US218671A - Improvement in manufacture of ethyl-chloride - Google Patents

Improvement in manufacture of ethyl-chloride Download PDF

Info

Publication number
US218671A
US218671A US218671DA US218671A US 218671 A US218671 A US 218671A US 218671D A US218671D A US 218671DA US 218671 A US218671 A US 218671A
Authority
US
United States
Prior art keywords
furnace
ethyl
chloride
alcohol
gas
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
Publication date
Application granted granted Critical
Publication of US218671A publication Critical patent/US218671A/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Images

Classifications

    • CCHEMISTRY; METALLURGY
    • C07ORGANIC CHEMISTRY
    • C07CACYCLIC OR CARBOCYCLIC COMPOUNDS
    • C07C17/00Preparation of halogenated hydrocarbons
    • C07C17/093Preparation of halogenated hydrocarbons by replacement by halogens
    • C07C17/16Preparation of halogenated hydrocarbons by replacement by halogens of hydroxyl groups

Definitions

  • N PETERS PHOTO UTHQGRAPh U NITED TATEs PATENT QFFIGE.
  • A represent a furnace, which is divided horizontally by a partition, B, into two compartments, the lower compartment forming the fire-place, and communicating with the stack O,'while the upper compartment forms a heating chamber, in which hydrochloricacid gas is manufactured or generated.
  • D is a door at the front end of the furnace, which opens into the upper chamber, and through which .the salt is introduced and spread upon the fioor or partition B, after which it is tightly closed; and E is the pipe through which sulphurie acid is introduced into the upper chamber.
  • This pipe it will be noticed, is bent into the shape of an 8, so as to form atrap, which prevents the escape of any of the gas through the pipe.
  • F is another furnace, similarly constructed, which is located near the furnace A.
  • the upper chamber of this latter furnace should be of larger size than that of furnace A, as it is intended to contain the alcohol through which the hydrochloric acid-gas is passed in orderl to form the ethyl-chloride vapor. It is better to make this chamber high and narrow, so as to give a considerable depth of alcohol, for the reason hereinafter explained.
  • a pipe or flue, H connects the fire-place of furnace F with the stack 0.
  • a pipe, 9, connects the upper chamber of the furnace A with the upper chamber of the furnace F.
  • This pipe simply passes through v the top of the chamber in furnaceA, so as to draw off the gas from the upper part of the chamber; but it passes directly down to the bottom of the alcohol-chamber in furnace F, so
  • I is-a tank, which is located upon a framework, near the furnace F.
  • a pipe, j leads from the alcohol-chamber of furnace F directly up and enters the bottom of tank I. Inside of tank I this pipe is coiled upward, so as to form an inverted coil or worm, in which the gas will ascend spirally. At the top of the tank the pipe passes out and down into a series of Woulfes bottles, K L M, as shown.
  • I first fill the upper chamber of furnace F about two-thirds full of alcohol.
  • I introduce the salt into the upper chamber of furnace A and close the door tightly.
  • I then introduce sulphuric acid, through the pipe E, into the upper chamber of furnace A, and fire up the furnace underneath it.
  • the action of the sulphuric acid upon the salt generates hydrochloric-acid gas, which, rising through pipe g, is conducted into and enters the upper chamber of furnace F, near its bottom, so that it is delivered below the surface and into the midst of the alcohol contained in the chamber.
  • the chlorine of the hydrochloric acid enters into combination with the ethyl of thealcohol, and chloride-of-ethyl gas is formed, which rises through the pipes j into the inverted coil in tank I.
  • This coil is submerged in water contained in the tank, so that as the gas rises in the coil the heavier particles are condensed.
  • 'A proportion of alcohol and water will be carried upward with the ethyl-chloride vapor into the inverted worm; but, being specifically heavier than the chloride-of-ethyl vapor, they will be condensed in the coil and returned into the alcohol-tank, while the ethyl-chloride vapor, being very light and volatile, will pass over and enter the bottles K LM successively.
  • the first and second bottles, K and L contain water, into which the gas is delivered, so that it is washed of any remaining particles of alcohol and water and hydrochloric-acid gas that may have been carried over with it.
  • the third bottle contains strong oil of vitriol, through which the gas is compelled to pass, thus drying it, after which it maybe conducted into a gas-holder or into a vessel surrounded by a freezing-mixture of ice and salt to condense it.
  • the furnace A with its gas-generating chamber, and the furnace F, with its alcoholchamber, said chambers being connected by the pipe g, in combination with the pipe j, tank I, with its inverted worm, and the bottles K L M, all combined and arranged to operate substantially as and for the purpose described.

