Global Valve and Controls

10Nov/110

Where will Russia’s Gas go?

AESC 1346967 L7 Where will Russia’s Gas go?


In my opinion, Russia has so much gas, more than the USA- but no one wants to drill there. Another example is Alaska. Alaska has an abundant amount of gas- but too beautiful to start drilling. I also read that Exxon is investing almost $2 Billion in Russia to explore for oil in the Arctic; this should create thousands of jobs for our Russian friends, sadly not for us Americans.

Russia Gas Picture1 Where will Russia’s Gas go?

Emerging right from beneath the shore’s wet sand are pipes that will carry gas from distant Western Siberia to Lubmin, Germany starting in November. The Nord Stream pipeline is laid deep undersea. The underwater part alone, stretching from Russia’s Vyborg to Lubmin, measures 1,224 kilometres. After that, gas produced in wells of the Ob River Basin is pumped through other pipelines for a few thousand more kilometres. “

 

“Russia is rapidly creating new routes to deliver its gas. The Nord Stream was the first major gas pipeline built to Europe after the collapse of the Soviet Union. It bypasses all traditional transit countries to the north, thus avoiding associated risks. Next in line is the construction of the South Stream, a pipeline leading to Europe that would take the south bypass.”

 

Read more at: http://indrus.in/articles/2011/10/26/freedom_to_choose_the_destination_for_russian_gas_13170.html

 

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27Sep/110

TYPES OF STAINLESS STEEL FOR BREWING

stainless ball valves TYPES OF STAINLESS STEEL FOR BREWING

“Stainless steel is an alloy steel with a bright, long-lasting, silvery finish. The alloy has a 11-26% chromium base, with various percentages of nickel added to increase toughness and titanium added to increase weld ability.

Those most common to brewing are 304 and 316 stainless steel. Kegs are usually made from these materials. Both 304 and 316 have very good corrosion-resistance properties and are easily welded.”

Global Valve and Controls provide valves and controls provide highly capable and reliable service in catalyst slurry, gasification, hot gases, high pressure steam, polyethylene, vinyl chloride and many other related applications. GVC valves in exotic materials, including titanium, alloy 20, Monel and Hastelloy are used for highly corrosive applications involving sulfuric acid, aortic anhydride, and others.

We offer valves in Carbon Steel, Alloy 20, 316SS, CF8M, 304SS, LF2 and many more!

 

http://www.brewingtechniques.com/library/backissues/issue2.4/millspaw.html

19Jul/110

Our Threaded & Socket Weld Valves

Threaded & Socket Weld Valves

Products > Threaded & Socket Weld Valves
products threaded and socket weld valves Our Threaded & Socket Weld ValvesGVC offers a complete line of threaded end and socket weld end valves in sizes ¼” through 4” with pressures up to 6000 psi.

Learn More Below About Global Valve and Control Valves

High Performance Valves

Series FSD 525

  • Three Piece Swing Out Design
  • Direct Mount for Easy Automation
  • Variety of End Connections
  • Fire-tested to API 607 Rev. 4
  • Investment Cast
  • Live Loaded Stem Seals
  • WCB, 316SS, Alloy 20, Hastelloy C and various other alloys

pdf icon Our Threaded & Socket Weld ValvesDownload PDF

Series 525

  • Three Piece Swing Out Design
  • Variety of End Connections
  • Investment Cast
  • Live Loaded Stem Seals
  • NOVA & PEEK Stem Packings available
  • WCB, 316SS, Alloy 20, Hastelloy C and various other alloys

pdf icon Our Threaded & Socket Weld ValvesDownload PDF

Series FS 525

  • Three Piece Swing Out Design
  • Variety of End Connections
  • Fire-tested to API 607 Rev. 4
  • Investment Cast
  • Live Loaded Stem Seals
  • WCB, 316SS, Alloy 20, Hastelloy C and various other alloys

pdf icon Our Threaded & Socket Weld ValvesDownload PDF

Series GVD-20

  • 2000 WOG
  • Two Piece Design
  • Direct Mount for Easy Automation
  • Full Port
  • Live Loaded Stem Seals
  • Double Stem Sealing to Comply with TA-LUFT Requirements

pdf icon Our Threaded & Socket Weld ValvesDownload PDF

General Service Valves

Series 800

  • 1000 WOG
  • One Piece Design
  • Reduced Port
  • Threaded Ends
  • Blow Out Proof Stem

pdf icon Our Threaded & Socket Weld ValvesDownload PDF

Series 10

  • 1000 WOG
  • Two Piece Design
  • Full Port
  • Threaded Ends
  • Investment Cast
  • ¼” – 4”

