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PROVIDING QUALITY GEOCHEMICAL AND PVT DATA, FROM A SOURCE YOU CAN TRUST.

SCIENCE, DONE RIGHT.

An end-to-end solution for all your geochemistry, PVT, and database needs

Database

Samples

Samples

Analyzed

Years 

in Operation

Interactive map visualizing our proprietary RFDbase, the industry's largest rock, fluid, and PVT database.  

Global Locations

Headquarters

9748 Whithorn Dr, Houston, TX 77095, USA(281)-856-9333

Source Rock Lab

218 Higgins St, Humble, TX 77338, USA(281)-856-9333

105 Zonolite Street Lafayette, Louisiana 70508, USA(337)-205-0527

PVT/Gas Isotope Lab

GeoMark Research Sdn. Bhd.

C-18-6, KL Trillion, 338, Jalan Tun Razak, 50400 Kuala Lumpur

In the Spotlight

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Unlocking Exploration Potential:

GeoMark & GIS-PAX 

Explore how our combined workflow:

  • Integrates high-resolution geochemical data with spatial play mapping

  • Enables data-driven YTF (yet-to-find) analysis

  • Supports confident exploration decisions

  • Helps prioritize high-value acreage

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Introducing: CrudeView

CrudeView™ by GeoMark Research provides a clear, data-driven view of global crude oil quality by analyzing over 15,000 standardized samples. It helps users identify key value drivers like API gravity, sulfur, and metal content, factors that directly impact pricing, refining compatibility, and commercial strategy. This platform gives refiners, traders, and operators the tools to benchmark, compare, and optimize crude decisions worldwide.

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The Importance of Accurate Shrinkage Factors in Commingled Production Systems

GeoMark’s PVT and geochemical analysis services help operators eliminate assumptions in commingled production systems by providing accurate shrinkage factors and fluid characterization. This ensures fair revenue allocation, regulatory compliance, and reliable input for allocation models across offshore and land-based assets.

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Advanced Water Analysis

Our water analysis service addresses key challenges in evaluating formation water chemistry, tracking fluid mixing, and supporting lithium and brine resource development. In both conventional and unconventional plays, operators need reliable, high-resolution water data to distinguish between formation water, frac fluids, and produced fluids, especially when navigating flowback, scaling risks, or disposal decisions.

Customers Worldwide

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Andrew Murray
Director, Murray Partners PPSA Pty. Ltd.

"The team at GeoMark have been a fantastic technical partner for  many years now. They are continually innovating and improving both their analytical services and database products. For analytical work I find they provide fast turnaround and that they are always communicative, cost-efficient and task-effective. I recommend them to all my clients and use their data myself to develop new concepts and practices in "Top Down Petroleum Systems Analysis".

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Nicole Elhaj
Geological Supervisor, Sabine Oil & Gas

"Working with GeoMark on gas composition and isotopic analysis has strengthened our confidence in subsurface evaluation. Their team delivers clear, actionable results that allow us to differentiate reservoir contributions and make informed operational decisions. Their technical expertise and collaborative approach make them a trusted partner in our development of the Cotton Valley Sand and Haynesville Shale formations."

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Dr. Dianne Edwards
Senior Geochemist, Geoscience Australia

“Working with GeoMark Research on the Oils of Australia report series enabled the Australian petroliferous sedimentary basins and their derived fluids to be placed into the global context.”

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C.J. Lipinski
V.P. of Geology, Spur Energy Partners LLC

“GeoMark supported our New Mexico development by analyzing oil and water samples to evaluate well communication and fluid differences between Spur's Paddock and Blinebry target intervals. Their work helped us determine whether these targets yield distinct fluids, provided insight into oil mobility and maturity in a geologic context, and established a geochemical baseline for time-lapse monitoring. The results gave us clarity on lateral well communication and improved our understanding of SRV versus DRV behavior, directly informing our development planning.”

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