SEEPEX Pump Solutions for Oil and Gas - State-of-the-Art Technology - Engineered Solutions

Oct 28, 2026

Upload by miraaa_2004

State-of-the-art progressive cavity pump solutions for the oil and gas industry, emphasizing engineered performance under demanding equipment requirements. The document describes SEEPEX’s modular pump system, lifecycle consultation, project management, and integration of fluid handling components. It outlines standards compliance (API 676/682, NORSOK, NACE MR-01-75, ATEX), key BNA range facts and figures, and engineered disciplines including modeling, pump selection, seals, instrumentation, skids, control, and testing.

LanguageEnglish

CategoryTechnology

FormatPDF

Pages13

Reading Time33 min

AccessFree to download

Key solutions for oil and gas

Engineered solutions and engineering scope

BNA range key facts and figures

Special pump characteristics

Oil and gas applications overview

YOUR PUMP SOLUTION OIL AND GAS INDUSTRY OIL AND GAS INDUSTRY STATE-OF-THE-ART TECHNOLOGY. The oil and gas industry places some of the toughest demandson its equipment and suppliers. As an established global supplier of products and services for fluid handling and processing, we know what is required to deliver pumping solutions which make a difference. 2 OIL AND GAS INDUSTRY 3 Our global network of oil and gas application specialists focuses on delivering our highly engineered products to you, wherever you are in the field. The first SEEPEX progressive cavity pump was built in 1972 in Bottrop, Germany. Today, nearly 400 of the 800 worldwide employees work in Bottrop on the development, manufacturing and distribution of pumping solutions for oil and gas production, the environment and many other industries. We have stateof-the-art manufacturing facilities and warehouses in Europe, Asia and North America and distributors in every major country. Consultation, development, project management and support throughout the entire pump life cycle form the basis of our application expertise. Using our modular pump system we can design a pump tailor-made for each application. This ensures lower energy consumption, reduced maintenance costs, increased operational safety, better utilization of capacity and higher productivity and profits for our clients. OUR PUMPS CONFORM IN GENERAL TO THE FOLLOWING STANDARDS: y API 676 rotary positive displacement pumps y API 682 mechanical seals y NORSOK M-650 y NACE MR-01-75 y ATEX Directive 94/9/EC KEY FACTS – BNA RANGE y API compliant 676 and 682 y Standardized pump components FIGURES – BNA RANGE y Conveying capacity: 0.3–110 m3/h (1 .32–484 USGPM) y Working pressure (MAWP): up to 24 bar (350 psi) y Casing pressure (MACP): up to 50 bar (725 psi) ENGINEERED SOLUTIONS. Even a unique product has to fit within global standards and customers'engineering specifications. Our engineering and project management teams are structured to handle every technical requirement. We are not only experts in the technical design and manufacture of progressive cavity pumps. Our engineers design, integrate and package fluid handling solutions, turning designs and drawings into reality. y Research y Modeling y Pump selection y Mechanical seals and systems y Drive systems y Instrumentation y Piping y Skids y Control y Testing y Third party verification One of SEEPEX's unique products, the BNA range, is designed to fulfill the exacting requirements of the Oil & Gas Industry and to meet American Petroleum Institute (API) standards. BNA range pumps have rugged, heavy-duty castings in accordance with API 676 3rd Edition and casing parts made of super duplex stainless steel. Additionally, SEEPEX offers fully API 682 compliant mechanical seals with optimized seal plans. ASTM materials, full traceability and compliance with NACE MR0175 are standard features. The pump can also be designed for gas hazardous areas. SPECIAL PUMP CHARACTERISTICS. Our technology offers reliable in-service performance. We take care to understand your application needs to ensure optimum pump performance. Appropriate equipment integration in complex systems is essential to ensure success. LOW SHEAR Gentle low shear pumping action. Oil and water mixtures must be transported with the least damage to the oil droplet size to minimize risk of creating emulsions that are hard to separate. The Society of Petroleum Engineers (SPE) paper 18204 confirm that progressive cavity pumps are the best pump technology for oil / water separation. SELF PRIMING AND NO GAS LOCKING Excellent self-priming characteristics and suction lift capabilities, even on gaseous liquids, up to 9 m (29 .5 ft.) . HANDLING OF MULTIPHASE PRODUCTS Oil, water and gas are transported reliably by our uniquely configured pumps with control systems to deal with variable flow requirements. Our pumps can be conf

FAQs

What standards do SEEPEX BNA range pumps conform to?

The pumps are stated to conform in general to API 676 and API 682, NORSOK M-650, NACE MR-01-75, and the ATEX Directive 94/9/EC.

What are the main BNA range performance figures listed?

The document lists conveying capacity of 0.3–110 m3/h, MAWP up to 24 bar, and casing pressure (MACP) up to 50 bar.

How do SEEPEX pumps address low shear and self-priming needs?

They feature gentle low shear pumping to protect oil droplet size and provide excellent self-priming and suction lift capabilities, including on gaseous liquids up to 9 m.

Oct 28, 2026

Upload by miraaa_2004