pdf icon Our Threaded & Socket Weld ValvesDownload PDF

Series 20 RP

  • 2000/1500 WOG
  • Two Piece Design
  • Reduced Port
  • Threaded Ends
  • NACE Compliant
  • Optional Seal Weld Available

pdf icon Our Threaded & Socket Weld ValvesDownload PDF

Series 20 FP

  • 2000/1500 WOG
  • Two Piece Design
  • Full Port
  • Threaded Ends
  • NACE Compliant
  • Optional Seal Weld Available

pdf icon Our Threaded & Socket Weld ValvesDownload PDF

Series 30

  • 1000 WOG
  • Three Piece Swing Out Design
  • Full Port
  • In-Line Repairable
  • Various End Connections Available

pdf icon Our Threaded & Socket Weld ValvesDownload PDF

Series BV2000

  • 2000 PSI
  • Unibody Design
  • Reduced Port
  • Threaded Ends
  • ¼” – 2” Available

pdf icon Our Threaded & Socket Weld ValvesDownload PDF

High Pressure Valves

Series BV6000

  • 6000 WOG
  • Two Piece Threaded Ends
  • Full Port
  • Investment Cast
  • Fire-Tested to API 607 Rev. 4
  • NACE Compliant

pdf icon Our Threaded & Socket Weld ValvesDownload PDF

Series 790

  • 3000 WOG
  • Double Union Design
  • Full Port
  • TFM Seats & Seals are Standard
  • Wide Variety of End Connections

pdf icon Our Threaded & Socket Weld ValvesDownload PDF

Series NV 10000

  • Needle Valve
  • 10000 PSI
  • Packed Bonnet Style
  • Standard Panel Nut
  • Male/Female or Female/Female Ends
  • Available in Soft or Hard Seat

pdf icon Our Threaded & Socket Weld ValvesDownload PDF

 Our Threaded & Socket Weld Valves
11Jul/110

More Information Regarding Ball Valves for Pipelines

 More Information Regarding Ball Valves for Pipelines

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Pipeline Valves

There are many kinds of pipeline valves, review more information below.

Firstly, the structure differs. As we all know that a ball valve features the spherical closure element with a round or other-shaped hole in the middle and a gate valve features the lifting and dropping wedge. And the number of the holding ports varies. A gate valve has two ports, which is called an inlet and an outlet. But a ball valve usually has two or more ports. However, when referring to the connections to the ports, they would be with the same ones, including the threaded, soldered or Flanged Ball Valves.

Pipeline Valves

Flanged Valves are one type of Pipeline valves, click to our main page to learn more about our other types of valves.

Pipeline Valves

 More Information Regarding Ball Valves for Pipelines

 

 

 

7Jul/110

Best Flanged Valves On The Market

300px Seccion valvula de bola Best Flanged Valves On The Market

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Flanged Valves

The prosperity of the valve industry has been shown in many fields. Actually, there is great variety of the types of the valve. All these types are making their own contributions to the development of the whole modern industry. As we all know, Flanged Ball Valves are made to control the flow of gases, liquids and granular solids in many systems. In order to meet various requirements, valves are designed and manufactured with a wide range of the types, sizes, materials, working temperature and pressure and means of actuation and so on. At this moment, we take the type of the ball valve and gate valve out for a comparison.  Learn more about flanged valves below.

Flanged Valves

 Best Flanged Valves On The Market
2Jun/110

Ball Valves – Are They Useful?

Ball Valves in our history, have always proven helpful in a variety of ways.  Review the article below and let us know what you think.  Enjoy!

Importance of Ball and Pressure Valves to Industry Today

Although the ball valve was invented in the 1950’s it is more used today than ever before in history. This valve made of a simple ball with a hole in it has found wide spread applications in the chemical, petroleum refining, paper making, water treatment plants, and many other industries.

The engineering beauty of ball valves and control valves from their simplicity. A ball with a hole in the middle sits inside passage way that fluid or air from passing through. When the ball is turned so its hole is in line with the pipe the fluid passes though, however when it is turned so the hole does not line up with the pipe the movement of fluid is stopped. This simple design allows ball valves to withstand temperatures of up to 200 degrees and pressures of up to 700 bars making them ideal for most industrial uses and easy to repair. The whole mechanism can easily be controlled by a handle outside the valve that can be turned 90 degrees.

Ball valves come in a large variety. There sizes range from as small as half of a centimeter to is much is 30 centimeters. They also come in five different body styles: split body, single body, top entry, three-piece body, and wielded. Despite the variety in ball valves, all ball valves work in much the same way.

Houston.jpg.scaled500 Ball Valves   Are They Useful?

