Oil Tank Disposal & Removal in Michigan

Oil tank disposal in Michigan means hiring an EGLE-compliant licensed contractor to drain, excavate, and haul away the tank for certified disposal, then file the required soil sampling and closure documentation — most Michigan homeowners pay $1,800-$3,500 for a standard underground removal. Compare free quotes from vetted Michigan oil tank removal contractors near you below.

Average Cost
$1,800-3,500
Permit Cost
$100-200
Timeframe
1-8 weeks for active remediation, 2-6 months for full regulatory closure
Contractors Listed
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Key Takeaways: Soil Remediation in Michigan

  • Soil remediation in Michigan costs $12,000-45,000 on average, but severe cases can exceed $100,000
  • Michigan Department of Environment, Great Lakes, and Energy (EGLE) oversees all petroleum contamination cleanup in Michigan and must approve remediation plans
  • The most common approach is dig-and-haul: excavate contaminated soil and dispose at a licensed facility
  • Remediation timelines range from 1-2 weeks for minor contamination to several months for major events
  • Michigan may offer financial assistance through petroleum cleanup funds — check eligibility with Michigan Department of Environment, Great Lakes, and Energy (EGLE)
  • A No Further Action (NFA) letter from Michigan Department of Environment, Great Lakes, and Energy (EGLE) is the goal — this officially closes the contamination case

About Soil Remediation in Michigan

Soil remediation is the process of removing, treating, or neutralizing petroleum contamination in soil and groundwater caused by leaking oil tanks. The complexity and cost of remediation depends on several interrelated factors: the volume of contaminated soil, the concentration of petroleum compounds, the depth of contamination, the type of soil (Sandy and clay glacial soil in your area of Michigan), proximity to drinking water wells or surface water bodies, and the specific cleanup standards set by Michigan Department of Environment, Great Lakes, and Energy (EGLE). Remediation typically begins with a site characterization study — collecting additional soil and possibly groundwater samples to map the three-dimensional extent of the contamination plume. Based on this data, a Remedial Action Plan (RAP) is developed and submitted to Michigan Department of Environment, Great Lakes, and Energy (EGLE) for approval. The most common remediation approach for residential sites in Michigan is excavation and off-site disposal, where contaminated soil is physically dug out, loaded into trucks, and transported to a licensed thermal treatment or landfill facility. For larger contamination events, in-situ treatment methods (treating the soil in place) such as bioremediation, chemical oxidation, or soil vapor extraction may be more cost-effective. The goal of all remediation is to reduce contaminant concentrations below Michigan's applicable cleanup standards, which are based on the property's land use classification and environmental sensitivity.

Michigan's cold winters and mid-20th-century housing stock left a large legacy of underground heating oil tanks, particularly in older Detroit-area neighborhoods (Detroit, Dearborn, Royal Oak, Grosse Pointe) and in the Upper Peninsula and northern Lower Peninsula, where natural gas infrastructure arrived later or never fully displaced oil heat. Homes built from the 1930s through the 1970s in these areas are the most likely to still have a buried 275- or 550-gallon steel tank in the yard.

Michigan's glacial soil is a patchwork of sandy outwash and denser clay till, and the mix matters for removal. Sandy sections near the Great Lakes shoreline let a leak spread and reach groundwater faster, while clay-heavy inland soils tend to hold contamination closer to the tank grave but can complicate excavation and drainage during the dig. Michigan's freeze-thaw cycle also accelerates external corrosion on older bare-steel tanks that were never fitted with cathodic protection.

Because so much of Michigan borders the Great Lakes, EGLE (the Department of Environment, Great Lakes, and Energy, formerly MDEQ) applies extra scrutiny to any petroleum release with a plausible pathway to surface water or a tributary. EGLE's Storage Tank Program requires a licensed contractor for removal, soil sampling from the excavation, and a closure report; if contamination is confirmed near a lake, river, or wetland, remediation is overseen with the Great Lakes watershed specifically in mind, which can mean a longer timeline than a similar leak found on a purely inland lot.

