Equipment costs, sometimes called tangible costs, refer to capitalized expenditures for salvageable items like tubing, casing, rigs, separators, and tank batteries. Although these assets cannot be deducted immediately like intangible drilling costs, they benefit from accelerated depreciation under the Modified Accelerated Cost Recovery System (MACRS). As highlighted in Investing in Oil and Gas Wells by Nick Slavin, this front-loaded depreciation reduces taxable income substantially in the early years of a well’s production. When combined with intangible drilling costs and lease cost deductions, equipment write-offs furnish an essential layer of savings for high-net-worth investors. Managed carefully, these accelerated deductions enhance short-term cash flow, allowing funds to be reinvested into fresh projects or diversified holdings. Even if a well proves unproductive, certain unrecoverable equipment investments can be deducted immediately. In successful ventures, depreciation weaves together with IDCs and depletion allowances to sustain a robust framework for profitable oil and gas drilling investments.
Tangible Drilling Costs, or TDCs, are the physical assets that build and operate a well. Think casing, tubing, pumping units, tanks, separators, and gathering equipment. These items are capitalized and depreciated, often on five or seven‑year MACRS schedules. Used well, they smooth taxes and strengthen margins over time.
Most wells require significant material inputs. Casing lines the borehole, tubing carries fluids, and tank batteries store production. Unlike intangible drilling costs that are consumed during drilling, these items have salvage value and ongoing utility. The tax code treats them as capital expenditures rather than current expenses.
Salvage value means the asset can be sold or repurposed after use. Steel casing, wellheads, tanks, and pumps often retain value. Labor, mud, chemicals, and rig mobilization leave no asset behind and are generally treated as IDCs. Clear classification controls timing, records, and audits, and it protects the value of your deductions.
MACRS allows accelerated recovery, commonly using a 200 percent declining‑balance method that later switches to straight line when it yields a larger deduction. Many well components, including casing, tubing, pumping units, and surface equipment, fall into five‑ or seven‑year classes. Depreciation begins when the asset is placed in service.
Front‑loaded deductions reduce taxable income in the early years and free cash for reinvestment, diversification, or liquidity. Pair these deductions with IDC expensing to create a stronger first‑year and a steady multi‑year shield as production matures.
If a well is a dry hole, IDCs are typically deductible in the year of failure. Tangible items are different. Salvageable equipment can be sold or repurposed. Any unrecoverable portion may qualify for a current deduction if it no longer has utility. Good records help convert setbacks into timely tax relief.
Deep or complex wells require specialized gear. Overcapitalizing on equipment that does not fit the reservoir can burden early cash flow. Undercapitalizing can limit production efficiency. Align equipment choices with engineered well design so depreciation schedules track real operating needs.
Accelerated recovery can lift internal rates of return by shifting deductions into the project’s earlier, riskier phase. As IDC effects taper after start‑up, equipment depreciation continues to reduce taxable income and helps stabilize net cash flow.
Decide whether to purchase or lease specialized gear. Leasing can preserve cash while still capturing IDC deductions on services. Purchasing can unlock larger depreciation. Model both paths using realistic production forecasts and tax assumptions.
Working‑interest owners typically receive their share of TDC depreciation through Schedule K‑1. If the interest qualifies as nonpassive under Section 469, deductions may offset ordinary income, subject to at‑risk rules. Royalty owners do not pay equipment costs and do not claim TDC depreciation.
Investments held through entities that limit liability can be treated as passive unless material participation is met. In that case, depreciation may be deferred until passive income is available. Structure controls timing, so align ownership documents, JOAs, and reporting with tax goals.
A disciplined operator builds an AFE that separates IDCs from TDCs and schedules equipment delivery and installation to align with placed‑in‑service dates. This planning supports accurate depreciation and timely year‑end elections.
Ongoing reports should show how actual spending tracks the AFE split. Clear variance reporting helps investors and CPAs confirm classifications, update depreciation schedules, and adjust designs if needed.
Matching technology to geology avoids unnecessary capitalized costs and reduces overruns. The result is tighter AFEs, cleaner asset registers, and more predictable depreciation.
Direct programs often span multiple wells and plays. Each project carries a different IDC‑to‑TDC mix, creating a portfolio of deductions and timelines that can improve stability across cycles.
