Mining, Energy, and Natural Resources IP Toolkit: Geological Data, Process Secrecy, and Ventures

By Casey Scott McKay · 2025-03-13

Extractive businesses hold almost no patents and enormous intellectual property. The value sits in geological and geophysical data that took decades and fortunes to acquire, in process and metallurgical know-how that no competitor can replicate from the product, and in the operating knowledge accumulated across a mine's life. This toolkit assembles the working material for practitioners advising miners, energy producers, service companies, and their joint venture partners. It covers who owns exploration data and what happens to it when a licence lapses, why process secrecy is the sector's dominant protection mechanism and how it survives contractor access, how farm-in and joint venture structures allocate technical information, and the community and traditional knowledge obligations that now sit alongside the commercial arrangements.

IP and Technology > General IP | Toolkit | Published 13 March 2025 - Updated 24 October 2025 | Casey Scott McKay - marksy.us

Summary. Extractive businesses hold almost no patents and enormous intellectual property. The value sits in geological and geophysical data that took decades and fortunes to acquire, in process and metallurgical know-how no competitor can replicate from the product, and in operating knowledge accumulated across a mine's life. This toolkit covers who owns exploration data and what happens when a licence lapses, why process secrecy dominates and how it survives contractor access, how farm-in and joint venture structures allocate technical information, and the community and traditional knowledge obligations now sitting alongside the commercial arrangements.

Keywords: mining IP · geological data ownership · seismic licensing · exploration results · process metallurgy secrecy · joint venture terms · farm-in agreements · contractor controls · community agreements · traditional knowledge · resource disclosure · technology licensing · environmental claims · tailings technology · decommissioning records

Start Here

Ask a mining or energy company about its intellectual property and you will be directed to a small patent portfolio, mostly filed by an engineering group, mostly unenforced. That is not where the value is.

The value is in four categories, none of which is registered anywhere.

Subsurface data. Seismic surveys, drill core, assay results, geophysical logs, and the interpretations built from them. Acquiring it costs sums that dwarf the legal budget, it cannot be re-acquired without repeating the expenditure, and it is the basis on which every capital decision is made.

Process and metallurgical know-how. How to liberate a particular mineral from a particular ore body at an economic recovery rate, how to run a plant at design throughput, how to handle a difficult feed. This is the difference between a viable operation and a stranded resource, and it is almost never patented because a patent would publish it and infringement would be undetectable.

Operating knowledge. Mine planning, ground control, blast design, maintenance practice, and the accumulated understanding of a specific deposit. Personal to a workforce and lost when the workforce goes.

The social and regulatory file. Permits, community agreements, environmental baselines, and closure plans. Not intellectual property in the classical sense, and frequently the thing that determines whether the asset can be operated at all.

Four questions organise the practice.

Who owns the data, and what happens when the tenure ends? Exploration licences frequently require data submission to the state, sometimes with confidentiality that expires, which converts a proprietary asset into a public one on a timetable.

Is the process protectable, and how? The choice between patent and secrecy is unusually consequential here because detection of infringement is nearly impossible.

How does the venture allocate technical information? Farm-ins, joint ventures, and earn-in arrangements exchange data as consideration, and the terms are frequently thinner than the geology.

Who else has rights in the knowledge? Traditional knowledge, community agreements, and contractor-held know-how all sit alongside the operator's position.

See What Comes Out of the Ground for the doctrinal treatment and Advising a Mining or Energy Business for the sequence.

Subsurface data: the asset nobody schedules

Geological and geophysical data is the sector's largest intangible asset and is treated with less care than a software company gives its source code.

Raw versus interpreted. Raw survey and assay data is close to fact, thinly protected under the reasoning of Feist Publications v. Rural Telephone Service. Interpretations, models, and reports involve judgment and selection, and are protectable as works under 17 U.S.C. § 102 and as compilations under 17 U.S.C. § 103. The practical protection for both is secrecy under 18 U.S.C. § 1839 and contract.

Licensed seismic is not owned seismic. Multi-client surveys are licensed from acquisition companies on terms restricting transfer, sharing with partners, and use after relinquishment. A company that assumes it owns the data in its data room is frequently wrong, and the licence transfer fee on an asset sale is a real and often unbudgeted cost.