 

 

1Apr/110

Making Use of Steel Ball Valves

 Making Use of Steel Ball Valves

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Making Use of Steel Ball Valves

When it comes to infrastructure, we can really name a lot of companies which are getting into it and one of the most in demand services anywhere today is plumbing. Without plumbing, people would always have a ruin day due to an inadequacy of water. More than that, when we are also going to talk about plumbing, we also need to consider the things that they mostly use and one of which are those valves that are useful in order to make a job successful. If you are among the plumbers, you will surely look for the most durable and top-quality kind of valve, and in such case, the use of steel ball valves should be taken account.

There are now plenty of manufacturing companies who had study hard in order to make the best valve to use in any sorts of plumbing activity and good thing was, Global Valve and Controls had able to establish the perfect valve to be used in any sorts of plumbing constructions. Steel ball valves are among their recent valves being made which has been establish through the finest technological method and had able to pass various evaluations from experts as well. With these steel ball valves, you can really have the guarantee that this would last long despite the fact that it is being use constantly.

Global Valve and Controls had undergone careful study in order to perfectly design the right valves to be use in all sorts of plumbing construction. GVC’s have their own technical support team who see to it that all steel ball valves are of top quality and will even provide you with best function. You can now start buying these steel ball valves since these are now available in all markets in your place.

 Making Use of Steel Ball Valves
28Mar/110

Global Valve and Controls Always Ahead of the Game

300px Deckers coal mine in Montana Global Valve and Controls Always Ahead of the Game