When You Need Soil Remediation in Michigan

Contamination discovered during tank removal — the most common trigger for remediation. When soil samples collected during tank extraction show petroleum levels above Michigan's regulatory action levels, remediation is mandatory before the site can be closed.
Failed soil tests showing petroleum contamination — sometimes contamination is discovered during a property transaction, refinancing, or routine environmental assessment, even when the source tank was removed years ago. Residual contamination left behind by an improper earlier removal still needs to be addressed.
Required for property sale with documented contamination — if your property has a known contamination issue on record with Michigan Department of Environment, Great Lakes, and Energy (EGLE), you cannot transfer clean title until the contamination is remediated and a closure letter is obtained. Buyers, lenders, and title companies all require this.
Protect drinking water wells and groundwater — petroleum contamination migrates downward through soil toward the water table. In Michigan, where Sandy and clay glacial soil has specific permeability characteristics, contamination can reach groundwater relatively quickly, threatening private wells and public water supplies.
Eliminate ongoing environmental liability — under Michigan law, property owners bear financial responsibility for contamination on their property. Until remediation is complete and the state issues a No Further Action letter, you carry open environmental liability that can affect insurance, property value, and legal exposure.
Required by Michigan Department of Environment, Great Lakes, and Energy (EGLE) when contamination is reported — once petroleum contamination is reported to Michigan Department of Environment, Great Lakes, and Energy (EGLE) (which contractors are legally required to do when they find it), a regulatory case is opened that must be resolved through approved remediation. You cannot ignore it.
Prevent contamination from spreading to neighboring properties — petroleum plumes continue to migrate over time, potentially crossing property lines and contaminating neighboring land and wells. Prompt remediation limits the extent of contamination and reduces total cleanup costs.
Health concerns from petroleum vapor intrusion — in some cases, volatile petroleum compounds can migrate upward through soil as vapors and enter homes through foundation cracks and utility penetrations. This is particularly concerning for homes with basements and can pose indoor air quality health risks.

The Remediation Process in Michigan: Step by Step

1

Initial Site Assessment & Emergency Response

When contamination is first discovered (usually during tank removal), the contractor documents the visible extent of staining, odor, and any free product (liquid oil) observed. If significant free product is present, emergency containment measures are implemented to prevent further spreading. The initial soil sample results from the tank removal provide the first data point for understanding contamination levels.

2

Site Characterization Investigation

Additional soil borings and samples are collected beyond the original tank excavation to map the full extent of contamination in three dimensions — horizontally and vertically. This typically involves drilling or hand-augering 4-8 additional sampling points around and below the known contamination, with samples analyzed at multiple depth intervals. In some cases, groundwater monitoring wells are installed to determine if contamination has reached the water table. This phase costs $2,000-5,000 depending on the number of samples needed.

3

Remedial Action Plan (RAP) Development

Based on the characterization data, your environmental consultant or contractor develops a formal Remedial Action Plan specifying: the estimated volume of contaminated soil to be removed, the excavation boundaries and depth, the disposal facility to be used, health and safety procedures, confirmation sampling locations, and a cost estimate. The RAP is submitted to Michigan Department of Environment, Great Lakes, and Energy (EGLE) for review and approval before remediation work can begin.

4

Regulatory Review & Approval

Michigan Department of Environment, Great Lakes, and Energy (EGLE) reviews the submitted RAP to ensure it meets Michigan's cleanup standards and regulatory requirements. This review process typically takes 2-4 weeks, though expedited review may be available for certain situations. The agency may request modifications to the plan or additional characterization data before granting approval.

5

Excavation of Contaminated Soil

With approval in hand, the excavation crew removes contaminated soil using excavation equipment sized for the project scope. Soil is loaded directly into lined dump trucks or placed in temporary roll-off containers. The excavation follows the boundaries specified in the RAP, with the contractor monitoring for visual and olfactory evidence of contamination at the excavation margins to ensure all impacted soil is captured.

6

Confirmation Sampling & Analysis

After excavation, soil samples are collected from the floor and sidewalls of the excavation at specified intervals to confirm that remaining soil meets Michigan's cleanup standards. These samples are analyzed at a MI-certified lab on an expedited turnaround (typically 48-72 hours). If any confirmation samples exceed cleanup levels, additional excavation is required in those areas, followed by re-sampling.

7

Off-Site Disposal at Licensed Facility

Contaminated soil is transported under manifest to a licensed treatment, storage, and disposal facility (TSDF). Most petroleum-contaminated soil from residential sites is sent to thermal treatment facilities or approved landfills that accept contaminated soils. Proper manifesting and disposal documentation is critical for regulatory compliance and your records.

8

Backfill, Compaction & Site Restoration

Once confirmation samples verify the excavation meets cleanup standards, the area is backfilled with certified clean fill material, compacted in lifts, and the surface is restored with topsoil and grading to match the surrounding terrain.