Regulatory submission changes the position. Tenure conditions commonly require data submission, with confidentiality for a defined period after which it becomes public. That timetable should be tracked as carefully as any expiry date, because it determines when a competitor can see the work.

Relinquishment and lapse. Data relating to relinquished ground may become publicly available, may revert, or may be retained, depending on the regime. Assume nothing.

Core and samples are physical assets with storage costs, and they are the only way to re-examine a deposit without re-drilling. Companies dispose of core to save storage and destroy the ability to reinterpret.

Digitisation projects create new works and frequently involve contractors, which raises ownership questions under 17 U.S.C. § 201 that a services agreement rarely answers.

See the Data Licensing and Rights Toolkit and the Data Licensing Checklist.

Process secrecy, and why patents lose here

In most sectors the patent-versus-secret decision turns on the twenty-year term and the disclosure cost. In extractive industries it turns on detection.

A patented process practised inside a plant behind a fence, on an ore body nobody else has, producing an output that does not reveal how it was made, is unenforceable in practice. The patentee publishes a roadmap and gains a right it cannot police. The rational choice is secrecy, and the sector has made it consistently.

That has five consequences.

Reasonable measures must be real. Protection under 18 U.S.C. § 1839 requires them, and a plant that hosts contractors, vendors, auditors, and visitors daily needs designed controls rather than a policy.

Vendor access is the principal exposure. Equipment suppliers, reagent providers, and engineering firms see the process, work for competitors, and improve their own offerings using what they learn. The contractual position — confidentiality, non-use, and ownership of improvements — is where the protection lives.

Publication pressure is constant. Technical conferences, industry papers, and site visits are professional norms, and each is a disclosure. A clearance route is required and is usually absent.

Departures move the process. Metallurgists and plant managers carry the knowledge, restrictive covenants are narrowing, and the practical protection is onboarding discipline, exit process, and documentary evidence of what was confidential.

Licensing is possible and is done badly. Process licensing to a third party in another jurisdiction on a different ore body is a genuine revenue line, and the agreements routinely fail to address improvements, feedback, and what happens at term.

See Trade Secrets and the DTSA, Building a Trade Secret Program That Survives Litigation, the Trade Secret Protection and Departure Checklist, and the Trade Secret Protection Toolkit.

Ventures, farm-ins, and the exchange of technical information

Extractive projects are almost always shared. Exploration is farmed out, development is joint-ventured, and operations are run by one party for the account of several. Every one of those structures is a technical information exchange dressed as a commercial arrangement.

Farm-in agreements transfer an interest in exchange for expenditure. The incoming party receives data, spends money, and generates new data. Who owns what — the existing package, the new results, the interpretations — should be stated, and frequently is not beyond a general confidentiality clause.

Earn-in and option structures create a period during which a party has access to data it may never acquire an interest in. That party's obligations on withdrawal — return, destroy, or retain — are the operative terms and are the ones most often ignored.

Joint venture operating agreements name an operator who runs the project and generates knowledge on behalf of all participants. Whether that knowledge belongs to the venture, to the operator, or to both is the single most consequential intellectual property term in the document, and standard forms handle it thinly.

Operator's proprietary technology is the mirror image: an operator brings its own process know-how and does not want it to become venture property by being used. Carve it out expressly.

Non-operators' access rights to technical data are contentious in practice, since an operator with a competing interest elsewhere has reasons to restrict.

Withdrawal and default provisions should say what happens to data and know-how, since a party that leaves takes knowledge with it whatever the document says about documents.

Assignment and change of control should address whether data rights travel, since a competitor acquiring a small participant acquires a window into the project.

See the Joint Development Agreement Checklist, the Confidentiality and NDA Toolkit, and the IP Due Diligence Toolkit.

Contractors, service companies, and the knowledge that leaves in a truck

The extractive sector outsources more of its technical work than almost any other. Drilling, assay, geophysics, engineering design, plant construction, maintenance, and increasingly mine planning are performed by service companies that work for everyone.

That creates a structural problem: the parties who understand the operation best are not employed by the operator and owe duties to competitors next month.

Ownership of contractor work product requires an express assignment, since a services agreement that is silent leaves copyright with the contractor under 17 U.S.C. § 201 and requires a signed writing to move it under 17 U.S.C. § 204.

Contractor background technology is real and should be scheduled, because a driller's technique and an assay laboratory's method are theirs.

