Sunita provides specialized products crucial for coil tubing operations, including a dissolvable abrasive jetting material used for perforation and stimulation applications. Additionally, we offer a metal-to-metal lubricant and friction reducer that enhances the tubing’s performance by reducing friction and wear during deployment and retrieval operations in challenging downhole environments. These products contribute to improving efficiency and reliability in coiled tubing interventions across diverse oilfield applications.

Chemicals used in sand control applications in the oilfield serve various crucial functions to prevent or manage formation sand production. These chemicals include polymer-based fluids and additives designed to stabilize unconsolidated formations by improving their mechanical strength and reducing permeability to sand grains. They also include consolidating agents that bind loose sand particles together, forming a stable pack around well screens or liners. These products, along with flowback surfactants and washing aids are chemicals provided by Sunita.

Water shut-off techniques in oilfield applications are crucial for controlling unwanted water production from reservoirs, which can decrease oil recovery efficiency and increase operational costs. Sunita provides chemicals like gels or resins injected into the formation to block water flow paths. Effective water shut-off enhances hydrocarbon recovery rates, improves reservoir management, and ensures economical operation of oil and gas wells by minimizing water handling and disposal costs.

Chemicals used for hydrate inhibition in the oilfield are essential for preventing the formation of hydrates, which are ice-like solids that can block flowlines and equipment in subsea and deepwater operations. These chemicals typically include hydrate inhibitors such as methanol, glycols (e.g., ethylene glycol, methanol glycol), and salts (e.g., potassium acetate, calcium chloride) that alter the thermodynamic conditions within pipelines and equipment to prevent hydrate formation. Inhibitors work by lowering the freezing point of water or changing the phase behavior of hydrocarbons to keep hydrates from crystallizing and causing flow disruptions