APPROACH / THE PRACTICE

A geologist on the asset, not on the payroll.

Asset Geological Solutions is a Houston contract-geology practice. Operators bring a subsurface question, the practice puts a working geologist on it for as long as the question takes, and the work goes back to the operator's team when it closes.

BaseHouston, Texas

EngagementContract, scoped by question

Practice areasExploration / development / A&D

1,200 FT Section 01 / Engagement model Upper shale

How the practice works.

Contract, not staff. The unit of work is a question with a deliverable attached, not a headcount line that has to be justified every budget cycle.

Most subsurface work does not arrive at a steady rate. A development program needs a geologist heavily for four months and barely at all for the next eight. An acquisition window opens with three weeks on the clock. A lateral gets drilled and someone has to sit on the correlation while it happens. Staffing for the peak means carrying the trough, and staffing for the average means the peak gets handled badly.

The contract model puts a working geologist on the asset for the duration of the need and takes them off when the need is done. The operator gets the interpretation, the maps, and the recommendations. What the operator does not get is a permanent position carrying health insurance, retirement contributions, workers' compensation, training budget, bonus structure, and paid leave, plus the unemployment insurance exposure that comes with ending a full-time role. Contract engagements simply end.

Engagements are scoped before they start. The question gets written down, the deliverable gets named, and the boundary of the work gets agreed. That means an operator knows what is being bought, and it means the work has a defined finish rather than drifting into an open-ended retainer nobody wants to be the one to cancel.

Unit of work: One scoped question, one named deliverable
Duration: The length of the need, agreed up front
Carried overhead: None. No benefits load, no UI exposure at close
End state: Files and reasoning handed back to the operator

2,400 FT Section 02 / Method Interbedded sd-sh

Five stages of an engagement.

The sequence below is how a typical engagement actually runs. Depth intervals are a reading device, not a schedule. Real durations get set at scoping.

01

Scoping the
question

2,400 – 2,610 FT

Before any data gets opened, the decision the work is meant to support gets written down. Is this a landing-zone call, a reserves question, a bid deadline, a well-spacing argument? The answer sets what gets built, how much precision is worth paying for, and where the engagement stops. A vague scope produces a beautiful map that answers nothing.

Output: written scope, deliverable list, boundary

02

Data conditioning
and log
normalization

2,610 – 3,050 FT

The unglamorous half of the job, and the half that decides whether the rest is worth anything. Well headers get reconciled against surveys so the wells are where the map says they are. Deviation surveys get applied so measured depth resolves to true vertical depth and subsea. Curve mnemonics get harmonized across vintages, tool runs, and vendors. Gamma ray gets normalized so a 1978 log and a 2019 log can sit in the same cross section without one of them lying about shale volume. Missing intervals, washed-out hole, and bad casing points get flagged rather than quietly interpolated over.

Everything that got corrected gets logged. If a later reader disagrees with a normalization choice, they can find it and change it.

Output: conditioned well set, documented corrections

03

Correlation
and mapping

3,050 – 3,420 FT

Tops get picked on a defined stratigraphic framework and carried well to well on cross sections that are actually hung on a datum, so thickness changes read as real geology rather than as structure. From the pick set come structure maps, isopachs, and the property maps the question calls for. Faults get carried consistently between sections and maps instead of appearing on one and not the other. Where the well control thins out, the map says so.

Output: pick set, cross sections, structure and thickness maps

04

The
deliverable

3,420 – 3,700 FT

What gets handed over depends on what got scoped: a prospect package, a well plan with a geologic prognosis and target window, a mapped interval set, or an independent subsurface read for a deal team. Every one of them carries the same two things underneath. The interpretation, and an honest statement of what the data does and does not support. A recommendation that hides its own uncertainty is not a recommendation, it is a guess with better typography.

Reviewed with the operator's team, not emailed cold

05

Handoff

3,700 – 3,860 FT

The project closes with the operator holding the work, not with a consultant holding it hostage. Picks, grids, sections, and the correction log go back in formats the operator's own team can open and keep using. The reasoning gets walked through with whoever inherits it, so the next person to touch the asset knows why a top sits where it sits.

Output: transferable files, documented reasoning

3,600 FT Section 03 / Software and data Lower shale

Tools arrive with the geologist.

The licensing question is a real cost line, and it is one an operator does not have to carry for a project-length engagement.

Interpretation and mapping software is expensive to license, expensive to keep current, and expensive to staff around. An operator who buys seats for a project that runs two quarters is still paying maintenance on those seats in year three, and still assigning someone to manage the upgrade path.

A contract geologist arrives with their own working environment. Industry-standard interpretation and mapping software, brought to the engagement rather than licensed by the operator. The same applies to the mapping and spatial side, which the practice has used since the original site described it simply as GIS capability. The operator pays for the interpretation, not for a software estate that outlives the project.

On the data side, work is done against whatever the operator already holds. Digital logs and rasters, deviation surveys, tops databases, production and completion records, and public state records where private control is thin. Deliverables go back in operator-specified exchange formats so nothing is stranded in a file only the consultant can open.

Software: Industry-standard interpretation and mapping tools, brought to the engagement
Licensing burden: Carried by the practice, not the operator
Spatial: GIS capability, per the practice's own stated scope
Named products: Not published. Scoped per engagement.

4,200 FT Section 04 / Founder Basement

Who runs it.

The practice is a founder plus a working bench of contract geologists, brought onto an engagement when its scope calls for it.

Triniti Brown Founder and Lead Geologist / Houston, Texas

Education: M.S. Oceanography (Geological), Louisiana State University, 2003 to 2005.
Operator side: Prior operator-side roles including Senior Geologist at Cabot Oil & Gas, plus Escondido Resources, Silverado Oil & Gas, and Dunn Exploration.
Practice areas: Exploration, development, and A&D, across conventional and unconventional plays.
Bench: Additional contract geologists are engaged as scope requires, so a program does not stall waiting on one person's calendar.