Improvements developed on site are the contested category. A service company that solves a problem at one mine will apply the solution at the next, and the operator that paid for the problem-solving may or may not have bought anything.

Confidentiality that survives the engagement is essential and is routinely limited to a period shorter than the mine's life.

Data handling by contractors — where assay results are stored, who else can see them, what happens on termination — determines whether the operator's data is actually controlled.

Site access controls are the practical implementation, and they are also the evidence that reasonable measures were taken.

Community agreements, traditional knowledge, and consent

Modern extractive projects operate under agreements with communities and, where applicable, Indigenous rights holders. These are commercial and social instruments with intellectual property content that is easy to miss.

Traditional knowledge about the land, its resources, and its uses may be shared during consultation, baseline studies, and impact assessment. It is not the operator's to use freely, and its treatment is governed by the agreement, by consent protocols, and increasingly by specific legal frameworks.

Cultural expressions and heritage sites may be documented during survey work, creating records whose control belongs with the community rather than with the operator.

Consent is a process, not a signature. Free, prior, and informed consent frameworks contemplate ongoing engagement, which means the intellectual property terms need to survive changes in the project and in the community's representatives.

Benefit sharing may attach to the use of traditional knowledge in a commercial process, which converts an ethical obligation into a contractual royalty.

Confidentiality runs both ways. Communities have interests in restricting disclosure of sacred site locations and of knowledge shared in confidence, and the operator's disclosure obligations to regulators may conflict.

Documentation and archives created during engagement — recordings, transcripts, maps — should have their ownership and access rules agreed at the outset.

See the Traditional Knowledge and Cultural Expressions Toolkit and the Museums, Libraries, and Cultural Heritage IP Toolkit.

Disclosure, resource reporting, and the market-facing layer

Extractive companies are, characteristically, listed companies whose share price responds to technical announcements, and the reporting codes governing those announcements interact with the intellectual property position.

Resource and reserve statements must be prepared under a recognised code by a qualified person, and they disclose technical information selectively. What is published becomes public; what is withheld stays proprietary; and the line is drawn by the code rather than by the company.

Selective disclosure risk runs in both directions: releasing too much erodes the data advantage, releasing too little or too late raises securities issues.

The qualified person's report is a work with an author, frequently an external consultant, and the ownership and reuse terms should be addressed.

Exploration results announced early are prior art against the company's own later filings if any patentable process is involved.

Environmental and sustainability claims are advertising claims subject to substantiation under 15 U.S.C. § 45 and challengeable by competitors under 15 U.S.C. § 1125. See the Energy, Cleantech, and Environmental Claims Toolkit and the Environmental Claims and Cleantech IP Checklist.

Certification schemes for responsible sourcing operate through certification marks with governance and control requirements. See Applying for a Certification or Collective Mark.

Where patents do work

Patents are not useless here; they are useful in specific places, and knowing which places is the practitioner's contribution.

Equipment. Machines are sold, are visible, and are copied. Drills, crushers, screens, sensors, and autonomous haulage systems are patentable and enforceable because infringement is detectable.

Reagents and consumables. A flotation reagent or a leaching additive is a composition sold into a market, and analysis reveals it.

Sensing and analysis technology. Ore sorting, downhole measurement, and analytical instruments are products.

Processes licensed outward. A process the owner intends to license to third parties benefits from a patent, because the licensee is disclosed to anyway and the patent supports the royalty.

Environmental and remediation technology. Increasingly commercialised across the sector, sold rather than practised secretly, and supported by public funding that carries its own data rights consequences.

Design rights on equipment appearance under 35 U.S.C. § 171 are cheap and are underused against direct copies.

The corresponding rule: do not patent a process you will practise behind a fence on an ore body only you have. Publish nothing, control access, and rely on 18 U.S.C. § 1839.

See Choosing Your Protection Toolkit, the Patent Fundamentals Toolkit, and Freedom to Operate.

Closure, legacy, and the records nobody plans for

Mines close. Wells are plugged. Sites are rehabilitated and monitored for decades. The records generated across a project's life outlive the entity that created them, and their intellectual property position is almost never addressed.

Closure planning documents are technical works with authors, frequently consultants, and they are relied on for years.

Environmental monitoring data continues to be generated after operations cease, sometimes under obligations that survive a sale.

Historical records establish liability and defence. The baseline study from thirty years ago is the evidence in a contamination claim, and it is on paper in a warehouse.

