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Optimising Environmental Impact

The capability of Peregrine X Ltd to detect and quantify asphaltenes in near real-time can significantly improve environmental impact in the oil industry. Here's how:

Prevention of Operational Issues

Asphaltenes and waxes can lead to operational challenges in oil production, transportation, and refining processes. By detecting and quantifying asphaltenes in near real-time, Peregrine X's techniques allow companies to proactively address issues before they escalate. This can prevent disruptions, equipment failures, and unplanned shutdowns, contributing to overall operational efficiency and reducing the environmental impact of such incidents.


Optimised Production Processes

Understanding the behaviour of asphaltenes helps in optimising production processes. By fine-tuning processes based on near real-time data, oil companies can reduce the generation of unwanted by-products and enhance the overall efficiency of their operations. This optimisation contributes to resource conservation and minimises environmental footprints.

Reduced Environmental Contamination

Asphaltenes can contribute to the formation of deposits in pipelines and equipment, leading to corrosion and potential leaks. Near real-time monitoring and management of asphaltenes can reduce the likelihood of pipeline blockages and equipment failures, thus minimising the risk of oil spills and environmental contamination.

Minimised Waste Generation

Understanding asphaltene behaviour helps in minimising the generation of waste by optimising processes. By avoiding the formation of undesirable by-products and reducing the need for corrective actions, companies can decrease the overall waste generated during oil production and refining, contributing to environmental sustainability.


Optimised Chemical Usage

Near real-time monitoring of asphaltenes and waxes allows oil companies to better understand the composition of their crude oil. With this understanding, they can optimise the use of inhibitors and chemicals by tailoring their application to the specific characteristics of the oil. This targeted approach minimises the overall volume of chemicals needed, reducing both costs and environmental impact.

Minimised Environmental Disposal

By accurately assessing the content of asphaltenes and waxes, companies can avoid over-treating oil with unnecessary chemicals. This, in turn, reduces the volume of chemical-laden wastewater or by-products that need to be disposed of, minimising the environmental impact associated with the disposal process.


In conclusion

Peregrine X's techniques for detecting and quantifying asphaltenes and waxes in near real-time offer oil companies the tools to optimise their processes, prevent operational issues, and enhance overall efficiency. These benefits collectively contribute to reducing the environmental impact of oil production, transportation, and refining activities.

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