US177370A - Improvement in hydrocarbon-injectors for furnaces - Google Patents

Improvement in hydrocarbon-injectors for furnaces Download PDF

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US177370A
US177370A US177370DA US177370A US 177370 A US177370 A US 177370A US 177370D A US177370D A US 177370DA US 177370 A US177370 A US 177370A
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hydrocarbon
furnaces
injector
furnace
injectors
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F23COMBUSTION APPARATUS; COMBUSTION PROCESSES
    • F23CMETHODS OR APPARATUS FOR COMBUSTION USING FLUID FUEL OR SOLID FUEL SUSPENDED IN  A CARRIER GAS OR AIR 
    • F23C9/00Combustion apparatus characterised by arrangements for returning combustion products or flue gases to the combustion chamber

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  • My invention consists in placing the injector in direct communication with the smokestack, so that only hot air passes through into the furnace.
  • FIG. I11 the drawing, Figure I is an external View, and Fig. II a longitudinal section,-of the injector.
  • Figs. III and IV are front and side elevations of a furnace, showing the injector in position.
  • the inner portion A of the injector may be termed an atomizer. Itis inserted into the furnace under the bonnet of the smoke-stack A and, by means of the flange B, it is bolted I fast in place.
  • the atomizer is cast in one piece, with areceiver, O, which has connection with a hot-air flue, or directly with the bonnet of the smokestack, whence hot air is inducted and regulated, by a damper, a, into the injector, for increasing the combustion of the hydrocarbon, and to preserve the boiler from cracking, which is certain'to ensue if cold air be used with the elements of combustion.
  • One or more side ports, D E are made, so as to permit the use, if desired, of hot air in a large quantity. These ports, when not use, are preferably covered with caps of isinglass, through which the process of combustion may be observed the same as through the spy-hole'H in the hotair receiver.
  • Hydrocarbon is fed-to the injector through the pipe F, and steam through the pipe G.
  • These independent pipes are both adjustable, so as to regulate the flow of the steam and hydrocarbon.
  • the steam drives the stream of hydrocarbon into the furnace, and also draws in hot air through the receiver. Owing to the length of the atomizer the hot air, steam, and
  • hydrocarbon are thoroughly mixed and atomized while passing through it.

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Respiratory Apparatuses And Protective Means (AREA)

Description

M. BOYNTON.
HYDRO-CARBON INJ'ECTQR FOR FURNAiCES. 170,177,370. Patented May 16,1876.
Wi'imw g I V ",PETERS, FHOTO-LITHOGRAPHER, WASHINGTON. D C
NITEID STATES- PATENT OFFICE.
MATTHEW BOYNTON, OF CHICAGO, ILLINOIS.
IMPROVEMENT lN HYDROCARBON-INJECTORS FOR FURNACES.
I Specification forming part-of Letters Patent No. I 77,370, dated May 16, 1876; application filed February 23, 1876. r
To all whom it may concern Be it known that I, MATTHEW B0YN'roN, of the city of Chicago, in the State of Illinois, have invented, as an attachment to furnaces, a new and useful Improvement in Hydrocarbon Injectors, of which the following specification and its accompanying drawin g are a full, clear, and exact description.
My invention consists in placing the injector in direct communication with the smokestack, so that only hot air passes through into the furnace.
I11 the drawing, Figure I is an external View, and Fig. II a longitudinal section,-of the injector. Figs. III and IV are front and side elevations of a furnace, showing the injector in position. I
The inner portion A of the injector may be termed an atomizer. Itis inserted into the furnace under the bonnet of the smoke-stack A and, by means of the flange B, it is bolted I fast in place.
Heretofore, in some constructions of furnaces, on account of the'atomizer not projecting into the furnace, much of the hyd rocarbon has dripped down upon the sides of the fire-box, where it smoked away instead of being atomized and burned with the steam.
The atomizer is cast in one piece, with areceiver, O, which has connection with a hot-air flue, or directly with the bonnet of the smokestack, whence hot air is inducted and regulated, by a damper, a, into the injector, for increasing the combustion of the hydrocarbon, and to preserve the boiler from cracking, which is certain'to ensue if cold air be used with the elements of combustion. One or more side ports, D E, are made, so as to permit the use, if desired, of hot air in a large quantity. These ports, when not use, are preferably covered with caps of isinglass, through which the process of combustion may be observed the same as through the spy-hole'H in the hotair receiver.
Hydrocarbon is fed-to the injector through the pipe F, and steam through the pipe G. These independent pipes are both adjustable, so as to regulate the flow of the steam and hydrocarbon. The steam drives the stream of hydrocarbon into the furnace, and also draws in hot air through the receiver. Owing to the length of the atomizer the hot air, steam, and
hydrocarbon are thoroughly mixed and atomized while passing through it.
'Theuse of hot air saves a large amount of oil by supporting a steady, moderate flame with an even temperature in the furnace.
Although the air-current would be naturally upward at this point, the jet of steam is so powerful,aud it creates such avaeuum, that a large quantity of hot air is drawn into the furnace through the injector. It is drawn in so strongly as to produce a red flame for a large part coveringa space underneath the boiler and, although the air-current is only in part fresh air, (it being largely mixed with the products of combustion,) the flame is perfectly and steadily supported. If suflicient fresh air for this purpose should not come down the smoke-stack the bonnet underneath could be pierced with a few small holes, care being taken to pierce them in such a place that the cold air which enters through them should be converted into hot air before the current reaches the injector. Upon no account must cold air enter the furnace, because it is changes of temperature which cracks the boiler.
In this invention, as the flame is so steady, and the temperature so even, it may be safely used on a furnace for melting glass. In glassmelting a gust of cold air would break a m zlting-pot. Therefore, for this delicate operation the temperature always must be even.
It will be seen that the spy-holes, which are covered with glass or isinglass, are a valuable feature, as the process of combustion may be observed without opening the injector, thereby saving the boiler from injury by a current of cold air.
I clai mas new and desire to secure by Let-- smoke-stack of the furnace, by means of which hot air is conveyed from the smoke-stack into the injector, the parts being constructed substantially as described.
In testimony whereof 'Ihereunto set my hand and seal this 22d day of December, A. D. 1875, in the presence of two attesting witnesses. v
MATTHEW BOYNTON. [L.
Witnesses:
J. D. BOARDMAN, E. T. SUMwALr.
US177370D Improvement in hydrocarbon-injectors for furnaces Expired - Lifetime US177370A (en)

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