The vacuum gas oil is stripped with steam in the residue column under vacuum and condensed in a hot separator at 180 mbar(a) and 120°C. In the last process step, the vacuum gas oil must be recirculated from the residue section to the reactor circuit using a pump.

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This report considers the below-mentioned Marketing Questions Answered:– What will be the market size by the end of the forecast period? – What are the factors driving or restricting growth of the market? – Who are the key players operating in the market? – What are the challenges, threats, and restraints faced by the leading players? – How new entrants are influenced by the presence of existing players

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It is an essential, if not mandatory, step to identify the chemical being used, including the concentration and the temperature limits so the product being transferred does not cause the pump to prematurely fail. Failure can happen either by leaking or by diaphragm breach, causing increased maintenance intervals, added production costs for downtime and additional repair part costs, which ultimately increases total cost of ownership. Extra work at the beginning allows more uptime, more production and fewer headaches.

For more than 50 years, World Pumps has been the world’s leading pump magazine, keeping the pump industry and its customers informed about all the technical and commercial developments in their industry.

The liquid handling technologies market is segmented on the basis of pipette technology, pump type and end-users. On the basis of pipette technology, liquid handling technologies market can be segmented as valve dispensing technology, syringe solenoid technology, inkjet-technology, glass capillary technology and automated liquid handling technology. To pump the liquid in the accurate measures, pumping technologies plays a major role. Thus, in terms of pump type, liquid handling technologies market is further classified as piston pumps, peristaltic pumps, pressure driven pumps and diaphragm pumps.

For this type of application, AODD pumps differ from other pump types in that they automatically reduce the pumping rate as the level of viscosity increases.  They also cleverly stop pumping when the liquid can no longer move in order to stop the potential of damaging itself. Other pumps struggle with viscous materials and can lose friction within the pump itself as well as between the walls of the pipe and the liquid.

One of the most important considerations when weighing options for different pumps is making sure the plant environment is safe for all workers by preventing leaks or pump failures, which could risk human contact with harmful chemicals. Many typical electric rotary pumps employ a shaft seal that will wear over time and can allow corrosive and dangerous chemicals to leak onto the floor and expose workers to the dangers of contact with the chemical or inhalation risks due to fumes.

Syringe-type needles are commonly used to meter or dose liquid samples onboard clinical diagnostic and analytical lab equipment. These needles must be washed after each use to avoid cross-contamination with the next test.

Flexible liner: The liner is a thick-walled, molded elastomeric component that can readily be replaced in the field without the use of special tools. Only the outside circumference of the rugged unit is in contact with the pumped fluid. Its cross section forms an “H” pattern – the vertical legs of the “H” act as static gaskets between the body block, the cover plate and the bearing frame. It is this feature that makes the flexible-liner pump a “sealless” pump. The flanges on this liner are pressed to the sides of the body block by concentric grooves on the pedestal assembly and cover plate, isolating the fluid within the formed channel.