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Pressure tube

Sensors on the tree allow the control module to transmit data such as tubing head pressure, tubing head temperature, annulus pressure and production choke setting. Data from the downhole gauge is also received by the control module. With current subsea systems more and more data is being recorded and transmitted to the host facility. This allows operations staff to continuously monitor the performance of the subsea system. [Pg.271]

Z-tube. The tube B is made of capillary tubing (3 mm. internal bore) bent into the shape of a Z. It is attached by a length (5 cm.) of very tight-fitting rubber pressure tubing to the tap T, a gla -to-glass join being made inside... [Pg.483]

It sometimes happens that two or more bubbles coalesce to form one that hardly rises at all in the narrow part of the nitrometer tube this may be driven up to the rest of the collected gas at the top of the tube by gently squeezing the rubber pressure tubing connecting the movable reservoir J with the nitrometer proper. [Pg.490]

A flask is provided with a long side neck (Fig. II, 25, 1) through which a capillary is inserted and attached externally by a short length of rubber pressure tubing. With this type of connexion there is essentially no contact of hot vapours with the rubber and little or no contamination results. The neck of the flask is preferably fitted with a standard ground joint if attack of the organic vapours on the rubber stopper is likely to occur. [Pg.119]

The technique of the filtration of hot solutions has already been described in Section 11,28. The filtration of cold solutions will now be considered this operation is usually carried out when it is desired to separate a crystalline solid from the mother liquor in which it is suspended. When substantial quantities of a solid are to be handled, a Buchner funnel of convenient size is employed. The ordinary Buchner fimnel (Fig. 11,1, 7, a) consists of a cylindrical porcelain funnel carrying a fixed, flat, perforated porcelain plate. It is fitted by means of a rubber stopper or a good cork into the neck of a thick-walled filtering flask (also termed filter flask, Buchner flask or suction flask) (Fig. 11,1, 7, c), which is connected by means of thick-walled rubber tubing (rubber pressure tubing) to a similar flask or safety bottle, and the latter is attached by rubber pressure tubing to a filter pump the safety bottle or trap is essential since a sudden fall in water pressure may result in the water sucking back. The use of suction renders rapid filtration possihle... [Pg.130]

A set-up for distillation under reduced pressure is shown in Fig. 11,60,3 it is generally more convenient to use a Kon receiver or a Perkin triangle (Fig. 11, 56, 31). The vessel at the side, connected to the assembly by rubber pressure tubing, may be immersed in a Dry Ice-acetone bath and serves as a trap for volatile materials. [Pg.227]

Storage and Shipment. VDF or HFC-1132a is stored and shipped in gas cylinders or high pressure tube trailers without polymerization inhibitor and is placarded as flammable compressed gas. Terpenes or quinones can be added to inhibit polymerization. Elf Atochem North America, Inc. and Ausimont USA, Inc. supply VDE in the United States other producers are in Japan and Europe. [Pg.385]

The Hanford N Reactor. The Hanford N reactor was built in 1964 for purposes of plutonium production during the Cold War. It used graphite as moderator, pierced by over 1000 Zircaloy 2 tubes. These pressure tubes contained slightly enriched uranium fuel cooled by high temperature light water. The reactor also provided 800 MWe to the Washington PubHc Power Supply System. This reactor was shut down in 1992 because of age and concern for safety. The similarity to the Chemobyl-type reactors played a role in the decision. [Pg.214]

There are several hundred pressure tubes, each containing bundles of 28 fuel rods, 50 cm long. The coolant is at a pressure of around 10 MPa (1450 psia) and the D2O is at 310°C. Headers on each side of the vessel collect and return coolant from all the tubes. The 4-mm wall-thickness zirconium—4.5%... [Pg.219]

Hafnium-free zirconium alloys containing tin or niobium are used for tubing to hold uranium oxide fuel pellets inside water-cooled nuclear reactors. Zirconium —niobium alloys are used for pressure tubes and stmctural components in Canadian, the former USSR, and Germany reactor designs. [Pg.433]

N,N -Diethylbenzidine has been prepared by heating ethyl iodide, benzidine, and ethanol in a pressure tube at water-bath temperature, and by the reaction of diethylzinc on benzene-diazonium chloride. The method described here is a modification of that of Shah, Tilak, and Venkataraman. ... [Pg.23]


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See also in sourсe #XX -- [ Pg.49 ]

See also in sourсe #XX -- [ Pg.144 , Pg.145 , Pg.187 ]




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Bourdon tube pressure sensor

Circular tube pressure flow

Drift Tubes under Subambient Pressure

Flexible tubing pressure

Fluid flow pressure loss through tubes

Gauges, pressure-measuring, types Bourdon-tube

High pressure NMR tubes

High pressure water tube boilers

Hot Tube, Low Pressure, Thermal Systems

Ideal tube bank pressure drop

L Stainless Steel Tubing of a High-pressure Still Condenser

Mortar tubes pressure

Pressure Bourdon tube gauge

Pressure Drop in the Tube Side

Pressure Loss in Empty Tubes

Pressure bourdon tube type

Pressure drop Across tube banks

Pressure drop Inside tubes

Pressure drop accelerating tube

Pressure drop heat exchanger tubes

Pressure drop in tubes

Pressure drop shell and tube

Pressure drop through accelerating tube

Pressure drop tube side

Pressure drop, in empty tubes

Pressure empty tube

Pressure flowing-tubing

Pressure glass tubes

Pressure measurement Bourdon tube

Pressure measurement pitot tubes

Pressure quartz tubes

Pressure slip-tube model

Pressure tube reactors

Pressure tube side, heat exchanger

Pressure tube, schematic representation

Pressure, absolute Bourdon tube

Relating Pressure and Velocity in Acoustic Tubes

Research-Grade and Large-Scale Drift Tubes at Ambient Pressure

Shell and tube exchangers pressure drop

Swirl tube pressure drop

The CANDU Pressure Tube Heavy Water Reactor

Tube banks pressure drop

Tube banks pressure drop heat transfer

Tube emptying under pressure

Tube-side heat-transfer coefficient and pressure drop (single phase)

Tube-side pressure drop, heat

Tube-side pressure drop, heat exchangers

Tubing head pressure

Tubing pressure hoses

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