9

Closure Report & No Further Action Request

A comprehensive closure report is prepared documenting the entire remediation process: contamination characterization data, the approved RAP, excavation documentation with photos, confirmation sample analytical results, soil disposal manifests and certificates, and a demonstration that all Michigan cleanup standards have been met. This report is submitted to Michigan Department of Environment, Great Lakes, and Energy (EGLE) with a request for a No Further Action (NFA) letter, which formally closes the contamination case and releases the property from further environmental obligations.

Soil Remediation Cost Breakdown in Michigan

Understanding the full cost of soil remediation in Michigan helps you budget appropriately and evaluate contractor quotes. Here's a detailed breakdown of what you can expect to pay:

Cost ItemEstimated Cost
Site Characterization$2,000-5,000
Remedial Action Plan$1,500-3,000
Excavation Labor & Equipment$3,000-15,000
Soil Disposal (transport + tipping)$3,000-20,000
Confirmation Sampling & Lab$1,000-2,500
Backfill & Restoration$1,000-3,000
Closure Report & NFA Application$1,500-3,000
Groundwater Monitoring (if needed)$3,000-10,000
Site Characterization: Soil borings, sampling, and lab analysis to map contamination extent.
Remedial Action Plan: Engineering document for Michigan Department of Environment, Great Lakes, and Energy (EGLE) approval.
Excavation Labor & Equipment: Largest variable — depends on soil volume. Typically $40-80 per ton of soil.
Soil Disposal (transport + tipping): Contaminated soil disposal costs $60-120 per ton at licensed facilities.
Confirmation Sampling & Lab: Post-excavation samples to verify cleanup meets Michigan standards.
Backfill & Restoration: Clean fill, compaction, topsoil, and grading.
Closure Report & NFA Application: Professional documentation and Michigan Department of Environment, Great Lakes, and Energy (EGLE) submission.
Groundwater Monitoring (if needed): Only if contamination has reached the water table. Includes well installation and quarterly sampling.

Michigan Soil Remediation Regulations & Requirements

Regulatory Authority
Michigan Department of Environment, Great Lakes, and Energy (EGLE)
Permit Required
Yes
Permit Cost
$100-200
Soil Type
Sandy and clay glacial soil
Notable Requirements
EGLE Storage Tank Program. Great Lakes protection adds scrutiny. Licensed contractors required.

Environmental Considerations for Soil Remediation in Michigan

Why Environmental Protection Matters

Soil contamination from leaking oil tanks represents one of the most common sources of environmental pollution in residential areas across Michigan. The Sandy and clay glacial soil soil conditions in this region affect how contamination migrates — influencing both the speed of downward movement toward groundwater and the lateral spread of the contamination plume. Early detection and prompt remediation are critical because petroleum compounds continue to migrate and break down into more toxic byproducts (like benzene) over time. Michigan's regulatory framework through Michigan Department of Environment, Great Lakes, and Energy (EGLE) exists specifically to ensure contaminated sites are properly cleaned up to protect public health and the environment. Property owners should be aware that petroleum cleanup funds may be available in Michigan to offset remediation costs — these state-funded programs were established specifically to help homeowners facing unexpected contamination cleanup expenses. Consulting with a licensed environmental professional early in the process is the single most important step you can take to control costs and timeline.

Soil Remediation in Michigan: Frequently Asked Questions

Get answers to the most common questions about soil remediation in Michigan, including costs, regulations, timelines, and what to expect.