MACRS often uses a half‑year convention unless mid‑quarter rules apply. Placing equipment in service late in the tax year can change convention outcomes. Coordinate installation, acceptance, and first‑production dates so depreciation begins when intended. Keep delivery tickets and startup logs to support placed‑in‑service status.
Some jurisdictions offer incentives for equipment that improves environmental performance. When available, pair these with MACRS to further lower net cost and sharpen well economics. Track eligibility and retain documentation in case of review.
Together, these provisions can reduce net capital at risk and support durable after‑tax cash flow.
TDCs convert essential equipment into multi‑year deductions that protect cash flow beyond Year 1. Classify assets correctly, document placed‑in‑service dates, and coordinate equipment schedules with IDC elections and depletion. This discipline can lower taxes, control risk, and support reinvestment across a multi‑well program.
The information provided in this article is for informational purposes only and should not be considered legal or tax advice. We are not licensed CPAs, and readers should consult a qualified CPA or tax professional to address their specific tax situations and ensure compliance with applicable laws.

The resource center includes material on wind and solar for investor education, while current core projects focus on Oklahoma oil and gas.
After funding, site prep and drilling commence, then the rig releases to completion crews. Completions typically take one to five weeks. First sales occur once facilities are ready and pipeline or trucking is scheduled.
Projects comply with Oklahoma Corporation Commission rules on spacing, completions, and water handling. Engineering and well control standards are built into planning and execution.
The operator maintains lean corporate overhead so more capital goes into the well. Contracts target predictable drilling and completion cycles to protect returns.
Expect an AFE that details capital, a Joint Operating Agreement that governs project decisions, and ongoing statements covering volumes, prices, and LOE. Tax reporting is delivered annually.
Distributions are based on Net Revenue Interest (NRI), not just working‑interest percentage. NRI equals WI × (1 − royalty burden). Revenues are paid after royalties and operating costs.
Projects are offered to accredited investors and require a suitability review. A brief questionnaire confirms status before documents are provided.
Yes. Management participates in each program at the same level as investors, which strengthens alignment on cost discipline and capital efficiency.
Geoscientists confirm source, reservoir, seal, and trap, integrate offset well data, and apply 3D seismic to map targets. Only after this de‑risking does a prospect advance to spud.
Current projects focus on Oklahoma, including historically productive counties where modern technology can unlock remaining value. Local regulation and established infrastructure support efficient development.
Provides direct access to drilling projects, aligns capital by co‑investing, maintains low overhead, and emphasizes transparent reporting. The firm is independently owned and family operated.
Confirm accredited status, review a project’s AFE and geology, and subscribe to a direct participation program that fits your goals and risk tolerance. Expect a Joint Operating Agreement to govern rights and duties.
Direct participation can pair attractive after‑tax cash flow with ownership of a tangible, domestic asset. The structure aims to reduce risk through modern geology, focused basins, and careful cost control.
Three core benefits drive after‑tax returns:
Either buy futures and ETFs or acquire a working interest in a well. A working interest ties returns to actual barrels produced and passes through powerful deductions.
Consider diversified ETFs or mutual funds for low minimums and liquidity. Direct interests often require higher checks and longer holding periods.
Choose indirect exposure through public markets or direct participation in specific wells. Direct participation gives you working‑interest ownership, cash flow from sales, and access to tax benefits.
Public options include energy stocks and ETFs. Direct programs are private placements where you fund drilling and completion and receive your share of revenues and deductions.
It can be attractive when you want real‑asset exposure, cash flow potential, and tax efficiency. It also carries geological, operational, price, and liquidity risks. Model both pre‑tax and after‑tax cases.
After a well is drilled and completed, oil and gas flow to the surface through production tubing and surface equipment. Output starts high, then declines over time.
Subsurface work and leasing can run months or longer. Drilling and completion often require weeks to a few months. Completions alone commonly take one to five weeks after the rig moves off location.
Teams map the subsurface with gravity, magnetic, and 3D seismic data, lease minerals, and drill to prove hydrocarbons. Only a well confirms commercial volumes.
Exploration identifies drill‑ready prospects using geoscience and seismic. Production begins once completions and facilities are in place, and continues through primary, secondary, and sometimes tertiary recovery.