Landscapes

  • Chemical & Material Sciences (AREA)
  • Organic Chemistry (AREA)
  • Organic Low-Molecular-Weight Compounds And Preparation Thereof (AREA)

Description

1 J. 1 GESNER. Manufacture of Ethyl-Chloride.
No. 218,671. Patented Aug. 19, 1879.
N PETERS, PHOTO UTHQGRAPh U NITED TATEs PATENT QFFIGE.
- JOHN F. GESNER, OF' S AN FRANOISOO, CALIFORNIA.
Specification forming part of Letters Patent No. 218,671, dated August 19, 1879; application filed 1 October 16, 1878.
. ing alcohol or alcoholic solution, and conducting the resulting gas through a separator, in which it is drained of any Water and alcohol that may be carried along with it, while the chloride-of-ethyl vapor passes 'on through washers and driers, all as hereinafter more fully specified.
My apparatus and process are fully described in the annexed specification, referring to the accompanying drawings, in which- Figure l is a perspective view. Fig. 2 is a vertical section.
Let A represent a furnace, which is divided horizontally by a partition, B, into two compartments, the lower compartment forming the fire-place, and communicating with the stack O,'while the upper compartment forms a heating chamber, in which hydrochloricacid gas is manufactured or generated. D is a door at the front end of the furnace, which opens into the upper chamber, and through which .the salt is introduced and spread upon the fioor or partition B, after which it is tightly closed; and E is the pipe through which sulphurie acid is introduced into the upper chamber. This pipe, it will be noticed, is bent into the shape of an 8, so as to form atrap, which prevents the escape of any of the gas through the pipe.
F is another furnace, similarly constructed, which is located near the furnace A. The upper chamber of this latter furnace should be of larger size than that of furnace A, as it is intended to contain the alcohol through which the hydrochloric acid-gas is passed in orderl to form the ethyl-chloride vapor. It is better to make this chamber high and narrow, so as to give a considerable depth of alcohol, for the reason hereinafter explained. A pipe or flue, H, connects the fire-place of furnace F with the stack 0.
A pipe, 9, connects the upper chamber of the furnace A with the upper chamber of the furnace F. This pipe simply passes through v the top of the chamber in furnaceA, so as to draw off the gas from the upper part of the chamber; but it passes directly down to the bottom of the alcohol-chamber in furnace F, so
i as to deliver the hydrochloric-acid gas below the level of the alcohol.
I is-a tank, which is located upon a framework, near the furnace F. A pipe, j, leads from the alcohol-chamber of furnace F directly up and enters the bottom of tank I. Inside of tank I this pipe is coiled upward, so as to form an inverted coil or worm, in which the gas will ascend spirally. At the top of the tank the pipe passes out and down into a series of Woulfes bottles, K L M, as shown.
I first fill the upper chamber of furnace F about two-thirds full of alcohol. Next I introduce the salt into the upper chamber of furnace A and close the door tightly. I then introduce sulphuric acid, through the pipe E, into the upper chamber of furnace A, and fire up the furnace underneath it. The action of the sulphuric acid upon the salt generates hydrochloric-acid gas, which, rising through pipe g, is conducted into and enters the upper chamber of furnace F, near its bottom, so that it is delivered below the surface and into the midst of the alcohol contained in the chamber. The chlorine of the hydrochloric acid enters into combination with the ethyl of thealcohol, and chloride-of-ethyl gas is formed, which rises through the pipes j into the inverted coil in tank I. This coil is submerged in water contained in the tank, so that as the gas rises in the coil the heavier particles are condensed. 'A proportion of alcohol and water will be carried upward with the ethyl-chloride vapor into the inverted worm; but, being specifically heavier than the chloride-of-ethyl vapor, they will be condensed in the coil and returned into the alcohol-tank, while the ethyl-chloride vapor, being very light and volatile, will pass over and enter the bottles K LM successively.
The first and second bottles, K and L, contain water, into which the gas is delivered, so that it is washed of any remaining particles of alcohol and water and hydrochloric-acid gas that may have been carried over with it. The third bottle contains strong oil of vitriol, through which the gas is compelled to pass, thus drying it, after which it maybe conducted into a gas-holder or into a vessel surrounded by a freezing-mixture of ice and salt to condense it.
After the alcohol in the chamber of furnace F has become thoroughly saturated with the hydrochloric acid, I apply heat to it by firing up the furnace underneath it, thus causing the gases to evolve more rapidly and unite more thoroughly, so that the process is hastened and continued until the alcohol is entirely decomposed.
I thus provide an apparatus and process by which the liquid. ethyl'chloride, or chloride of ethyl, can bemanufactured in commercial quantities with little trouble and expense, Whereas theprooess heretofore in usethat ofheatin g a mixture of hydrochloric acid and alcohol-has been slow and useless for manufacturing purposes.
Having thus described my invention, what I claim, and desire to secure by Letters Patent, is
1. The described improvement in the manufacture of ethyl-chloride, the same consisting in the preparation of the liquid by the saturation of the alcohol with hydrochloric-acid gas, and in the distillation and purification of the same, the whole being conducted by one cotemporaneous operation, as set forth.
2. The furnace A, with its gas-generating chamber, and the furnace F, with its alcoholchamber, said chambers being connected by the pipe g, in combination with the pipe j, tank I, with its inverted worm, and the bottles K L M, all combined and arranged to operate substantially as and for the purpose described.
In witness whereof I have hereunto set my hand and seal.
JOHN F. GESNER.
Witnesses:
J H. Bnoon, CHARLES D. COLE.
[L. sf
US218671D Improvement in manufacture of ethyl-chloride Expired - Lifetime US218671A (en)

