Cost Savings Archives

Case Study: High temperature DBB valves for steam injection – A common enhanced oil recovery method

Infographic of solar steam process (steam injection) as an enhanced oil recovery application.

Case study about high temperature Double Block & Bleed valves for steam injection. We have successfully installed the DBB valves at the Amal oilfield in Oman which uses “green” steam, generated at the Miraah solar thermal facility.

5 important facts for a safe and transparent (remote) third-party inspection

Safe and transparent through your third-party inspection (remote inspection).

We are all facing many restrictions due to the pandemic. Therefore, we need to find ways to still provide the best possible support to our customers. One digital service that our customers can use is our third party inspections – better said remote inspections.
Our customers can use the remote visual inspection to check the valve quality before shipping.

Fugitive emission test high-pressure seat test Liquid penetrant examination test low-pressure seat test non-destructive examination tests Positive material identification test Pressure test remote inspection Shell test third-party inspection

Plant standards in the oil and gas industry

Factory standards in the oil and gas industry and comparison with tapas.

I have now been in the field for more than 25 years and support my customers exclusively in Germany. I have noticed that the measurement technology in the plants is carried out very differently. Just as there are endless variants of Tapas, there are also many different types of measurement technology. As a passionate Tapas connoisseur and with over 30 years of professional experience, I know both areas very well.

factory standards measurement operator Pressure measurement process engineering Refinery standardisation standardization of pressure measurement

Close-coupled installation vs. conventional installation

Close-coupled installation versus conventional installation.

In times of budget cuts and lack of skilled workers, it is all the more important to use the right product solutions in your plant. In my current article I would like to explain the advantages of a close-coupled installation in the area of one of our products, “monoflanges”. That can have a very positive effect on your maintenance and operating work.

Close Coupled Installation conventional installation instrument manifold Instrument Monoflanges interface of Instrument Monoflanges pressure measuring system pressure transmitter Process Monoflanges VariAS-Blocks

Chemical injection quill for oil & gas application

Chemical injection quill for oil and gas application.

To support users in their proper planning and technical evaluation, I would like to share some information about one less-familiar product in the industry, the chemical injection quill.

API 6A API PSL 3G PR2 applications ASME PTC 19.3 TW-2010 check valve chemical feed line chemical injection quill Corrosion Inhibitor dbb DBB valve FEA Finite Element Analysis H2S Scavenger hydrate inhibitors Hydrate solidifies injecting additives injection quill Integral Check Valve Isolation mechanical device Methanol Monoflanges oil and gas process media process pipeline Process to instrument valves regulations sampling quill Standards VariAS-Blocks

DBB system in instrument piping – a cost effective safety solution

I remember very well when we started the development of our Double Block & Bleed Valve Series. We called it “VariAS-Blocks”. Production started 20 years ago, and we have made many improvements since there.

We based the design on the standard SHELL MESC SPE 77/165 (which the MESC SPE 77/170 superseded) and EEMUA 182.

#dbb #instrument valves ball valve DBB system in instrument piping double block and bleed EEMUA 182 Instrument DBB ball valve instrument piping MESC SPE 77/170 Process to instrument valves taurus taurus series

Cryogenic valves for LNG application – Part 2

In our second part of the cryogenic valve series I would like to responsive on questions like “What are the challenges of using cryogenic?”, “Selecting a valve for cryogenic service.”, “How can engineers ensure tightness of cryogenic valves?” and “What should engineers pay attention to during assembly of cryogenic valves?”.

Assembly clean cryogenic Cryogenic valves LNG LNG application lubricate manifolds Pressure primary isolation valve sealing ship Single and dual flapper check valves stem temperature Tightness Triple offset rotary tight isolation valves valves

Cryogenic valves for LNG application – Part 1

One of our customers needed a primary isolation valve for a pressure measurement on a container ship. The ship uses natural gas power. The valve had to meet the Fire Safe API requirements. It also had to pass a cryogenic test with liquid nitrogen (-196 ° C). The container ship rides under the American flag. Thus, an independent examiner had to administer the test. This examiner came from the American Bureau of Shipping (ABS) and the US Coast Guard.

Assembly clean cryogenic Cryogenic valves LNG LNG application lubricate Pressure primary isolation valve sealing ship Single and dual flapper check valves stem temperature Tightness Triple offset rotary tight isolation valves

All about Close Coupled Flush Ring

The chemical industry uses flush rings for diaphragm seals. These rings prevent clogging of the instrument connection. The technician mounts the ring between the process flange and the diaphragm seal. It has flushing ports and membranes. The flushing ports allow users to wash out particles from in front of the membrane. It also has a pressure chamber, which users can vent, drain, or fill with cleaning liquid. The user can then flush the chamber.

“Traditional” Assembly Close Coupled Close Coupled Flush Ring Close Coupled Hook-up Close Coupled Installation Close Coupled Manifold diaphragm seals flush ring instrument connection measurement