3 Critical Applications for Tracer Oil Dyes
Tracer oil dyes have various applications that make them hugely beneficial to several industries, including the oil and gas industry. Tracer dyes are specifically designed to gauge how fluid flows through an oil reservoir or body of water, and this versatility makes tracer dyes worthwhile across industries and applications.
Commonly, tracer dyes are used to estimate residual oil saturation within the oil industry. By studying the oil in interwell or single-well tests, industry professionals can gain insight they otherwise wouldn’t be able to acquire.
1. Tracer Oil Dyes for Leak Detection
There are several critical reasons leak tracer dyes are used within the oil industry, and one of the most important is leak detection. Oil leaks can be harmful, costly, and detrimental to a business, so having a way to trace leaks quickly and efficiently is critical.
Bright Dyes® Tracer Dyes from Kingscote Chemicals creates various products for over 4000 governmental water, wastewater authorities, and private oil companies. Our concentrated leak detection dye can pinpoint links in all oil and oil-based fluid systems, including:
- Engine oils
- Fuel oils
- Automatic transmission fluid
- Hydraulic fluid
- Oil reservoirs
- And more
These fluorescent dyes help detect leaks quickly to make it easy to make repairs and avoid costly mistakes.
2. Minimizing Water Injection and Water Production Rates
Depending on the specific information needed within the oil or gas industry, several oil tracer tests can be applied using tracer dyes from Kingscote Chemicals, including:
- Interwell Tracer Tests – Used to provide evidence in the communication between the injection well and the producers.
- Single-Well Tracer Tests – Designed to track the residual oil saturation around a well bore.
- Two-Well Tracer Tests – Intended to track the residual oil saturation along the tracer path between two specific injection wells.
Water-soluble tracer dyes, like the Bright Dyes® ones from Kingscote Chemicals, are designed to be quickly injected into an oil well and monitored by collecting samples and checking for any residual dye. Since there aren’t any other relevant tracer dyes to monitor fluid flowing through oil reservoirs, Bright Dyes® oil tracing dyes are the best selection for building efficiencies and maintaining quality.
3. Enhancing Inhibitor Squeeze Programs
A common problem within the oil industry is mineral scale deposition. The build-up of mineral scale inside reservoirs and well bores can lead to millions of dollars of damage and loss. How can this be remedied? Through oil tracer dyes, oil companies and industry professionals can keep a close eye on residual inhibitors in the production chain.
Since there are very few drawbacks associated with monitoring reservoirs and well bores using luminescent dyes, it’s an inexpensive way to maintain efficiencies and avoid corrosion of the production chain.
Finding the Right Oil Tracer Dyes for the Gas and Oil Industry
At Kingscote Chemicals, we pride ourselves on creating viable solutions for varying industries. Since we know mistakes and inefficiencies are costly, especially in the oil and gas industries, we’ve created oil tracing dyes that help you and your team. Easily identify leaks, enhance inhibitor squeeze programs, and minimize water injection and water production rates with our tracer dyes. Learn more about our tracer dyes and contact us to help you find the high-quality solutions you need to improve your business.