Oilfield Water Treatment Additives & Scale Inhibitors

Feymer leverages artificial intelligence to transform conventional chemical treatment into a dynamic, self-regulating process. By integrating our oilfield water treatment additives with advanced sensors that monitor real-time parameters such as flow rate, pH, dissolved oxygen, and conductivity, our platform can calculate the optimal chemical injection rate. This is not a simple feedback loop; it uses historical data and machine learning algorithms to predict changes due to operational variations, such as a well startup or a rain event causing surface water dilution. The system is autonomous, requiring minimal human intervention, and provides remote access for engineers. In trials, this adaptive approach led to 30% reduction in chemical consumption, while maintain superior scale and corrosion protection. It also minimizes the risk of overdosing, thereby lowering the potential for environmental harm.

Feymer is at the forefront of developing oilfield water treatment additives that are both highly effective and environmentally benign. Our “green chemistry” program emphasizes the use of renewable feedstocks and chemistries that break down quickly in the environment without producing toxic metabolites. For instance, we replaced traditional nonylphenol ethoxylates in demulsifiers with eco-friendly alkylpolyglucosides synthesized from plant-based sugars. This substitutes not only alleviate ecotoxicological burdens but also maintain outstanding demulsification efficiency. Our biocides are also designed to be less persistent, with photodegradation half-lives under 15 days. To support offset energy consumption, our manufacturing facilities utilize solar and gas-fired co-generation, reducing carbon footprint by 20% per tonne. We also have packaging innovations: using soluble sachets that eliminate container rinse water, which is particular advantageous in remote locations.