Production Chemicals​

We are committed to extending equipment lifecycles, optimizing production processes, and reducing costs through our tailored solutions. Pars Lian develops and formulates products specifically to suit the customer requirements and their critical applications. This customization is complemented by our dedicated field service team, ensuring that every solution is effective and supported by continuous research and development. We call this approach "tailor-made solutions," underscoring our commitment to delivering precise and impactful support for our clients in the petroleum industry.

Separation

Asset Integrity

Flow Assurance

Process Chemicals

Antifoam

With over 30 years of experience in producing antifoams, we collaborate closely with various companies in the petroleum industry

Our product range includes fast-acting, cost-effective solutions available in both emulsion and compound forms.

Foam generation occurs in several oil processes, including Gas-Oil Separation, Crude Oil Distillation, and Drilling Muds. We offer tailored products designed to meet the specific needs of each of these processes.

Oxygen Scavenger

Dissolved oxygen in feedwater and process systems can lead to severe corrosion and pitting on metal surfaces, compromising equipment integrity.

Dissolved oxygen in feedwater and process systems can lead to severe corrosion and pitting on metal surfaces, compromising equipment integrity. Oxygen scavengers are essential chemicals that react with and remove dissolved oxygen, preventing costly damage. Sodium bisulfite (SBS) and ammonium bisulfite (ABS) are the most widely used oxygen scavengers in oil and gas production, effectively reducing oxygen levels to safe thresholds. While ammonium bisulfite reacts faster, sodium bisulfite is often preferred due to its stability and lower risk of promoting bacterial growth.

For optimal efficiency, mechanical deaeration is combined with chemical scavengers such as sodium bisulfite to eliminate residual oxygen. The reaction is accelerated at higher temperatures and can be further enhanced with catalysts like cobalt. Key applications include seawater injection, hydro-testing, and acid stimulation, where oxygen control is critical for system longevity.

By integrating oxygen scavengers into your process, you safeguard infrastructure, reduce maintenance costs, and ensure operational reliability in demanding environments.