Refining and Petrochemical

As a liquid concentrated atmospheric corrosion inhibitor, after dilution (a 20%-40% solution is preferred), AC-8020 is normally sprayed, but can be brushed or swabbed on any surface exposed to outside or atmospheric conditions.

PChem QI-80P is an excellent water soluble corrosion inhibitor for water floods, salt water disposal systems, packer fluids, pipelines or producing oil wells.  It can be blended with other bases, diluted or used full-strength.  It can be blended with phosphonates to produce combination scale/corrosion inhibitors.

PChem PPD-300 modifies wax crystal formation at low temperatures to depress the cloud and pour point and improve the cold flow properties of a wide range of distillate fuels.  It is designed to address problems such as shutdown or inability to start diesel engines or furnaces, lost productivity due to prolonged fuel loading or unloading times, downgrading of kerosene as a cutter stock and when optimizing fuel yields from crude oil leave limited options in component selection and refining.

PChem PPD-102 is formulated to improve flow in systems transporting heavy fuel oils, such as crude oil, residual fuel oil, cat cracker feeds and reduced crudes, by lowering the pour point, thereby improving the cold flow properties.

PChem PPD-105 is formulated to improve the flow in systems transporting heavy fuel oils by lowering the pour point, thereby improving the cold flow characteristics.  It can be applied to crude oils, residual oils, and cat cracker feeds.

PChem PPD-100 can be applied to crude oils, residual oils and cat cracker feeds.

PChem PPD-101 is formulated to improve flow in systems transporting heavy fuel oils, such as crude oil, residual fuel oil, cat cracker feeds and reduced crudes, by lowering the pour point, thereby improving the cold flow properties.

PChem ID-91 is designed to water wet solids.

PChem ID-6500 is used for formulating demulsifier compounds in oilfield production applications.

PChem IC-19 is recommended for corrosion control in refinery overhead systems that are predominantly hydrocarbon. It may be used safely in any refinery operating unit, but it is particularly suited for crude units.