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Flare, flaring

Flares. Flares are used for the combustion of waste hydrocarbon gases in which the rates may vary over a wide range and for emergency releases. Steam injection is usually used to enhance mixing and the formation of a clean flame. [Pg.305]

Flares are mostly used for the disposal of hydrocarbons. Waste gases composed of natural gas, propane, ethylene, propylene, butadiene, and butane probably constitute over 95 percent of the material flared. Flares have been used successfully to control malodorous gases such as mercaptans and amines, but care must be taken when flaring these gases. Unless the flare is very efficient and gives good combustion, obnoxious fumes can escape unburned and cause a nuisance. [Pg.2189]

Flare and Burners - Certainly the oldest and still widely used technology through some parts of the world is flaring. Flares are used in the petroleum, petrochemical, and other industries that require the disposal of waste gases of high concentration of both a continuous or intermittent basis. As other thermal oxidation technologies, the three T s of combustion of time, temperature, and turbulence are necessary to achieve adequate emission control. [Pg.486]

Flares Flares are used to burn the eombustible or toxie gas to produee eombustion produets, whieh are neither toxie nor eombustible. The diameter of a flare must be suitable to maintain a stable flame and prevent a blowdown (when vapor veloeities are greater than 20% of the sonie veloeity). [Pg.1014]

In most hydrocarbon operations excess gas and vapors have to disposed of safety, quickly without environmental impact. Where the gas or vapor cannot be converted into useful energy they are routed to a remote point for safe incineration, called flaring. Flares are the most economical and customary means of disposing of excess light hydrocarbon gases in the petroleum and chemical industries. The primary function of a flare is to convert flammable, toxic or corrosive vapors to environmentally acceptable gases for release into the atmosphere. Both elevated or ground flares can be used. [Pg.133]

FB 50, Single Candle Parachute Flare Flare is described on p 66 of Ref 1... [Pg.452]

Primers are not used exclusively for firearm ammunition, but have other uses which include blank cartridges, flares, flare trip wires, mortars, pyrotechnic cartridges, hand grenades, rocket-propelled grenades, ejector seat mechanisms, jettison devices, and other larger ammunition components. [Pg.56]

Drift Flares Flares which drift in the water. [Pg.11]

Composition, % Trip Flare Airport Flare Reconnoi ssance Bombordm and Landing Flare Flare ... [Pg.153]

Information Sheet, Cast Infrared-Producing Flares, Flare-Northern Div., Atlantic Research Corp. [Pg.456]

Keywords Flaring, Flare Reduction, LNG trains. Purge, Operations, Oil and Gas, Engineering Projects... [Pg.261]

Flares. Flares are considered an acceptable device for emission control. Instances where there is both a sustained high gas flow and a high VOC concentration are rare because the losses would be economically unacceptable. A flare would be effective for controlling intermittent short-term high-flowrate or high-concentration surges. [Pg.279]

Manschette) gasket abfackein flare, bum off Abfackelung flare, flaring off, burning off Abfall... [Pg.1]


See other pages where Flare, flaring is mentioned: [Pg.265]    [Pg.405]    [Pg.59]    [Pg.523]    [Pg.643]    [Pg.523]    [Pg.561]    [Pg.629]    [Pg.59]    [Pg.45]    [Pg.103]    [Pg.2438]    [Pg.768]    [Pg.2419]    [Pg.216]   
See also in sourсe #XX -- [ Pg.67 , Pg.68 ]




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Aerial flares

Aeroplane flares

Aircraft Parachute Flare, M26A1 (AN

Aircraft Parachute Flare, M26A1 (Operation)

Airplane flares

Aluminum flares

American Petroleum Institute flare stack

Augmentation flare

Considerations for the Flare Header

Decoy flare composition

Decoy flares

Design of flare stack

Dimensional references for sizing a flare stack

Dry flares

Efficiency of flares

Elevated flare pilots

Elevated flare tips

Elevated flares

Enclosed flares

Explosive Limits Flare

Explosives flares

FLARE GAS DESIGN PRACTICES

Fire precautions flare

Flange flares

Flare Formulas

Flare Reduction

Flare Types and Applications

Flare and radiation analysis

Flare angle

Flare back

Flare capacity

Flare capacity requirements

Flare cases

Flare center

Flare composition

Flare elevation

Flare formulations, infrared

Flare gas

Flare header system

Flare headers

Flare kilns

Flare loads

Flare location

Flare mixture

Flare parameters

Flare pellet

Flare pilot

Flare piping

Flare pulsing

Flare seal drum

Flare seal pressure drop

Flare stack

Flare stack design

Flare stack diameter

Flare stack estimation

Flare stack hydrocarbon vapors

Flare stack simple approach

Flare stack sizing

Flare stacks Height

Flare stacks Purging

Flare stacks burner diameter

Flare stacks heat intensity

Flare stacks knockout drum

Flare stacks seal drums

Flare stacks smokeless flaring

Flare stacks stack dimensions

Flare stars

Flare system

Flare system specification

Flare tip

Flare tip assembly

Flare types

Flare up reactions

Flare valves

Flare water seal

Flared

Flared

Flared casing

Flared gas

Flared hopper

Flares

Flares

Flares Sizing

Flares Smokeless

Flares engineering standards

Flares smokeless operation

Flares, surface

Flares, water-activated

Flaring

Flaring

Flaring geometry

Fusee-type flares

Gas Flaring

German Flares

Global Gas Flaring Reduction

Ground flare seal drums

Highway flare

IR flares

Inch Diameter Star Cavity Cast Flare

MTV Flare Composition

Magnesium flares

Maintaining Flare Header Positive Pressures

Marine flare torch

Missile Tracking Flares

Multijet flare

Nonexpendable Flares

Off-Gas Collection System and Flares

Predicting radiant heating from flares

Pressure Relief Equipment and Flare System

Program for flare stack estimation

Purging, flare stack systems

Pyrotechnic Bombs (Aircraft Flares)

Red-Green Flare System

ST OF FIGURES AND ILLUSTRATIONS (Contd) Page Signal Flare

Safety flare

Sea Flares

Signal flare

Sizing of a flare stack: simple approach

Sizing of flare stack Brzustowski and Sommer approach

Smokeless Flaring

Solar flares

Spacing from flares

Spectral Flare Compositions

Stellar flares

TABLES (Contd) Page haracteristics of Various Illuminating Flares

Tracking flare

Trip flare

Trip flare Pyrotechnics

Underwater flare

Wet flares

Wheal and flare reaction

Wheal flare

Wing-tip flares

X-ray flares

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