How much does soil remediation cost in Michigan?
Soil remediation costs in Michigan typically range from $12,000-45,000 for residential petroleum contamination sites. The wide range reflects enormous variability in contamination extent. A minor, localized contamination (a few cubic yards of impacted soil directly beneath a tank) might cost $8,000-15,000 to address. Moderate contamination involving 50-100 tons of impacted soil runs $20,000-40,000. Severe contamination that has spread across a large area or reached groundwater can exceed $75,000-100,000. The primary cost drivers are volume of contaminated soil (excavation and disposal are priced per ton), depth of contamination, analytical lab costs, and the time required for regulatory closure.
How long does soil remediation take from start to finish?
The active remediation work (excavation, confirmation sampling, backfill) for a typical residential site in Michigan can be completed in 1-3 weeks. However, the full process from contamination discovery to regulatory closure typically takes 3-6 months when you include site characterization (2-4 weeks), RAP development and approval (3-6 weeks), scheduling and mobilization (1-2 weeks), active remediation (1-3 weeks), lab results (1-2 weeks), and closure report review by Michigan Department of Environment, Great Lakes, and Energy (EGLE) (4-8 weeks). For homeowners selling property, this timeline is critical for planning — starting early is essential.
Is there financial assistance for oil tank remediation in Michigan?
Michigan may offer financial assistance through state petroleum cleanup funds or UST trust funds administered by Michigan Department of Environment, Great Lakes, and Energy (EGLE). Eligibility, coverage limits, and deductible amounts vary, so contact Michigan Department of Environment, Great Lakes, and Energy (EGLE) directly to inquire about available programs. Some homeowner's insurance policies also cover petroleum contamination cleanup under 'sudden and accidental pollution' provisions — review your policy and file a claim promptly when contamination is discovered. Additionally, if the contamination was caused by a previous property owner, you may have legal recourse to recover cleanup costs from the responsible party, though this typically requires legal action.
What contamination levels require remediation in Michigan?
Michigan has specific soil cleanup standards for petroleum contamination that are set by Michigan Department of Environment, Great Lakes, and Energy (EGLE). Generally, total petroleum hydrocarbons (TPH) above 100-500 parts per million (ppm) trigger remediation requirements, but the specific action levels depend on several factors: the property's land use classification (residential standards are stricter than commercial), proximity to drinking water sources, soil type and depth to groundwater, and which specific petroleum compounds are present. BTEX compounds (benzene, toluene, ethylbenzene, xylenes) have much lower action levels than heavier petroleum fractions because of their greater health risk. Your environmental consultant or contractor can explain the specific standards that apply to your site.
What is a No Further Action (NFA) letter?
A No Further Action letter is the official regulatory document from Michigan Department of Environment, Great Lakes, and Energy (EGLE) stating that all remediation at your site has been completed satisfactorily and no additional cleanup is required. The NFA letter is the definitive endpoint of the remediation process and the document that allows you to sell, refinance, or insure your property without environmental restrictions. Obtaining an NFA letter requires submitting a comprehensive closure report demonstrating that all confirmation soil samples (and groundwater samples, if applicable) meet Michigan's cleanup standards. The NFA letter goes into Michigan Department of Environment, Great Lakes, and Energy (EGLE)'s permanent records and provides lasting protection for you and future property owners.
Can I stay in my home during soil remediation?
In most cases, yes — you can remain in your home during soil remediation work. The excavation and remediation activities occur outdoors, and standard health and safety measures (dust control, air monitoring, proper PPE for workers) protect both the work crew and building occupants. However, if contamination is severe, involves volatile compounds at high concentrations, or is located very close to the home's foundation, your contractor may recommend temporary measures like sealing basement openings or running ventilation fans. In rare cases involving significant groundwater contamination and vapor intrusion concerns, temporary relocation may be recommended until the most volatile contamination is addressed.
Who is financially responsible for soil remediation?
Under Michigan environmental law, the current property owner is typically responsible for contamination cleanup costs, regardless of who installed the tank or caused the leak. This is known as 'strict liability' and it applies even if you purchased the property with no knowledge of the contamination. However, you may have legal recourse to recover costs from previous owners who actually caused the contamination, and some real estate purchase agreements include environmental liability provisions. Additionally, Michigan petroleum cleanup funds and homeowner's insurance may cover a portion of costs. Consult with an environmental attorney if you're facing significant remediation costs that you believe were caused by a prior owner.
What's the difference between excavation and in-situ remediation?