Asset sales transfer sites and frequently not the records, which leaves both parties worse off.

Insolvency scatters the archive, and closure obligations survive the entity that incurred them.

Community commitments persist past corporate reorganisations, and the documents recording them are the only evidence of what was promised.

The practical instruction is unglamorous: name a custodian, index the archive, and make records transfer an express term of every asset sale.

The energy variants

The analysis above is drawn from hard-rock mining, and it transfers to the other extractive and energy sectors with adjustments worth stating.

Oil and gas. Seismic dominates the data question, and the multi-client licensing model is more developed and more restrictive than in mining. Farm-in structures are standard and better papered. The process know-how question shifts from metallurgy to drilling, completion, and reservoir management, with service companies holding a much larger share of the technical knowledge — which makes the contractor improvements clause the single most consequential term. Unitisation arrangements force parties who never chose each other into shared technical decision-making.

Coal seam and unconventional resources. Completion design is the differentiator, is practised at scale, and is visible to the service companies performing it. Patents on completion methods exist and are hard to police; the practical protection is again contractual.

Geothermal. Subsurface characterisation is the asset, the technology overlaps heavily with oil and gas, and public funding is common — which brings government data rights considerations into a sector that does not expect them.

Renewables. A different profile entirely: resource data is meteorological rather than geological, much of it public; the intellectual property is in equipment, forecasting models, and grid integration software; and environmental claims are marketing claims with substantiation obligations. See the Energy, Cleantech, and Environmental Claims Toolkit.

Critical minerals and processing. Downstream refining and separation processes are the current locus of investment, are genuinely proprietary, and are subject to strategic export and investment restrictions that reach technical information as well as product.

Tailings, reprocessing, and waste streams. An increasingly commercial area where the innovation is recovery technology, where the feed is somebody else's waste, and where the agreements governing access to that waste rarely address who owns what is learned from it.

Carbon storage and sequestration. Structurally an extractive analysis run in reverse, with the same subsurface data questions, the same joint venture structures, and an additional layer of credit-rights allocation that has no settled market convention.

The common thread across all of them is that the technical advantage is unpatented, the data is expensive and licensed as often as owned, the people who understand the operation work for contractors, and the archive outlives the company.

Digitalisation, and the questions arriving now

The sector is digitising rapidly, and each initiative brings intellectual property questions the operating teams have not encountered before.

Autonomous haulage and drilling. Vendor-supplied systems that generate operating data in the customer's pit. The field data question is identical to the one in general robotics: who owns the recordings, may the vendor train on them, and does the improvement flow back. A miner whose data improves a vendor's product for a competitor down the road has given away something it did not price.

Digital twins and orchestration platforms. A model of the mine, built by a vendor from the operator's data, embodying the operator's process knowledge. Ownership of the model, of the configuration, and of the insights derived is contested and rarely drafted.

Predictive maintenance and equipment telemetry. Equipment vendors collect condition data from machines on site, which is simultaneously a service, a product improvement input, and a window into the operator's utilisation and practices.

Ore sorting and sensing. Genuinely patentable technology sold as equipment, with calibration data developed on the operator's ore that is arguably the operator's contribution.

Remote operations centres. Consolidating control across sites concentrates operating knowledge into software and procedures, which is good for protection — it becomes documentable and controllable — and bad for exposure, because it becomes portable.

Exploration analytics. Machine learning applied to historical geological data, sometimes across companies through data-sharing consortia. Consortium terms should address what is contributed, what may be derived, and what each participant may retain.

The instruction is to run the same four questions used elsewhere in this toolkit: what data goes to the vendor, what may the vendor do with it, what survives termination, and does the operator receive any benefit from improvements built on its contribution. See Buying a Model, the AI Procurement Checklist, and the Technology Contracts Toolkit.

A short glossary

Tenure. The exploration licence, mineral lease, or petroleum title conferring the right to explore or extract. The conditions attached to it govern data submission and confidentiality expiry.

Relinquishment. The surrender of ground, which may make the associated data public.

Multi-client survey. Seismic or geophysical data acquired speculatively and licensed to many parties on restrictive terms. Licensed, not owned.

Core. Physical drill samples. The only route to reinterpretation without re-drilling, and routinely destroyed to save storage.

Assay. Laboratory determination of grade. Close to fact, thinly protected, commercially decisive.

