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Publication numberUS9618 A
Publication typeGrant
Publication dateMar 15, 1853
Publication numberUS 9618 A, US 9618A, US-A-9618, US9618 A, US9618A
InventorsHenry Bessemer
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Improvement in heaters for sugar-sirup
US 9618 A
Abstract  available in
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Description  (OCR text may contain errors)


Evaporating Pan. V I No. 9.618. Patented Mar. 15, 1853.




To all whom, it may concern:

Be it known that I, HENRY Bnssnnnn, of Baxter House, Old St. Pancross Road, in the county of Middlesex, England, have invented or discovered a certain new and useful Apparatus or Improved Heater for Rapidly Heating Concentrated Sirups; andI do hereby declare that the same is fully described and represented in the following specification, referen ce being had to the accompanying drawings, which make a part of the same.

Vhen evaporation of sugarsirup is carried on at a vcrylow temperature-say 150 Fahrenheit, or thereabout-it will be necessary to raise the temperature of it previous to crystallization, and as all high temperatures if long-continued are injurious to sirups, I expose the saccharine fluid to a moderate temperature in small or divided streams, so that a minutes exposure to heat will bring it up to the requisite temperature. The apparatus for effecting this operation is represented in the'drawings above mentioned, wherein Figure 1 is a vertical section, and Fig. 2 a plan of the apparatus.

In the same, R is a copper vessel or heater open on the top, and having a fiat bottom, in which a great many small tubes, S, are inserted. These tubes are connected to the top of a conical chamber, T, which is placed below the vessel R, and terminates in a spout, U. The tubes S are inclosed in a separate closed chamber, WV, into which steam is admittedby a pipe, X, and allowed to pass off by apipe, Y.

\Vhen sirup is poured into the upper part, B, it will commence to flow down the small tubes S. The heat of the steam acting on'the exterior of such tubes, will bring the sirup up to the required temperature. The fluid sirup will then flow off at the spout U, and thus the operation ,of heating the sirup in small successive portions may continue, each portion thereof being only subjected to its action for a very short time.

In the above invention it will. be seen that the power of gravity is employed to cause the sirup to rapidly flow through the tubes S. This is a convenient and cheap way of forcing the fluid through the small tubes. A forcingpump may be substituted; but this would involve expense of constructing and working it. Gravity, however, produces the desired effect without such expense.

I am aware that in locomotive-engines water has been heated by standing in tubes exposed to the flame or direct heat of a furnace. Now, such a mode of heating will not answer for the treatment of the saccharine sirup, as the heat of a furnace is not susceptible of regulation, as is that from steam, the latter not burning the sirup or injuriously heating it, as would the former.

I have discovered that theheat of steam ap plied to sirups in manner described, in con nection with the action of gravity, produces advantages in rapidly heating the sirup unattainable by any process. where the sirup is passed through pipes heated by direct heat or the flame of a furnace. It is therefore that I expressly disclaim the mode of heating water by allowing it to flow through or stand in tubes heated by the direct heat of a furnace, but base my invention on- The above-described method of treating saccharine sirup by means of the apparatus rep resented in Figs. 1 and 2, as there arranged and constructed to operate for the purpose set forth, by the power of gravity and stea1n,the-

same consisting of a combination of the receiving-vessel It, the series of tubes S, the




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Cooperative ClassificationY10S165/427, F28D9/0043