Excavation (also called 'dig and haul') involves physically removing contaminated soil and disposing of it at a licensed off-site facility — it's the most common approach for residential sites in Michigan because it's fast and definitive. In-situ remediation treats contamination in place without excavation, using techniques like bioremediation (introducing microorganisms that eat petroleum), chemical oxidation (injecting oxidizing agents that break down contaminants), or soil vapor extraction (applying vacuum to pull volatile compounds out of the soil). In-situ methods are typically used for larger contamination events where excavation would be impractical or prohibitively expensive, or when contamination extends beneath structures that can't be moved.
Will remediation affect my property value?
Properly completed remediation with an NFA letter from Michigan Department of Environment, Great Lakes, and Energy (EGLE) should have minimal long-term impact on property value. The NFA letter certifies that the site meets Michigan cleanup standards, providing documented assurance to future buyers and lenders. In fact, a property with a completed remediation and clean NFA letter may be viewed more favorably than a property where the environmental status is unknown — at least you have proof the site is clean. During active remediation, property value may be temporarily affected, and selling during this period is more challenging. The key is completing remediation fully and obtaining the NFA letter before attempting to sell.
How is contaminated soil disposed of?
Contaminated soil is transported under regulatory manifest (a tracking document similar to a chain-of-custody) from your property to a licensed treatment, storage, and disposal facility (TSDF). The most common disposal methods for petroleum-contaminated soil are: thermal treatment (soil is heated to temperatures that volatilize and destroy petroleum compounds), bioremediation treatment (soil is processed in engineered cells where microorganisms break down contaminants over weeks to months), and permitted landfill disposal (for lower-concentration soils that meet landfill acceptance criteria). Disposal costs in Michigan typically run $60-120 per ton, and transport costs vary based on distance to the nearest licensed facility. Your contractor provides disposal certificates documenting proper handling.
Does homeowners insurance cover soil remediation from an oil tank leak?
Standard homeowners insurance policies typically exclude pollution and contamination cleanup. However, some policies include limited pollution coverage, and you may have purchased a separate environmental liability rider. Additionally, if the leak was sudden and accidental (as opposed to gradual), some insurers will cover a portion of cleanup costs. Your best options: (1) Review your policy for pollution exclusions and exceptions, (2) File a claim regardless — worst case is denial, (3) Check if the previous owner's insurance applies if the tank predated your ownership, (4) Investigate Michigan's petroleum cleanup fund, which may cover eligible sites. Many homeowners are surprised to learn that Michigan has a state fund specifically designed to help with petroleum contamination cleanup costs.
What should I do if my soil test fails after oil tank removal?
First, don't panic — failed soil tests after tank removal are extremely common, occurring in roughly 40-60% of underground tank removals. Here's what happens next: Your contractor will collect additional samples to determine the extent of contamination beyond the tank excavation. These results define the 'contamination plume' and determine how much additional soil needs to be removed. A site characterization report is prepared, followed by a Remedial Action Plan (RAP) submitted to Michigan Department of Environment, Great Lakes, and Energy (EGLE) for approval. Once approved, the contaminated soil is excavated, confirmation samples are collected, and if they pass, the site is closed with a No Further Action letter. The total process typically adds 4-12 weeks and $12,000-45,000 to the original tank removal project.
How deep does soil contamination go from a leaking oil tank?
Contamination depth depends on several factors: how long the tank has been leaking (sometimes decades for slow leaks), the volume of oil released, soil type, and depth to groundwater. In Michigan, where Sandy and clay glacial soil is common, contamination typically extends 2-8 feet below the tank bottom for moderate leaks. Severe leaks or long-duration releases can push contamination 15-20+ feet deep and may reach the groundwater table. Sandy, permeable soils allow faster downward migration, while clay soils tend to contain contamination closer to the surface but can spread it horizontally. Your environmental contractor determines the depth through systematic soil borings at progressively deeper intervals until clean soil is reached.
Can I sell my house with soil contamination from an oil tank?
Technically yes, but practically it's very difficult. Most buyers' lenders require environmental clearance before approving a mortgage, and title companies may flag properties with open environmental cases. Your options: (1) Complete remediation and obtain a No Further Action letter from Michigan Department of Environment, Great Lakes, and Energy (EGLE) before listing — this is the cleanest approach and maximizes your sale price. (2) Sell 'as-is' at a significant discount (typically 15-30% below market) to a buyer willing to assume the remediation liability. (3) Negotiate a remediation escrow where funds are held at closing to cover cleanup costs. (4) In some cases, you can begin remediation, demonstrate progress, and sell with an agreement that the buyer completes the work using escrowed funds. Always disclose known contamination — failure to disclose creates serious legal liability.
What is the difference between soil remediation and soil testing?