Interpretation. The geological model built from data. An authored work with real protection.

Farm-in. Acquisition of an interest by funding expenditure, accompanied by data access.

Earn-in. A staged version of the same, with a period of access before any interest vests.

Operator. The venture participant that runs the project and generates knowledge on everyone's behalf.

Background technology. What a party or contractor brings, as distinct from what the project generates. Meaningless unless scheduled.

Qualified person. The professional who signs a resource or reserve statement under a recognised reporting code.

Recovery. The proportion of contained metal actually extracted. The number that process know-how moves and that no competitor can replicate from the product.

Closure plan. The document governing rehabilitation and post-closure monitoring, relied on for decades after operations end.

Free, prior, and informed consent. The framework governing engagement with Indigenous rights holders, contemplating ongoing process rather than a single signature.

Practitioners who keep those fourteen straight will avoid the sector's standard error, which is treating an extractive business as an asset-heavy operation with incidental intangibles, when it is in fact a knowledge business that happens to own a hole in the ground.

Brands and marks, briefly

Trademark work is a minor line in this sector and matters in four places.

Corporate identity across jurisdictions. Extractive companies operate in many countries under one name, frequently without filings in most of them, and discover the problem when a local entity registers first. See the International Trademark Toolkit.

Product marks for refined output. Branded metals, specification grades, and traded products carry marks whose value is in the specification behind them.

Certification and responsible-sourcing marks. Scheme marks whose misuse is both a trademark violation and a false sourcing claim. See the Certification, Collective, and Membership Marks Toolkit.

Equipment and service brands for companies selling into the sector, which is ordinary trademark practice in an industrial market.

The sector's real reputational exposure is not trademark infringement but association: activist campaigns, community disputes, and environmental incidents attach to the name in ways enforcement cannot address. That is a communications problem with a legal edge, and the legal edge is mostly about accuracy of claims rather than about protecting the mark. See the Brand Enforcement Toolkit for the parts that are enforceable and The First Amendment and Trademark Toolkit for the substantial parts that are not.

The first meeting

Seven questions asked of a new extractive client will surface most of what matters.

Show me your data register. If there is not one, that is the first workstream, and it will take longer and find more than anyone expects.

Which of your seismic or survey data is licensed rather than owned? The answer determines what can be shared with a partner and what an acquirer will have to pay for.

When does confidentiality expire under your tenure conditions? Almost nobody tracks this, and it is the date on which the company's work becomes a competitor's starting point.

Do you still have the core? If it was disposed of to save storage, the option to reinterpret is gone permanently.

Who solved your last significant plant problem, and do you own the solution? If a service company solved it under a silent agreement, the answer is no, and the same solution is being applied at a competitor's operation.

What did you present at the last industry conference? Sector norms favour publication, and each paper is a disclosure and potentially prior art.

Where is the archive, and who is the custodian? If the answer involves a warehouse and a departed employee, the records that defend a thirty-year-old environmental claim are at risk.

Seven questions, half an hour, and a work plan ordered by irreversibility: core disposal, confidentiality expiry, and archive loss are the three things that cannot be undone, so they come first.

A closing observation

Extractive companies describe themselves as capital businesses, and their balance sheets agree: plant, equipment, and development spending dominate. But the thing that distinguishes a good operation from a bad one on the same deposit is knowledge — of the ore body, of the process, of the ground, of the community — and none of it appears anywhere in the accounts.

That mismatch explains most of the failures this toolkit describes. Nobody schedules an asset that does not appear on a balance sheet. Nobody protects what nobody scheduled. Core is destroyed to save a storage line item. Confidentiality expires because no one docketed it. A service company keeps the improvement because no one drafted for it. An archive is lost in an office move because it was a cost centre.

The remedy is not sophisticated. It is a register, a set of dates, four contract clauses, and a named custodian. Together they cost less than a week of drilling and they preserve the only assets in the business that cannot be bought back at any price.

The same logic explains why the sector's intellectual property work is best framed to management as risk and transaction readiness rather than as protection. A board that will not fund a trade secret programme will fund the register that makes the next asset sale go smoothly, and the register is most of the programme. A chief executive indifferent to contractor improvements clauses will attend closely to the discovery that a competitor is running the operation's own solution. And a chief financial officer who regards archive storage as overhead will reconsider when told that the thirty-year-old baseline study is the only defence to a contamination claim.