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Pipeline Valves Article

Jeannie Stell - Editor, Pipeline and Gas Technology | March 18, 2011
Related Articles
The Niobrara oil and gas play is an Upper Cretaceous formation in the Rocky Mountain region. The deep formation underlying northern Colorado, western Nebraska and eastern Wyoming is where the oil rush is taking hold.
Highly productive wells are being tapped in Colorado, just south of the Wyoming line. Horizontal drilling and other newer drilling technologies are being applied to the Niobrara formation, which is geologically similar to North Dakota’s Bakken play.
The self-sourced hydrocarbon system has organic carbon content in the 1% to7% range and is produced at depths of 6,000 to 9,000 feet in the Denver-Julesburg (D-J), North Park and Powder River basins.
Current focus areas are in and around Wattenberg Field in Weld County, Colorado, and in Laramie, Platte and Goshen counties, Wyoming, around Silo Field. Other areas include the southern portion of the Powder River Basin in Campbell, Converse and Natrona counties and North Park Basin in Jackson, Routt and Moffat counties, Colorado.
Today, the play is primarily exploited via horizontal drilling with lateral lengths of 3,500 to 5,000 feet and is fracture stimulated. Well costs run from $3- to $6 million.
Noble Energy (800,000 acres), EOG Resources (400,000 acres), Chesapeake Energy (400,000 acres), East Resources (100,000 acres), Fidelity Exploration and Production (80,000 acres), Petroleum Development (72,000 acres), Voyager Oil & Gas (48,000 acres) and SM Energy (24,000 acres) are some of the major players. Also, Anadarko Petroleum has a large position by way of the Union Pacific Resources Land Grant.
Operators in the area have long produced wet gas and light sweet crude from the D-J Basin. Recent reports suggest the Niobrara could have recoverable resources between 4 billion and 6 billion barrels of oil equivalent.
Oil Take-Away
Several pipelines traverse the Niobrara play, but only one is a major oil system. In Colorado’s D-J Basin, SemGroup Inc.’s much anticipated 526-mile, 12-inch-diameter White Cliffs pipeline now provides about 30,000 barrels of oil take-away from the area into the oil hub at Cushing, Oklahoma.
A year ago, Noble Energy and Anadarko were enthusiastic about hooking up to the system. Both operators subscribed to 10,000 barrels daily.
“There have been times when we had to shut in wells up to a week at a time because the area lacked sufficient refining capacity,” says Anadarko’s facilities engineer Joe Aucoin, from his office at the White Cliffs’ connect near Plattesville. “It’s huge for us.”
At the time, price realizations in the field were expected to improve by as much as $6 per barrel, thanks to cost efficiencies from the new pipeline, according to Anadarko. Field-wide, savings are a potential $65 million per year at the pipeline’s capacity, according to Wood Mackenzie.
White Cliffs will not only provide producers such as Anadarko and Noble Energy with access to more markets and potentially higher prices for their crude, but also nearby oil-polishing facilities see reduced costs that were previously incurred in hot-oiling processes at the individual lease sites.
Other benefits of the pipeline include reduced air emissions from truck traffic, which used to be the transportation mode for take-away from the play, and an onsite centralized truck facility.
The common carrier originates in Platteville, Colorado, northeast of Denver, and terminates at SemCrude’s storage facility in Cushing. It has 100,000 barrels of crude oil storage in Platteville, adjacent to SemCrude’s 10-bay truck-unloading facility with 20,000 barrels of crude oil storage.
White Cliffs is the only line connecting the DJ Basin directly to Cushing. Despite its single-pump stations design, the pipeline is expandable to 50,000 barrels per day. White Cliffs is a major asset for SemGroup, the company that recently emerged from reorganization brought about by its 2009 Chapter 11 bankruptcy.
Operators were also anticipating significant increased take-away capacity for natural gas liquids (NGLs). The DJ Basin Lateral Pipeline, which began operations in March 2009, is a 125-mile NGL line connecting the DJ Basin with the Overland Pass Pipeline.
The 760-mile Overland line can transport 110,000 barrels of NGLs per day. It runs from Opal, Wyoming, to Conway, Kansas.
The pipeline’s capacity is 55,000 barrels per day from existing gas processing facilities in the DJ Basin. Such gas processing facilities include DCP Midstream’s Lucerne and Mewborne plants.
Additionally, DCP’s Platteville and Greeley facilities are connected to Mewborne. Increasing NGL production in the Rocky Mountain region correlates with increasing gas development.
“With the Overland and DJ Lateral in place, take-away constraints are lifting for producers,” says Roz Elliot, director of public affairs for DCP Midstream, Denver.
The new capacity provides a valuable additional outlet for NGLs from the field, agrees Ben MacFarlane, NGLs analyst with Bentek Energy.
Previously, the field’s NGLs had to travel on the Phillips Petroleum line down to Borger, Texas, or be trucked to alternative markets in Kansas.
Gas Take-Away
Most of the other pipelines in the area transport natural gas.
Trailblazer Pipeline Co. LLC owns and operates a 436-mile gas take-away pipeline system that runs from Colorado through southeastern Wyoming to Beatrice, Nebraska. Kinder Morgan Energy Partners owns 100% of Trailblazer.
The pipeline is operated by Natural Gas Pipeline Co. of America, which is operated and partially owned by Kinder Morgan Inc. Trailblazer provides an outlet for Rocky Mountain gas seeking Midwest and East Coast markets. It receives gas from various interconnections and receipt points in Colorado, including Wyoming Inter-Dull Knife and Colorado Inter-Tomahawk.
Some of the largest delivery points for Trailblazer include NGPL-Gage Co and NNG-Beatrice in Nebraska. The top gas transportation customers for Trailblazer are Colorado Interstate Gas Co. and Marathon Oil.
Although the pipeline provides firm transportation and interruptible transportation services, it does not offer storage services.
Colorado Interstate Gas (CIG) pipeline is a 4,200-mile pipeline with a design capacity of about 3.7 billion cubic feet per day. El Paso Pipeline Partners owns the controlling interest (58%) in CIG.
The pipeline delivers gas from production areas in the Rocky Mountains and the Anadarko Basin directly to customers in Colorado and Wyoming and indirectly to the Midwest, Southwest, California and Pacific Northwest. CIG also owns interests in five storage facilities in Colorado and Kansas, which collectively have about 35 billion cubic feet of underground working natural gas storage capacity and one natural gas processing plant in Wyoming.
Also, CIG owns a 50% ownership interest in WYCO Development LLC, or WYCO, a joint venture with an affiliate of Public Service Company of Colorado, and operates WYCO’s High Plains pipeline and Totem Gas Storage facility.
El Paso also owns Wyoming Interstate Co. (WIC), an 800-mile pipeline with a design capacity of some 3.3 billion cubic feet per day. WIC is a mainline system that extends from western Wyoming to northeast Colorado (at the Cheyenne Hub) and several lateral pipeline systems that extend from various interconnections along the WIC mainline into western Colorado and northeast Wyoming and into eastern Utah.
WIC is one of the primary interstate natural gas transportation systems providing take-away capacity from the Overthrust, Piceance, Uinta, Powder River and Green River basins. CIG is the operator of the WIC system via a service agreement with WIC.
Also, El Paso owns 48% of Young Gas Storage Co., a facility with 6 billion cubic feet of capacity in Colorado.
Land Rush
Although the Niobrara play was a sleepy, slowly developed area about nine months ago, the play has drawn the interest of both oil and gas producers. Low gas prices make any U.S. oil play look attractive, and the Niobrara is no slouch.
In July, the Office of State Lands and Investments in Wyoming held a special oil and gas lease auction in response to demand from energy companies looking to acquire leasing rights in the booming eastern region of Wyoming’s share of the Niobrara.
A near-record $42 million of bids came in for the right to drill on state land. High bids reached $3,200 an acre, with the big spender title going to Big Bear Oil & Gas, which purchased 29 leases, including six for $1 million or more. The regularly scheduled state lease auction last May generated a record $45.6 million for Wyoming.
“Those who’ve wanted to be involved in this play have been out there. They’re grabbing up as much acreage as they can,” Harold Kemp, head of state minerals leasing, publicly stated.
The play is geologically similar to North Dakota’s Bakken play. After the rush to lease, ever more producers will begin to drill out their plays and more midstream infrastructure will be needed to move the produced hydrocarbons to market.
 Global Valve and Controls Always Ahead of the Game
25Mar/110

