC and be deductible
in the taxable year of the participation. This is even true
for some investments made late in a year, in which the drilling
doesn’t begin until the beginning of the following year.
For example, if a participant were to purchase a portion of
a U.S. working interest in December 2007, the IDC for that
well generally could be deducted in 2007 as long as drilling
begins prior to April 2008. For a participant in the 35% federal
marginal tax bracket who has the ability to use the full write-off,
this means a tax savings in the first year equal to 22.75%
to 28% of the initial investment. As an illustration, if the
IDC for a well amounted to 75.0% of a participant’s
$100,000 investment, the participant could receive up to a
$75,000 deduction. This would save the participant (at a 35%
federal marginal rate) $26,250 on his or her taxes in the
year of the investment. These tax benefits could be even more
significant in states where there is a state income tax or
for self-employed participants who could benefit from reduced
self-employment taxes as a result of IDC deductions.
Participation in
oil and gas ventures allows participants to offset other “Active”
income.
The Code classifies participation in joint ventures formed
to purchase working interests in oil and gas properties as
an “active” business activity. This is beneficial
because it allows individuals to offset losses stemming from
oil and gas joint ventures against other income from “active”
businesses. This classification allows participants to use
deductions from certain oil and gas ventures against income
from salaries, businesses in which they invest, stock dividends
and stock trades. The same benefits are not associated with
“passive” investments, such as investment in stock
in corporations or limited partnership interests in limited
partnerships formed to purchase oil and gas properties.
Participation may
also generate depreciation deductions over time.
Equipment including pipe, well casings, tubing, storage tanks,
pumping units and other items that remain with the well after
its completion are considered depreciable. These additional
expenses may generally be depreciated over a seven-year period.
Participants in domestic
independent oil and gas ventures are entitled to a percentage
depletion allowance.
The owner of an economic interest in an U.S. oil and gas property
is generally entitled to claim the greater of “percentage
depletion” or “cost depletion.” Percentage
depletion is generally available only to the domestic oil
and gas production of "independent producers." To
qualify as an independent producer, the taxpayer, either directly
or through related parties, may not be involved in the refining
of more than 50,000 barrels of oil (or equivalent of gas)
on any day during the taxable year or in the retail marketing
of oil and gas products exceeding a total of $5 million per
year. Although it could be higher, generally a percentage
depletion allowance of 15% is used. In contrast, cost depletion
for any year is determined by multiplying the cost basis of
the mineral interest by a fraction, the numerator of which
is the number of barrels of oil (or Mcf of gas) sold during
the year, and the denominator of which is the estimated recoverable
units of reserves available at the beginning of the depletion
period. In no event may the cost depletion exceed the adjusted
basis of the property to which it relates.
The impact of the depletion allowance is
to generally make 15% to 25% of the gross income from a direct
participation in an oil and gas property tax-free. One important
limitation on the depletion allowance is that the deduction
in any tax year may not exceed 65% of the taxpayer’s
taxable income from all sources. Typically, any excess depletion
allowance may be carried forward.
Consult your personal
tax advisor. The above examples are for general information
only and are not intended as individual tax advice. Federal
and state tax laws are complex. Consult your personal tax
advisor concerning the applicability and effect participation
in oil and gas ventures on your personal tax situation and,
more specifically, whether or not participation in an oil
and gas venture would produce favorable tax advantages in
your tax situation. This information was current as of September
2007. However, tax laws change from time to time, and there
can be no guarantee of the interpretation of the tax laws.
GLOSSARY
ACCREDITED INVESTOR
A person or institution deemed capable of understanding and
affording the financial risks associated with the acquisition
of unregistered securities.
The SEC recognizes the following parties as accredited:
1. An individual who alone, or with a spouse, has a net worth
of over $1 million.
2. An individual who alone had income in excess of $200,000
in each of the past two years (or with a spouse, in excess
of $300,000 in each of the past two years) and has a reasonable
expectation of doing as well in the current year.
3. A financial institution such as bank, broker/dealer, insurance
company or business development company.
4. Any director, officer or general partner of the issuer.
5. A trust or business partnership, with assets in excess
of $5 million, that wasn't formed for the purpose of acquiring
the unregistered securities.
6. Any entity wholly owned by accredited investors.
ACIDIZING
A technique for increasing the flow of oil and/or gas into
a well. Hydrochloric acid is pumped into the oil-bearing rock.
The acid dissolves limestone in the producing zone enlarging
pores and flow into the well bore with less restriction.
BARREL OF OIL
42 U.S. gallons of oil at 60 degrees Fahrenheit.
BIT
A bit is the drilling tool that bores or cuts into the earth.
