Introduction

We provide a wide range of advanced analytical tests to characterize coal samples and evaluate gas potential. Our specialized studies include:
Field Desorption Studies – Essential for evaluating gas content directly from the reservoir.
Gas Composition Analysis – Determines the chemical makeup of coal seam gas.
Total Organic Carbon (TOC) – Evaluates the richness of coal and its hydrocarbon potential.
Proximate Analysis – Identifies key coal properties such as moisture, volatile matter, and ash content.
Ultimate Analysis – Determines elemental composition including carbon, hydrogen, nitrogen, sulfur, and oxygen.
These studies ensure a comprehensive understanding of reservoir properties, enabling clients to make data-driven decisions for commercial CBM exploration.

Advanced Coal Bed Analysis
Our laboratory offers critical coal bed analysis to determine the commercial viability of reservoirs. We conduct the following specialized tests:
Borehole Site Canister Desorption
The primary tool to quantify the volume and quality of coal seam gas.
Helps evaluate the commercial potential of CBM reservoirs.
Gas Content Analysis
Determines the total volume of gas present in freshly cut core samples.
Provides key data for reservoir evaluation and production planning.
Desorbed Gas Composition
Identifies fractionation of gas throughout the desorption process.
Offers insights into in-situ gas composition and long-term gas production forecasting.
Adsorption Isotherm Studies
Accurately measures the gas storage capacity of coal pores at reservoir temperature and pressure.
Helps assess maximum recovery potential of CBM wells.
Dedicated CBM Facility in India – One of the few specialized CBM laboratories in the country.
Comprehensive Testing Portfolio – From desorption studies to adsorption isotherms, we cover all aspects of CBM reservoir evaluation.
Data-Driven Decision Support – Our analysis helps clients reduce risks and optimize investment strategies.
Proven Expertise – Backed by years of industry experience and advanced technology.