Electric Valve Actuators

300px Butterflyvalve with electrical actuator Electric Valve Actuators

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Valves are used to regulate and control the flow of a liquid in a system. While some valves are manually controlled, such as the one that turns your kitchen tap on and off, other larger industrial valves are controlled by an actuator. An Actuator is a machine that is used to automate the control of industrial valves, and they are used in such industrial settings as wastewater treatment plants, power plants, and refineries.

Actuators can be used to automatically control valves, such as the different programmed cycles on your washing machine, or can be set to remote control the operations of a centralized control room. Often, the valve is so large that manual control becomes impossible, and an automatic valve actuator is needed.

There are three different types of valve actuators: pneumatic, hydraulic and electric valve actuators.

Pneumatic Valve Actuators

A pneumatic actuator works by converting energy in the form of compressed air into motion which controls the valve. One of the advantages of this type of actuator is that they are usually a simple design and therefore relatively cost effective. However, a supply of compressed air is required for their use.

Hydraulic Valve Actuators

This type is similar to Pneumatic actuators, yet water or another fluid such as oil is used instead of air. Hydraulics is a very old source of power, and it has been used since the 6th millennium BC. However, Hydraulic actuators need a supply of liquid lines to function.

Electric Valve Actuators

Electric valve actuators are powered by an electric motor, and are able to handle larger valves than the other two because their power has no limits. Many large scale gate valves with high torque requirements are exclusively operated by electric valve actuators.

Of course, electric valve actuators have the disadvantage that they cease to function in a power failure. However, most electric valve actuators will have a hand wheel built in so that they can be operated manually in such a situation.

Electric valve actuators also have the advantage of being able to be programmed with computer technology to perform automated functions and processes. Electric valve actuators are able to monitor outside factors and adjust their behaviour according to controller parameters.

Electric actuators are able to be used in any climate condition around the world, and they are particularly important in situations where potentially explosive materials are being handled such as oil and gas. Their flameproof enclosure prevents ignition sparks from leaving the device.

Industrial sized or incredibly tiny, electric valve actuators are the most versatile and practical type of valve actuator available today.

 

About the Author:
Jjautomation.com is a quality assured UK based company specialising in the supply and manufacture of electric valve actuators , electric butterfly and ball valve actuators. Based in Worcestershire, UK with extensive knowledge and experience of this specialist areas such as electric valve actuators help provide customers with competitive solutions of the highest quality.

 

 Electric Valve Actuators

 

 

 

14Mar/110

Gate Valve Lubricant

 Gate Valve Lubricant

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Gate Valve Lubricant

The key functions of the gate valve lubricant are as listed:

  • To provide an integral lubricating film between the gate, seat and
    the threaded stem, where applicable. (The lubricant film must withstand the high interfacial contact stress between gate and seat surfaces.) 

    • To displace corrosive chemicals and fluids from the valve cavity and provide a barrier to prevent further ingress of these chemicals, as well as contaminants such as sand.
    • A high performance valve lubricant can also deliver secondary benefits by providing additional corrosion protection to the 'exposed' internal valve components; especially, if the metallurgy is underspecified.
  • Restore valve integrity, by providing a sustained leak sealing capability.

 

Sealing Leaking Gate Valves

In some cases, the damage to the sealing surfaces is extensive, allowing the only remedy of replacing the damaged valve components. After the components have been replaced, immediately employ a high performance cavity lubricant, that is manufacturer approved for the installed gate valve.

 

GLOBAL Valve & Controls®

Series G in Cast Steel Go to http://gvcintl.com/products_cast_steel_valves.htm

for detailed drawings, specifications, and dimensions of the GVC gate valves.

Download GLOBAL Valve & Controls® Product Guide

 

March 2011

Blog Referenced by http://www.rsclare.com/Gate%20Valve%20Lubrication.html

flanged valves

 

 

 Gate Valve Lubricant