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Acetylene The Principles Of Its Generation And Use A Practical

Intrinsic advantages Hygienic advantages Acetylene and paraffin oil Blackened ceilings Cost of acetylene lighting Cost of acetylene and coal-gas Cost of acetylene and electric lighting Cost of acetylene and paraffin oil Cost of acetylene and air-gas Cost of acetylene and candl...

Chapters

1. Chapter 1

Intrinsic advantages Hygienic advantages Acetylene and paraffin oil Blackened ceilings Cost of acetylene lighting Cost of acetylene and coal-gas Cost of acetylene and electric l...

2. Chapter 2

Nature of calcium carbide Storage of calcium carbide Fire risks of acetylene lighting Purchase of carbide Quality and sizes of carbide Treated and scented carbide Reaction betwe...

3. Chapter 3

Automatic and non-automatic generators Control of the chemical reaction Non-automatic carbide-to-water generators Non-automatic water-to-carbide generators Automatic devices Dis...

4. Chapter 4

5. Chapter 5

Impurities in calcium carbide Impurities of acetylene Removal of moisture Generator impurities in acetylene Filters Carbide impurities in acetylene Washers Reasons for purificat...

6. Chapter 6

Physical properties Leakage Heat of combustion Explosive limits Range of explosibility Solubility in liquids Toxicity Endothermic nature Polymerisation Heats of formation and co...

7. Chapter 7

Meters Governors Gasholder pressure Pressure-gauges Dimensions of mains and pipes Velocity of flow in pipes Service-pipes and mains Leakage Pipes and fittings Laying mains Expel...

8. Chapter 8

9. Chapter 9

Merits of incandescent lighting Conditions for incandescent lighting Illuminating power of incandescent burners Durability of mantles Typical incandescent burners Acetylene for...

10. Chapter 10

11. Chapter 11

Compression Dissolved acetylene Solution in acetone Liquefied acetylene Dilution with carbon dioxide Dilution with air Mixed carbides Dilution with, methane and hydrogen Self-in...

12. Chapter 12

13. Chapter 13

14. Chapter 14

Regulations of British Acetylene Association Regulations o£ German Acetylene Association Regulations of Austrian Acetylene Association Sampling carbide Yield of gas from small c...

15. Chapter 15

Acetylene is a gas [Footnote: For this reason the expression, "acetylene gas," which is frequently met with, would be objectionable on the ground of tautology, even if it were n...

16. Chapter 16

THE NATURE OF CALCIUM CARBIDE.--The raw material from which, by interaction with water, acetylene is obtained, is a solid body called calcium carbide or carbide of calcium. Inas...

17. Chapter 17

Inasmuch as acetylene is produced by the mere interaction of calcium carbide and water, that is to say, by simply bringing those two substances in the cold into mutual contact w...

18. Chapter 18

containing lead in the construction of an acetylene generator. Here it is proposed intentionally to set up a galvanic couple to prevent corrosion; there, with the same object in...

19. Chapter 19

In Chapter II. an attempt has been made to explain the physical and chemical phenomena which accompany the interaction of calcium carbide and water, and to show what features in...

20. Chapter 20

IMPURITIES IN CALCIUM CARBIDE.--The calcium carbide manufactured at the present time, even when of the best quality commercially obtainable, is by no means a chemically pure sub...

21. Chapter 21

acetylene apparatus is not permissible or judicious, because the gas is liable to form therewith an explosive compound known as copper acetylide; it might seem, therefore, that...

22. Chapter 22

It will only be necessary for the purpose of this book to indicate the more important chemical and physical properties of acetylene, and, in particular, those which have any bea...

23. Chapter 23

of, and in the expense of laying, the mains, by enabling the diameter of those mains to be diminished; but the purchase and erection of the distributing system are capital expen...

24. Chapter 24

of the formation of explosive mixtures of air and acetylene when new mains or plant are being brought into operation (_cf._ Chapter VII.). Eitner has also shown, by direct inves...

25. Chapter 25

&c., and a relatively large escape of carburetted acetylene would be required to produce an explosive atmosphere in a room. Moreover, the odour of the acetylene itself would ren...

26. Chapter 26

The process by which acetylene is produced, and the methods employed for purifying it and rendering it fit for consumption in dwelling-rooms, having been dealt with in the prece...

27. Chapter 27

NATURE OF LUMINOUS FLAMES.--When referring to methods of obtaining artificial light by means of processes involving combustion or oxidation, the term "incandescence" is usually...

28. Chapter 28

MERITS OF LIGHTING BY INCANDESCENT MANTLES.--It has already been shown that acetylene bases its chief claim for adoption as an illuminant in country districts upon the fact that...

29. Chapter 29

to enter the blowpipe at a pressure of 118 to 157 inches of water column (_i.e._, 8.7 to 11.6 inches of mercury; 4.2 to 5.7 lb. per square inch, or 0.3 to 0.4 atmosphere). The g...

30. Chapter 30

Now that atmospheric or Bunsen burners for the consumption of acetylene for use in lighting by the incandescent system and in heating have been so much improved that they seem t...

31. Chapter 31

means a partial reconversion of the material into ordinary acetylene, increasing its natural illuminating power, lowering its calorific intensity somewhat, and causing the resid...

32. Chapter 32

In all that was said in Chapters II., III., IV., and V. respecting the generation and employment of acetylene, it was assumed that the gas would be produced by the interaction o...

33. Chapter 33

efficient, and the extra amount of carbon dioxide produced by each flame is not wholly to be ignored. Moreover, since properly generated and purified acetylene can be consumed i...

34. Chapter 34

There are sundry uses for acetylene, and to some extent for carbide, which are not included in what has been said in previous chapters of this book; and to them a few words may...

35. Chapter 35

It will be apparent from what has been said in past chapters that the construction of a satisfactory generator for portable purposes must be a problem of considerable complexity...

36. Chapter 36

calcium carbide, paraffin, candles, and colza oil, become utterly incorrect if the carbide is only decomposed in a small portable generator fitted with an inefficient jet; first...

37. Chapter 37

The sale and purchase of calcium carbide in this country will, under existing conditions, usually be conducted in conformity with the set of regulations issued by the British Ac...