Frame it that way and the work gets done. Frame it as intellectual property and it competes, unsuccessfully, with the next round of drilling.

One further framing helps with the community and heritage obligations, which are the ones most often treated as a compliance box rather than as substantive rights. Presenting them as intellectual property — as knowledge belonging to someone else, used under agreed terms, with benefits attached — is more accurate than presenting them as social licence, and it makes the drafting obligations legible to commercial teams who understand licences and do not understand consultation. It also produces better agreements, because a licence has scope, term, and consequences for breach, whereas a commitment to engage has none of those things and is therefore honoured only for as long as it is convenient.

Finally, a caution about transplanting practice between jurisdictions. Tenure regimes, data submission rules, reporting codes, and consent frameworks differ substantially, and the differences are not details: whether exploration data becomes public after two years or five, whether traditional knowledge is protected by a specific statute or only by agreement, and whether a reporting code permits or prohibits disclosure of particular information all change the advice. A practitioner working across borders should confirm those four points for each jurisdiction before applying anything in this toolkit, and should expect at least one of them to be counterintuitive in any unfamiliar country.

The safest working assumption is that the data question has a different answer in every country the client operates in, and that the client believes otherwise.

Ask the question at every site, record the answer, and put it in the register alongside the confidentiality expiry date it determines.

That single column, maintained across a portfolio, is worth more than any other document this toolkit describes.

A Suggested Reading Path

New to the sector: What Comes Out of the Ground, then Advising a Mining or Energy Business, then the Extractive Industry IP Checklist.

Data programme: the Data Licensing Checklist and the Data Licensing and Rights Toolkit.

Secrecy programme: Building a Trade Secret Program That Survives Litigation, the Trade Secret Protection and Departure Checklist, and the Trade Secret Litigation Toolkit.

Ventures: the Joint Development Agreement Checklist and the Confidentiality and NDA Toolkit.

Community and heritage: the Traditional Knowledge and Cultural Expressions Toolkit.

Claims and certification: the Energy, Cleantech, and Environmental Claims Toolkit, the Certification and Collective Mark Application Checklist, and the Advertising and Marketing Law Toolkit.

Equipment patents: the Patent Prosecution Toolkit, the Design Patent Checklist, and the Freedom to Operate Checklist.

Transactions: the IP Due Diligence Toolkit and the IP Security Interests and Financing Toolkit.

Adjacent sectors: the Chemicals, Materials, and Formulations IP Toolkit for the process analysis and the Logistics and Supply Chain Technology IP Toolkit for the movement of product.

Primary Authorities

| Authority | Use | |---|---| | 18 U.S.C. § 1839 | Reasonable measures over process and geological data | | 18 U.S.C. § 1836 | Federal misappropriation claim and seizure | | 18 U.S.C. § 1831 | Economic espionage exposure in strategic minerals | | 17 U.S.C. § 102 | Reports, models, and interpretations as works | | 17 U.S.C. § 103 | Datasets and compilations | | 17 U.S.C. § 201 | Contractor and consultant ownership | | 17 U.S.C. § 204 | The signed writing that moves it | | 17 U.S.C. § 412 | Timely registration of technical reports | | Feist v. Rural Telephone | Raw assay and survey data as fact | | 35 U.S.C. § 101 | Eligibility for processes and equipment | | 35 U.S.C. § 102 | Conference papers and announcements as prior art | | 35 U.S.C. § 103 | Obviousness over incremental process improvements | | 35 U.S.C. § 112 | Enablement for process claims across ore variability | | 35 U.S.C. § 171 | Design rights on equipment | | 35 U.S.C. § 271 | Detecting and proving process infringement | | 35 U.S.C. § 287 | Marking on equipment sold into the sector | | KSR International Co. v. Teleflex Inc. | Combination obviousness in plant design | | Amgen Inc. v. Sanofi | Enabling a claimed range of conditions | | Impression Products v. Lexmark International | Exhaustion on equipment and consumables | | 15 U.S.C. § 45 | Substantiation of environmental and sourcing claims | | 15 U.S.C. § 1125 | Competitor challenges to sustainability claims | | 15 U.S.C. § 1054 | Certification marks for responsible sourcing | | FRCP 26 | Protective orders over geological and process data | | FRCP 34 | Production of technical archives | | FRCP 65 | Injunctive relief on misappropriation |

Search the underlying materials directly for geological data ownership joint venture, seismic licence transfer asset sale, metallurgical process trade secret, traditional knowledge benefit sharing mining, and qualified person report ownership.