There are two basic types: the cable tool bit which moves
up and down the hole, striking the bottom, chipping away the
rock, and the rotary bit which revolves to grind the rock.
The rotary is the modern technique used in most drilling operations.
BLOWOUT
An unexpected violent eruption of oil and gas from a well
during the drilling phase of operation. This happens when
high pressure gas is encountered and the proper precautions
have not been taken. The initial eruption is followed by an
uncontrolled flow of fluids from the well.
BLOWOUT PREVENTER
A "BOP" is a large, specially designed valve that
is mounted on top of the well during the drilling and completion
stages of operation. The operator can close this valve to
stop the flow of oil or gas in case of emergency.
BOTTOM HOLE PRESSURE
The reservoir pressure at the bottom of the well. When the
well is flowed, a decline in pressure occurs. The amount of
decline in pressure related to the amount of oil production
will give an engineer information regarding the reserves of
the well.
CASING
Steel pipe which screws together and is lowered into the hole
after drilling is complete. It is used to seal off fluids
and keeps the hole from caving in.
CEMENT OR "SET
PIPE"
A process whereby cement is pumped into the hole between the
walls of the hole and the outside of the casing. Upon hardening,
the cement holds the pipe in place and prevents fluid movement
in the hole.
COMMERCIAL WELL
A well which is capable of producing enough products to pay
for itself and give a profit to its owners.
COMPLETION
A general term referring to all activities necessary to put
a well in production after it has been drilled to casing point.
CUTTING OR SAMPLES
Pieces of rock cut out of the formation by the bit and circulated
to the surface by the mud. Geologists study this rock for
signs of oil and gas as the well is drilled.
DEPLETION
The reduction in value of mineral deposits as it is produced.
Oil is a wasting asset, in that proceeds from the well represent
both income and return of capital.
DEPOSIT
An accumulation of oil, gas or other minerals which is capable
of production.
DEVELOPMENTAL WELL
A well drilled to a known producing formation in an existing
oil field.
DISCOVERY WELL
An exploratory well which encounters production in a previously
unknown deposit.
DRILLING
The act of boring into the earth.
DRILLING RIG
The equipment used to bore into the earth. There are two types:
a. Rotary b. Cable tools. The rotary type is more modern and
efficient.
ELECTRIC LOG
An electrical survey made on uncased holes. A special tool
is lowered into the hole which ejects an electrical current
into the rock and records its resistance to the current. The
data from the survey is used by the geologist to determine
the nature of the rock and its contents.
EXPLORATION
A general term referring to all efforts made in the search
for new deposits of oil and gas.
FLOWING WELL
A well capable of producing oil or gas by its own energy without
the aid of a mechanical pump. Normally a pump is put on the
well after the pressure reduction inhibits the rate of production.
FRAQING
The process of pumping fluids into a productive formation
at high rates of injection to hydraulically break the rock.
The "fractures" which are created in the rock act
as flow channels for the oil and gas to the well.
GAS WELL
A well that produces natural gas which is not associated with
crude oil.
IDC (Intangible Drilling
Costs)
All costs incurred in drilling a well other than equipment
or leasehold.
IP
(Initial Production) Production from a well is generally broken
down into three categories: a. Flush or Initial b. Settled
c. Stripper. It is important for investors to realize that
a well cannot maintain the flow rates it made during the first
stages of its life.
NON-COMMERCIAL
A well that is not capable of producing enough oil to pay for
the drilling.
NRI
(Net Revenue Interest) That percent of the production revenue
allocated to the working interest after first deducting proceeds
allocated to royalty and overriding interest.
OIL
A liquid hydrocarbon. (see "Crude Oil")
OIL GRAVITY
The most widely used indicator of a crude oil's worth to the
producer is its API gravity. Normally, the price which a producer
receives for his oil depends on its gravity, the less dense
oils (higher API gravity) being the most valuable. This price
schedule is based on the premise that the lighter oil contains
higher percentages of the more valuable products such as gasoline.
API Gravity (degrees) = (141.5/sp.gr.) - 131.5.
OIL&GAS LEASES
A contract between an oil operator and a landowner which gives
the operator the right to drill for oil and gas on his property
for a consideration. It is simply a "ticket to hunt".
OPERATING EXPENSE
The expenses incurred through the operation of producing properties.
PAYOUT
When the costs of drilling, producing and operating have been
recouped from the sale of products on a well.
PERMEABILITY
A measure of the resistance of rock to the movement of fluids.