Publications (1)

Publication Number Publication Date
US218671A true US218671A (en) 1879-08-19

Family

ID=2288072

Family Applications (1)

Application Number Title Priority Date Filing Date
US218671D Expired - Lifetime US218671A (en) Improvement in manufacture of ethyl-chloride

Country Status (1)

Country Link
US (1) US218671A (en)

Similar Documents

Publication Publication Date Title
US218671A (en) Improvement in manufacture of ethyl-chloride
US1434301A (en) Condenser
US1034170A (en) Potash-bulb.
US414936A (en) Apparatus for purifying wood-alcohol
NO115953B (en)
US234998A (en) Apparatus for purification of the products resulting from distillation of wood
US1337141A (en) Process of producing hydrochloric acid utilizing sludge acid
US339552A (en) Apparatus for concentrating acids
US317796A (en) Chlorine gas washer
US698724A (en) Apparatus for distilling water.
US388278A (en) Distilling apparatus
US78352A (en) eaton
US216518A (en) Improvement in processes of converting crude petroleum
US596996A (en) Apparatus for condensing fumesj vaporss
US246396A (en) Sulphueic acid
US301469A (en) Heney e
US628150A (en) Manufacture of ice and production of cold, &c.
US1335743A (en) Apparatus for producing hydrochloric acid
US206309A (en) Improvement in processes and apparatus for recovering waste sulphuric acid
US914224A (en) Apparatus for utilizing chlorin.
US783783A (en) Apparatus for the recovery of volatile acids from solutions.
US220397A (en) Improvement in the manufacture of chloroform and allied products
US267551A (en) Chaeles maechand
US736479A (en) Process of deodorizing or purifying petroleum.
US1309206A (en) Slubge