Soil testing (also called soil sampling or site assessment) is the diagnostic step — collecting soil samples and analyzing them in a laboratory to determine IF contamination exists and at what concentration levels. It's relatively inexpensive ($500-2,000) and is typically done during or after tank removal. Soil remediation is the treatment step — physically removing or treating contaminated soil to bring contaminant levels below Michigan's regulatory standards. Remediation is far more extensive and expensive ($12,000-45,000), involving excavation, disposal, confirmation sampling, and regulatory closure. Think of it like medicine: soil testing is the diagnosis, remediation is the surgery.
How long does it take to get a No Further Action letter in Michigan?
The timeline for receiving a No Further Action (NFA) letter from Michigan Department of Environment, Great Lakes, and Energy (EGLE) varies, but typically takes 3-12 months from the start of remediation. Here's the breakdown: Site characterization (2-4 weeks), RAP development and submission (1-2 weeks), regulatory review and approval (2-8 weeks), excavation and confirmation sampling (1-4 weeks), lab results (1-2 weeks), closure report preparation and submission (2-4 weeks), and Michigan Department of Environment, Great Lakes, and Energy (EGLE) review for NFA issuance (4-16 weeks). The longest delays are usually in the regulatory review stages. Some states offer expedited review programs for an additional fee. Working with a contractor experienced with Michigan Department of Environment, Great Lakes, and Energy (EGLE)'s specific requirements can significantly reduce review times by submitting complete, well-documented reports the first time.
What are the health risks of petroleum-contaminated soil?
Petroleum-contaminated soil poses several health risks depending on contamination levels and exposure pathways. The primary concerns are: (1) Vapor intrusion — volatile petroleum compounds (especially BTEX: benzene, toluene, ethylbenzene, xylene) can migrate upward through soil as vapors and enter homes through foundation cracks, causing indoor air quality issues. Benzene is a known carcinogen. (2) Direct contact — skin contact with heavily contaminated soil during gardening or landscaping. (3) Groundwater contamination — if petroleum reaches the water table, it can contaminate drinking water wells. (4) Children and pets are at higher risk due to closer proximity to soil and hand-to-mouth behavior. While brief, low-level exposure is unlikely to cause immediate health effects, long-term exposure to petroleum compounds — particularly benzene — is associated with increased cancer risk. This is why regulatory agencies require cleanup to specific protective standards.
Can soil contamination from an oil tank affect my neighbors' property?
Yes, absolutely. Petroleum contamination plumes do not respect property lines. Depending on soil conditions in your area of Michigan, contamination can migrate horizontally 20-50+ feet from the source tank over time. If contamination crosses your property boundary, you may become legally liable for cleanup costs on the neighboring property as well. This is one of the strongest arguments for prompt remediation — the longer you wait, the further contamination spreads, and the more expensive cleanup becomes. In some cases where contamination has affected neighbors' wells or property, lawsuits for damages have resulted in judgments exceeding the remediation costs many times over.
How do I dispose of an old oil tank in Michigan?
A licensed Michigan contractor drains any remaining oil, excavates or disconnects the tank, cuts it apart if needed, and hauls it to a certified scrap or disposal facility. For underground tanks, soil samples are collected from the excavation and a closure report is filed under EGLE's Storage Tank Program. Don't attempt to cut open or move a tank yourself — residual sludge and vapors make DIY disposal genuinely dangerous, not just a paperwork risk.
How much does residential oil tank removal cost in Michigan?
Residential underground oil tank removal in Michigan typically runs $1,800-$3,500, covering permitting, excavation, hauling, and basic soil sampling. Above-ground basement tank removal is less, usually $500-$1,200. If the soil sample comes back contaminated, remediation can add $12,000-$45,000 depending on how far the oil traveled — sandy soil near the Great Lakes shoreline tends to push costs toward the higher end.
How do I find oil tank removal near me in Michigan?
Search by ZIP code on this page to see licensed contractors serving your area of Michigan, from metro Detroit to the Upper Peninsula. Compare at least two or three quotes — pricing for the same job can vary a few hundred dollars between contractors depending on how far they have to travel and whether soil sampling is bundled into the estimate.
Does EGLE require a permit for oil tank removal in Michigan?
Yes. Michigan's EGLE Storage Tank Program requires tank removal to be performed by a licensed contractor, and most local jurisdictions also require a permit before excavation begins. Your contractor typically handles the permit application, soil sample collection, and the closure report filing as part of the job — confirm this is included before signing a quote.

Related Michigan Guides

→ Underground Oil Tank Removal Cost Guide→ Oil Tank Removal vs. Abandonment→ How to Choose an Oil Tank Removal Company→ Oil Tank Soil Remediation Cost

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💰 Michigan Cost Summary

Soil Remediation$1,800-3,500
Permits$100-200
Tank Sweep$275-425
Remediation (if needed)$12,000-45,000

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Related Services

→ Oil Tank Removal in Michigan→ Underground Tank Removal in Michigan→ Tank Sweep Inspection in Michigan→ Tank Abandonment in Place in Michigan

Other Oil Tank Services in Michigan

Oil Tank Removal
in Michigan — $1,800-3,500
Underground Tank Removal
in Michigan — $1,800-3,500
Tank Sweep Inspection
in Michigan — $1,800-3,500
Tank Abandonment in Place
in Michigan — $1,500-3,000
Above Ground Tank Removal
in Michigan — $500-1,500

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