Rocks may have holes or void spaces in them (porosity), but
if these holes do not connect, the permeability can be drastically
reduced.
POROSITY
A measure of the relative volume of void space in rock to
the total rock volume. These spaces or pores are where oil
and gas accumulate; therefore, a formation containing a high
percentage of porosity can contain more hydrocarbons.
PROVEN RESERVES
Oil and gas which has not been produced but has been located
and is recoverable.
SALT WATER DISPOSAL
WELL
Many wells produce salt water while producing oil. The disposal
of this water is a problem to an operator because of pollution.
The best solution to the problem is to pump the waste back
into a formation that is deep enough not to pollute shallow
water sands. Many stripper wells which are no longer commercial
are converted for this purpose.
SECONDARY RECOVERY
A broad term encompassing any method of extracting oil from
a reservoir after a well or field has exhausted its primary
production.
SEDIMENTARY ROCKS
Rock is generally classified in one of three categories: a.
Sedimentary; b. Igneous; c. Metamorphic.
STRUCTURAL TRAP
A fold or break (or both) in the earth's crust which creates
an impervious trap for oil and gas. Oil will migrate underground
through rock until it is "trapped".
SURFACE PIPE
Pipe which is set with cement through the shallow water sands
to avoid polluting the water and keep the sand from caving
in while drilling a well.
SWAB
A tool which is lowered down the pipe on a wire line. The "swab"
is then pulled out of the hole. As it travels up the pipe, rubber
elements expand so that the fluid in the pipe is trapped above
the swab and pushed to the surface. This operation is necessary
when the formation pressure is not high enough to blow the fluids
in the pipe to the surface.
TANK BATTERY
A group of tanks at a well site used to store oil prior to sale
to a pipeline company.
TESTING
When each new well is competed, a series of tests are run
on the well. The various tests are used to estimate the daily
deliverability, payout, and reserves.
TUBING
Small diameter pipe which is installed in the casing. Oil is
produced through tubing because it increases the viscosity of
fluid and a well's flow capabilities.
TURNKEY CONTRACT
A contract in which an operator or drilling contractor agrees
to furnish all labor and materials necessary to drill a well
to a certain depth or stage of completion for a specified
sum of money. The operator or contractor assumes all of the
responsibility and risks involved in completing the operation.
VISCOSITY
The resistance of fluid to flow. A high viscosity fluid will
not flow as easily as a low viscosity fluid (Mud will not move
as easily as water).
WORKING INTEREST
An interest in an oil and gas lease that is subject to some
portion of the cost of development, operation and maintenance.
Money in the Ground-Insider's
Guide to Oil and Gas Deals (4th Ed.) (Paperback)
by John Orban (Author)
Designed for the potential investor. Helpful and simplified,
adequate treatment of every relevant aspect from geology to
taxation. Gives real-world practical information (not theory).
Provides specific deals with examples. Available
at www.amazon.com
Oil & Gas Production
in Nontechnical Language (Hardcover) by Martin
S. Raymond (Author), William L. Leffler (Author)
This nontechnical treatment is a great introduction to oil and
gas production for anyone from beginning petroleum engineering
and geology students to accountants, salespersons, and other
professionals interested in the industry. Co-authored by Martin
Raymond, a veteran production manager, and William Leffler,
one of the top petroleum nontechnical writers, it is an easy-to-read
reference for those who deal with petroleum industry personnel
and production issues in their jobs, but need a quick overview
of the technical and business issues. Complete with helpful
charts and diagrams, this book covers everything from production
equipment and processes to theory, business operations, and
strategies. Available
at www.amazon.com
Let's Talk an Oil Deal:
Your Key to Oil Patch Lingo (Paperback) by John
Orban (Author) Available
at www.amazon.com
Understanding Today's Natural
Gas Business (Paperback) by Bob Shively (Author),
John Ferrare (Author)
A comprehensive overview of the natural gas industry. The book
covers topics ranging from how natural gas developed and the
physical system, to end users and deregulation, and the major
players to market dynamics. A perfect introduction to the industry
for new hires or a resource book for any level industry player.
Available
at www.amazon.com
HELPFUL
LINKS
www.bloomberg.com
An information-services, news and media company that provides
business and financial professionals with the tools and data
they need on a single, all-inclusive platform.
www.oilandgasinvestor.com Hart Energy Publishing' Oil and Gas Investor
web site is your complete source for information about the
financial world of oil and gas. In addition to providing daily
analysis of trends and industry events, our editors interpret
the news to highlight opportunities for you, whether your
company explores for petroleum or provides finance, capital
and advisory services to oil and gas operators.
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