Multiple Sealing Options

• Single cartridge mechanical seal standard
• Double and tandem cartridge mechanical seals available
• Capable of accepting an API 682 seal

Durable Construction

• Heat treated shaft and spur gears provide reliable service
• Internal surfaces are Vitek hardened to increase wear resistance

Modular Port Design

• 6", 180° 4 bolt ports standard
• Weldneck port adapter design allows for multiple interchangeable flange options
• Direct drive, motor-speed operation eliminates the need for gearboxes or belt drives
• Standard inverter duty rated motors

Reduced Maintenance

• Back pull-out seal design and spacer coupling eliminate the need to disturb piping or perform alignments during seal changes
• Rigid structural steel base with milled mounting pads and jacking bolts for ease of field alignment
• No pulsation dampeners, gear reducers, belt drives, or additional equipment to service and maintain

With over 110 years of experience providing positive displacement pumping solutions, Viking Pump has a rich, lengthy history of providing engineered solutions for tough applications. We have dedicated sales and field support specialists who are supported by a team of customer service representatives and engineers. Our knowledgeable team of application engineers available to help with product selection and technical support. USA based company with vertically integrated manufacturing facility. 

Natural gas dehydration is a process used in the removal of water vapor- or water content- in natural gas so that it meets pipeline quality standards. It's important because high levels of water vapor in the natural gas can cause corrosion and freezing, resulting in costly repairs. But what exactly is natural gas dehydration? Here's everything you need to know about this important process:

The Gas Dehydration process

The process of natural gas dehydration generally consists of two steps. The first involves adding glycol to the natural gas in order to absorb any additional water vapor present in it. Glycol has a molecular structure that reacts with water molecules, allowing it to lower the dew point temperature of the natural gas.

The second step involves running the glycol-treated natural gas through a regeneration tower, which removes all traces of absorbed water molecules from the glycol. This results in “dry” natural gas meeting pipeline quality standards for moisture content at temperatures below the dew point.

Benefits of Natural Gas Dehydration Process

Using an efficient and effective dehydration system will help ensure that pipelines remain undamaged and operational for an extended period of time. Additionally, dehydration promotes safety as moisture can create pockets within pipes where flammable gases may accumulate and cause fires or explosions when ignited by heat from nearby machinery or other heat sources. By dehydrating pipelines regularly, companies can avoid costly repair bills due to pipe corrosion caused by elevated moisture levels in their pipes and facilities.

The natural gas dehydration process is a critical process in the production and distribution of gas resources across various industries today. By decreasing humidity levels down to acceptable rates through efficient technology such as absorption systems and adsorption systems, it is easy to maintain clean lines and extend the life span of pipeline systems while promoting safe working conditions for employees operating these networks on behalf of their companies or organizations.