Sustainable Oilfield Practices: Leveraging Produced Water with Advanced Emulsions
The oil and gas industry is increasingly focused on sustainable practices, with the responsible management of water resources being a critical component. A significant challenge is the large volume of produced water generated during extraction, which often requires costly treatment and disposal. NINGBO INNO PHARMCHEM CO.,LTD. is contributing to more sustainable oilfield operations through its integrated multi-supramolecular emulsion, which is designed to be salt-tolerant and enable the reuse of produced water in fracturing fluid formulations.
The ability to reuse produced water in fracturing applications offers a dual benefit: it drastically reduces the demand for freshwater sources, conserving precious resources, and it significantly lowers the costs associated with water treatment and disposal. However, produced water can contain high concentrations of salts and other impurities that can negatively impact the performance of standard fracturing fluid additives. Our multi-supramolecular emulsion is specifically formulated to overcome these challenges. Its salt-tolerant nature allows it to be effectively prepared and utilized with produced water, maintaining its key properties such as efficient instant dissolution and strong suspension capacity.
The impact of using produced water, enabled by additives like our multi-supramolecular emulsion, extends to the overall cost-effectiveness of fracturing operations. By reducing reliance on expensive freshwater and eliminating or reducing disposal fees, operators can achieve substantial savings. This makes fracturing treatments more economically viable, especially in regions where water scarcity is a concern or regulatory costs for disposal are high.
Beyond its water management benefits, the emulsion upholds other critical performance criteria. Its low damage profile (less than 20% core damage rate) ensures that the reservoir's productivity is not compromised, even when utilizing treated produced water. The strong suspension capacity and good friction reduction performance remain intact, ensuring that the fracturing fluid effectively carries proppants and minimizes pumping pressures. The additive’s wide temperature adaptation (0-180°C) and cross-linkable nature further enhance its versatility in various operational contexts.
The cost-effective and environment-friendly nature of this product is a cornerstone of its design. By integrating multiple functionalities—rheology control, surface activity, anti-swelling properties—into a single formulation, it simplifies fluid systems and reduces the number of chemicals needed. When combined with the capability to utilize produced water, it represents a significant step forward in the industry's drive towards greener and more economical operations. NINGBO INNO PHARMCHEM CO.,LTD. is committed to developing solutions that support both operational excellence and environmental stewardship, making the reuse of produced water a practical and beneficial reality for oilfield operators.
Perspectives & Insights
Silicon Analyst 88
“Its low damage profile (less than 20% core damage rate) ensures that the reservoir's productivity is not compromised, even when utilizing treated produced water.”
Quantum Seeker Pro
“The strong suspension capacity and good friction reduction performance remain intact, ensuring that the fracturing fluid effectively carries proppants and minimizes pumping pressures.”
Bio Reader 7
“The additive’s wide temperature adaptation (0-180°C) and cross-linkable nature further enhance its versatility in various operational contexts.”