Generic selectors
Exact matches only
Search in title
Search in content
Post Type Selectors

Advantages of a Digital Progressing Cavity Pump in the Oil and Gas Industry

Netzsch
Netzsch Oil and Gas Advantages of a Digital Progressing Cavity Pump

Advantages of a Digital Progressing Cavity Pump in the Oil and Gas Industry

By: Netzsch

Theprogressing cavity pumptechnology offers a wide range of applications inoil and gasproduction and combines numerous advantages. Growing demands for efficiency and cost-effectiveness are confronting operators with increasing challenges. Conventional production is no longer sufficient in many cases.

Netzsch will show you how to take your oil and gas production to the next level with the help of their digital progressing cavity pumping systems. Numerous oil fields have been operated with so-called horsehead pumps since the 1920s. This technology has held up very well over the past century. However, it has a decisive disadvantage because operation with horsehead pumps is extremely energy- and cost-intensive. Since these factors have played a relatively minor role up to now, as there was no shortage of oil and the only requirement of the pump was to pump oil, this could be disregarded in the past. However, the market has been undergoing significant change for some time now. The days of the oil boom are long gone, and economic efficiency and, above all, sustainability are increasingly becoming operators’ focus, resulting in significantly increased demands on the pump. Based on this, coupled with decades of experience in the field of positive displacement pumps, NETZSCH has developed unique progressing cavity pump systems that revolutionize your oil production and offer numerous advantages.

Netzsch Oil and Gas Advantages of a Digital Progressing Cavity PumpReduced service and maintenance costs through digital progressing cavity pump
Downtime is always associated with high costs. Especially in oil production, a few days of downtime can result in significant profit losses. With most systems, operators can only detect wear or defects on site when the system is no longer producing the desired output or has even failed completely. By then, however, it is already too late, and high costs are inevitable. The digital progressing cavity pump from NETZSCH offers a decisive advantage here. The system is equipped with many sensors so that you can “see” into the borehole and gain valuable data. This allows you to recognize any maintenance and service requirements much earlier and prevent corresponding downtimes.

Related Articles

Related Whitepapers

Carlsberg taps into process water reuse with onsite treatment

Carlsberg brewery wants to cut its water use by 50% by 2030. The initiative, Zero Water Waste, is part of Carlsberg’s Together Towards Zero program.…

Water and Wastewater Industry Checklist for Variable Speed Drives

Resilience is the ability to cope with, and recover from, disruption and to anticipate trends and variability in order to maintain services for people and…

Overcoming energy efficiency challenges in the water and wastewater industry

Water demand is continuing to increase as the global population grows. Clean water is required by people for drinking, cooking, and washing, and by industrial…

Always-on Steam Trap Monitoring Yields 2.9x Return & Reduction of CO2 Emissions [Case Study]

In 2020, Trinity Manufacturing, a premier manufacturer of specialty agriculture and water treatment chemicals, engaged Everactive to help deliver on its safety, sustainability, and operational…

Comments

Leave a Reply

Your email address will not be published.

Join the #PumpTalk Community


By submitting this form, you are consenting to receive marketing emails from: raybet & raybet 雷竞技 , 2205-C 7th Street, Tuscaloosa, AL, 35401, //www.stokoptom.com. You can revoke your consent to receive emails at any time by using the SafeUnsubscribe® link, found at the bottom of every email.Emails are serviced by Constant Contact