In the complex world of oil and gas extraction, the efficiency and longevity of a well are often dictated by the effectiveness of the hydraulic fracturing process. A key component of this process is the fracturing fluid, and increasingly, the focus is on additives that minimize formation damage while maximizing fluid performance. NINGBO INNO PHARMCHEM CO.,LTD. offers an advanced solution: the integrated multi-supramolecular emulsion, specifically designed to offer superior low damage characteristics.

The term 'formation damage' refers to any process that reduces the permeability of the rock formation, impeding the flow of oil or gas to the wellbore. This can be caused by particulate matter, precipitated chemicals, or swelling clays within the reservoir. Traditional fracturing fluids, if not carefully formulated, can exacerbate these issues. Our integrated multi-supramolecular emulsion directly addresses this by ensuring a clean and low damage profile. With a core damage rate of less than 20%, it significantly reduces the risk of blocking the pore spaces within the reservoir rock. This is achieved through a carefully engineered synthesis process, utilizing monomers such as AM, SO1, AA, and AMPS, which results in a product free from insoluble matter, fisheye, or undesirable residue.

The benefit of employing a low damage fracturing fluid additive is multi-faceted. Firstly, it directly impacts the immediate post-fracturing productivity of the well. By preserving the reservoir's natural conductivity, operators can expect higher initial production rates. Secondly, it contributes to the long-term performance of the well. Reduced damage means that the flow channels remain open for a longer period, delaying the onset of decline and extending the economic life of the well. This sustained performance is critical for maximizing the overall return on investment for an oilfield project.

The efficacy of the multi-supramolecular emulsion in minimizing damage is also linked to its other properties. For instance, its strong suspension capacity, with a viscosity of over 40mPa.s, ensures that proppants are effectively carried and placed within the induced fractures without settling. If proppants settle, they can block flow paths, leading to damage. Similarly, the good friction reduction performance, achieving up to 85% resistance reduction, means less turbulent flow and lower shear forces within the wellbore, which can also contribute to reduced formation damage.

The ability to use this additive in a wide temperature range (0-180°C) further enhances its utility, as it can be deployed in diverse geological settings without compromising its low damage characteristics. The formulation's ease of breaking and its environmentally friendly nature, including its suitability for produced water reuse, also align with modern industry demands for both operational efficiency and sustainability. By choosing additives that prioritize low damage, operators are investing in the future productivity and longevity of their oil and gas assets. NINGBO INNO PHARMCHEM CO.,LTD. is dedicated to supporting these goals with innovative chemical solutions.