Shape
When talking about the exploration of oil and gas, a lot of people instantly imagined drilling wells and giant rigs in the middle of the ocean. However, long before the drilling stage began, there was a scientific process that was the foundation of all exploration decisions. — which is geochemistry analysis.
Geochemical analysis is a process of identifying organic content, rigorous levels, and potential sources of hydrocarbon in rock. This analysis provides important information: whether an area is worth exploring or not.
Here comes the role Indonesian Stémen Brick (BSILAB) It's so important. As a science lab with years of experience in rock analysis, BSILAB helps the energy companies understand the undersurface potential with a precision and efficient scientific approach.
Why is Geochemistry Analysis A Critical First Steps
In the energy industry, exploration is a huge investment — Neither the time nor the cost. The decisions taken without the basis of scientific data could cause millions of dollars' losses.
Through geochemistry analysis, the company can know:
- Whether the rocks in the region contain organic material rich enough to produce oil or gas.
- Potential hydrocarbons: oil, gas, or condensate.
- Genetic connection between sources of hydrocarbons in different wells or layers.
With that data, the exploration team could focus drilling on the most prospects — Conserve the cost and increase the opportunities for exploration success.
Comprehensive geochemistry service from BSILAB
As a professional lab, BSILAB Provides a variety of geochemical analysis services with international industry standards.
Some of the main methods used include:
1. Total Organic Carbon (TOC)
TOC used to measure the amount of organic carbon in rock samples. High TOC values show rock potential as rock source.
2. Rock-Eval Pyrolysis
It measures the ability of rock producing hydrocarbons as well as its thermal capacity level. This data is the basis for predicting the phase of exploration.
3. Chromatography gas
GC-MS technique analyzes molecular composition of hydrocarbons and is used for correlate between oil, gas and rock sources — So companies can figure out the genetic connections between samples from different wells.
Four. Isotopic & Biomarker Analysis
BSILAB also provides carbon isotopes and biomarker analysis that provides "chemical fingerprints" for every hydrocarbon source.
Case Studies: When Geochemical Data Saving Project Expedition · Global Voices
A few years ago, a national migas company faced a huge challenge in determining the source of hydrocarbon from a layer of rock in two different areas in Borneo.
Both areas show similar potential, but the first field production is dropping rapidly after several months of surgery.
BSILAB then asked to do Advanced geochemistry analysis.
From result Rock-Eval Pyrolysis And carbon isotopes analysis, found that the first region layer is already in overmath. — While the second region is still in its mature phase, it's ideal to produce oil.
On the basis of that data, the company decided to divert investment into the second area. The result? Production increased stable in less than six months.
This story becomes a real example of how accurate lab data can save millions of dollars of investment and improve the efficiency of exploration strategy.
BSILAB Appropriation
What makes BSILAB different?
Not just on lab equipment, but also on The integration between the disciplines of geoscience — starting from geochemistry, petrology, biostratigraphy, up to core analysis..
With this cross-discipline approach, BSILAB is able to provide the whole picture of the characteristic of the reservoir rock.
Each analysis report does not stand itself, but completes each other to produce comprehensive geological interpretation.
Besides, BSILAB is committed to:
- Standard international accuracy in every test.
- The time for efficient work without compromising quality.
- An expert team In geoscience and analytical labs.
Add Value for Energy Industries Client
For oil companies, gas and geothermal, working with reliable labs such as BSILAB provide a range of strategic benefits:
- Reduce the risk of exploration.
Every drill decision is based on strong scientific data. - Increase cost efficiency and time.
An accurate initial analysis prevents error of exploration in non-prospects areas. - Increasing technical documentation and audit.
Lab reports from BSILAB meet the standard for reporting to regulator agencies. - Support quick decision-making.
Data was sent in a digital format that was easily analyzed and integrated into modern geological software.
Conclusion
Oil and gas exploration is a scientific journey that begins deep below the surface of the Earth. However, the success in the field depends heavily on Data generated in the lab.
Through an integrated and accurate geochemical analysis service, BSILAB helping the energy companies see invisible potential. — Understanding rock characters, identifying the source of hydrocarbons, and designing more intelligent exploration strategies.
BSILAB is not just an analysis service provider, but scientific partners who helps clients make decisions based on data and deep knowledge of the earth itself.