Solutions GaStim Trace

GaStim^®Trace

A novel tracing technology based on CQD fluorescent nanomaterials

GaStim^®Trace

Tracer techniques have been used in the Oil and Gas industry since the mid 1950´s to monitor reservoir fluids movement and connectivity between injector and producer wells. Tracers are also used to quantify remaining oil saturation by Single-Well Chemical Tracer Tests (SWCTTs) and Partitioning Inter-Well Tracer Tests (PITTs).

GaStim^®Trace is an innovative tracing technology based on the injection of organic fluorescent nanomaterials for the deployment of cost-effective tracer programs in water or gas injection schemes. It provides quick access to multiple measured data sets and is a green, efficient, and novel alternative to chemical or radioactive tracer applications.

GaStim^®Trace

Carbon Quantum
Dots Nano Tracers

GaStim^®Trace technology is an integral tracing technique based on gas or water dispersible tracer agents composed by Carbon Quantum Dots – CQD.

GaStim^®TraceCQD nano tracers are highly compatible with reservoir fluids and exhibit minimum retention in reservoir rocks which make them economical and easy to track and analyze.

GaStim^®TraceCQD tracers are non-toxic, non-pollutant and have been tested superior than traditional flourobenzoic derivates. This makes them an excellent option as green and cost-effective inter-well tracers for the oil and gas industry.

GaStim^®Traceis a novel tracing technology with the following advantages:

Non-toxic to human health, not pollutant to the environment
Increased sampling frequency allowing better control of breakthrough times Shortened time for samples analytics for promt adjustment of water or gas injection programs
Applicable in EOR, single well stimulation and Huff and Puff schemes

Technology Support

Coreflooding Evaluation

GaStimulation Design

Chemicals Development

On-Site Support

Post Treatment Monitoring

Modeling

Training

General Terms

Engineering support during FEL, software licensing and gas IOR/EOR consulting.

Gas source and auxiliary hardware for GaStim® operation can be fully or partially provided by GaStimTech® upon client’s request.

GaStim Technologies reserves its rights to license the GaStimulation technique to third parties.

GaStim®Trace

GaStim®Trace

GaStim®Trace

Carbon Quantum Dots Nano Tracers

GaStim®Trace technology is an integral tracing technique based on gas or water dispersible tracer agents composed by Carbon Quantum Dots – CQD.

GaStim®Trace CQD nano tracers are highly compatible with reservoir fluids and exhibit minimum retention in reservoir rocks which make them economical and easy to track and analyze.

GaStim®Trace CQD tracers are non-toxic, non-pollutant and have been tested superior than traditional flourobenzoic derivates. This makes them an excellent option as green and cost-effective inter-well tracers for the oil and gas industry.

GaStim®Trace is a novel tracing technology with the following advantages:

Non-toxic to human health, not pollutant to the environment Increased sampling frequency allowing better control of breakthrough times Shortened time for samples analytics for promt adjustment of water or gas injection programs Applicable in EOR, single well stimulation and Huff and Puff schemes

Technology Support

General Terms

GaStim^®Trace

GaStim^®Trace

GaStim^®Trace

Carbon Quantum
Dots Nano Tracers

GaStim^®Trace technology is an integral tracing technique based on gas or water dispersible tracer agents composed by Carbon Quantum Dots – CQD.

GaStim^®TraceCQD nano tracers are highly compatible with reservoir fluids and exhibit minimum retention in reservoir rocks which make them economical and easy to track and analyze.

GaStim^®TraceCQD tracers are non-toxic, non-pollutant and have been tested superior than traditional flourobenzoic derivates. This makes them an excellent option as green and cost-effective inter-well tracers for the oil and gas industry.

GaStim^®Traceis a novel tracing technology with the following advantages:

Non-toxic to human health, not pollutant to the environment
Increased sampling frequency allowing better control of breakthrough times Shortened time for samples analytics for promt adjustment of water or gas injection programs
Applicable in EOR, single well stimulation and Huff and Puff schemes