Forms and Templates

A data asset register, listing every survey, dataset, and interpretation with its source, whether it is owned or licensed, the licence terms, the confidentiality expiry under tenure conditions, and where it physically and digitally lives. Almost no company has one, and every transaction needs it.

A seismic and multi-client licence schedule, separate from the register, with transfer fees and partner-sharing restrictions stated, since these are the surprises in an asset sale.

A core and sample retention policy, with a technical justification for disposal decisions, because destroyed core cannot be reinterpreted and the storage saving is trivial against the option value.

A contractor services template with express assignment of work product, a scheduled background technology carve-out, an improvements clause that states who owns solutions developed on site, confidentiality surviving for the life of the asset rather than three years, and data handling and return obligations.

A site access and visitor protocol, which is simultaneously an operational control and the documentary evidence of reasonable measures.

A publication and conference clearance form, routed through the person who owns the process secrecy position.

A venture data annex for farm-ins, earn-ins, and joint ventures, covering the existing package, newly generated data, interpretations, operator proprietary technology carve-outs, non-operator access, withdrawal obligations, and assignment.

A process licence template for outbound licensing, addressing field of use by ore type and territory, improvements in both directions, feedback obligations, term, and what the licensee may retain at expiry.

A community agreement intellectual property annex, covering traditional knowledge use, benefit sharing where it attaches, ownership of records created during engagement, confidentiality of sensitive site information, and the conflict with regulatory disclosure obligations.

A qualified person engagement letter addressing ownership of the report, reuse, updating, and liability.

An archive custodianship and transfer clause for every asset sale, since closure obligations outlive entities and the records are the only defence.

A substantiation file template for environmental and responsible-sourcing claims, since these are advertising claims and the file is what answers a challenge.

For general drafting starting points, see the Draft License Agreement and the License Agreement Template.

Five recurring matters

Diligence discovers the data room contains licensed seismic. Establish transfer terms and fees early, because the cost can be material and the acquisition agreement should allocate it. Where the licence prohibits transfer entirely, the buyer is acquiring ground it cannot properly evaluate, which is a price issue rather than a legal one.

A plant manager leaves for a competitor with a similar ore body. The claim depends entirely on whether the process was treated as secret: marked documents, access controls, confidentiality agreements, and an enumerated list of what is confidential. Companies that ran a programme have a case; companies that relied on the fence do not. Move quickly on preservation and be realistic about restrictive covenants, which are narrowing.

A service company applies at a competitor's site a solution developed at yours. Check the improvements clause. In most standard service agreements there is not one, which means the contractor owns what it worked out, and the operator paid for a solution it cannot keep exclusive. Fix it forward; the historic position is usually unrecoverable.

A community objects to the use of knowledge shared during consultation. Treat it as a consent question rather than a property question. The agreement, the consent protocol, and the record of what was shared and on what basis govern. Regulatory disclosure obligations may conflict, and the resolution is usually redaction plus engagement rather than assertion.

Tenure lapses and the data becomes public on a timetable. Track the confidentiality expiry as a docketed date. Where the ground is worth holding for the data alone, that is a commercial decision the technical team should be asked to make explicitly rather than discover.

What good looks like

A data asset register exists and is current, distinguishing owned from licensed and tracking confidentiality expiries as docketed dates.

Core is retained under a policy with technical justification for disposals.

The process secrecy position is designed: enumerated, marked, access-controlled, with contractor and visitor protocols that generate evidence.

Contractor agreements assign work product and address improvements, with confidentiality that lasts as long as the asset.

Venture agreements have a data annex, so that farm-in, withdrawal, and change of control do not turn into disputes about what leaves with whom.

Publication is cleared through someone who understands what the company is protecting.

Community intellectual property terms are in the agreement, not left to good intentions.

The archive has a named custodian and transfers expressly on every asset sale.

Companies with those eight features can sell an asset in a normal timeframe and defend a departure with evidence. Companies without them find that the most valuable thing they own — decades of subsurface knowledge and the ability to run a difficult plant — was never written down as an asset and cannot be shown to be theirs.