Best Practices for Field Sampling and Mercury Analysis in Oil and Gas

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Introduction

Accurate mercury contamination data is critical for managing safety and environmental compliance in oil and gas facilities. The foundation of effective mercury management begins with reliable field sampling and analysis. However, achieving precise and actionable data requires following best practices throughout the sampling process.

Why Accurate Sampling Matters

The first step in any contamination management effort is understanding the extent of mercury contamination. Without accurate and representative sampling, the data gathered may not reflect the true contamination levels, leading to inadequate remediation efforts. High-quality data is essential for protecting personnel, ensuring regulatory compliance, and guiding operational decisions.

Best Practices for Field Sampling and Analysis

  1. Comprehensive Planning: A detailed sampling plan should be developed, outlining objectives, sampling locations, and methodologies to ensure all potential contamination points are covered.
  2. Use of Advanced Technology: Utilizing state-of-the-art technology for sampling and analysis ensures the highest level of accuracy. PMG employs patented sampling technologies that are specifically designed for mercury detection in oil and gas environments.
  3. Proper Sample Handling: Samples must be collected, preserved, and transported in a manner that prevents contamination or degradation. This is critical for maintaining data integrity.
  4. High-Quality Laboratory Analysis: After field collection, samples must undergo precise analysis in certified laboratories. Techniques such as EPA Method 1631E are widely used for accurate trace mercury detection.

Conclusion

Field sampling and mercury analysis are crucial steps in managing mercury contamination. Following best practices ensures the collection of reliable data, which is essential for the safety and compliance of oil and gas operations. By adhering to established protocols and utilizing advanced technology, facilities can make informed decisions and take appropriate action to mitigate contamination risks.