Pumps for the Oil and Gas Industry | Chemical Resistant Pumps

Within the oil and gas sector, high-risk application environments can place pumping equipment in some of the harshest operating conditions. Aggressive chemicals, high temperatures and hazardous fluids require highly reliable pumps that can withstand corrosion and comply with extremely stringent safety and environmental regulations. Some of the challenges include:

Environmental and safety regulations: Industry regulations insist on leak and spill-proof measures to ensure that there is no contamination.
Continuous operation and low maintenance: Any downtime spells loss of production.
Corrosion and chemical resistance: Corrosive chemicals, hydrocarbons and saltwater require environmentally resistant pumps.
High temperatures and pressure: Pumps must endure very high temperatures and carry out different processes at elevated pressures.
Explosion-proof and ATEX-compliance: Our equipment has been designed and built to meet the very highest standards of safety, particularly for high risk areas.

Crest Pumps has been supplying chemical- and corrosion-resistant pumps for the oil and gas industry for decades. From offshore platforms to refinery processes, Crest Pumps supplies pumps which provide high performance, durability and efficacy, assuring the continuity of its operations and compliance with regulations.

Reliable containment for hazardous fluids: Crest's fully sealed, leak-free designs ensure full containment of volatile fluids and help maintain safety and environmental compliance.
Built for continuous operation: Downtime costs money - and trust! Our pumps are engineered for long-term, maintenance-light performance, delivering reliable operation, even in remote or hand-to-access locations.
Resilience in corrosive environments: From saltwater exposure to aggressive hydrocarbons, Crest Pumps are built using chemically resistant materials that hold up against even the most damaging process conditions.
Engineered for extreme conditions: Our pumps can withstand intense heat, pressure and mechanical stress, making them ideal for use across all phases of oil and gas production including refining, transport and extraction.