At the heart of our value proposition is our Team of in-house experts with extensive research and development experience. As of 2024 we have successfully developed 45 proprietary chemical formulations designed to address and mitigate near-wellbore issues that can hinder operational efficiency. These unique chemicals are instrumental in enhancing well treatment and stimulation.

Chemiservis core competence.

Working in tandem with our state-of-the-art laboratory develop proprietary formulations for each operator’s unique needs. All research, new product development, customer crude analysis, and bespoke formulations are done at one of our three laboratory facilities in Mexico and the United States. We have associations and active collaborations with several major government and higher education institutions, including:

CHEMISERVIS ORGANIC SOLUTIONS

Currently, we offer four areas of highly effective chemical solutions to address critical organic deposits  in oilfield operations. They are destinated to deliver immediate impact in the following areas:

Paraffin Dispersion

engineered to break down and disperse Paraffin deposits that obstruct oil flow within pipelines, Wellbores, and equipment. Restoring and preventing flow efficiency further buildup, ensuring smooth operations.

Paraffin Inhibition

A proactive chemical treatment formulated to prevent Paraffin deposit formation and accumulation, significantly reducing the risk of production slowdowns caused by Paraffin-related blockages.

Asphaltene Dispersion

Designed to address the challenge of Asphaltene buildup, which can choke flow pathways and severely impact production. Effectively dispersing Asphaltene deposits, restoring optimal flow conditions in affected wells.

Asphaltene Inhibition

aimed at mitigating the formation of Asphaltene deposits. Maintaining costly operational disruptions by inhibiting buildup.

The active ingredients in these solutions are the result of extensive research, testing, and refinement. Before introducing into a well each pathway is further adjusted and refined based on detailed laboratory analysis of specific well conditions to tackle challenges confidently and efficiently.