Industrial water tube boiler design : formulas in practice / Mehran Mousapoor.

Format:

Book

Author/Creator:

Mousapoor, Mehran, author.

Language:

English

Subjects (All):

Boilers.

Steam-boilers, Water-tube.

Physical Description:

1 online resource (XVIII, 244 p.)

Place of Publication:

Berlin, Germany : Walter de Gruyter GmbH, [2022]

Language Note:

In English.

Summary:

This book consists of steps for the thermal & mechanical design of d-type watertube boilers. It provides the reader with guidance for burner, fan size, and capacity selection, furnace thermal and dimensional design, super heater primary thermal and mechanical design, and boiler bank and economizer design. Calculations of the methods and effi ciency are also described. Mr Mehran Mousapoor, m.mousapoor@gmail.com

Contents:

Frontmatter

Contents

1 Introduction

2 Input data

3 Boiler heat duty

4 Required fuel

5 Forced draft fan discharge mass flow

6 FD: Fan outlet duct design

7 FD.Fan outlet duct pressure loss

8 Furnace width and length

9 Furnace height

10 Furnace volume

11 Furnace exit temperature

12 Combustion nonluminous heat transfer coefficient

13 Combustion convection heat transfer coefficient

14 Combustion outside heat transfer coefficient

15 Average tube metal temperature

16 Furnace draft pressure drop

17 Boiler design pressure

18 Superheater package

19 Superheater tube rows and deep number

20 Superheater convective heat transfer coefficient prediction

21 Superheater uncontrolled outlet steam temperature prediction

22 Superheater flue gas draft pressure drop

23 Superheater package total steam pressure drop

24 Steam and mud drum sizing

25 Bank tube average length

26 Bank tube heat duty prediction

27 Bank tube heat surface prediction

28 Steam drum outlet steam temperature

29 Bank tube bundle flue gas draft pressure drop

30 Bank tube duct flue gas draft pressure drop

31 Bank tube total flue gas draft pressure drop

32 Bank tube area length

33 Furnace area length

34 Boiler exit duct flue gas draft pressure drop

35 Bank tube bundle water pressure drop

36 Front and rear wall headers sizing

37 Steam drum to superheater connection header sizing

38 Economizer heat duty prediction

39 Economizer tube rows deep no.

40 Economizer tube arrangement

41 Economizer tube solid or serrated fins

42 Economizer convection heat transfer coefficient

43 Economizer overall heat transfer coefficient

44 Economizer tubes row number

45 Economizer package performance

46 Economizer headers water pressure drop

47 Economizer tube bundle water pressure drops

48 Economizer package water pressure drop

49 Economizer package flue gas draft pressure drops

50 Economizer outlet duct flue gas draft pressure drops

51 Circulation ratio

52 Flue gas stack sizing

53 Flue gas stack net available draft

54 Stack outlet flue gas temperature

55 Stack outlet flue gas velocity

56 Stack insulation thickness

57 Force draft fan electric driver

58 Pressure safety valve sizing

59 Desuperheater water

60 Boiler efficiency

61 Boiler package water weight

62 Boiler package water weight

63 Boiler holdup time (retention time)

64 Steam and mud drum weight

65 Furnace total tube number

66 Boiler total tube number

67 Furnace total tubes weight

68 Front and rear wall header weight

69 Superheater package weight

70 Steam drum to superheater connection header weight

71 Bank tube package weight

72 Economizer package weight

73 Stack weight

74 Reports

References

Index

Notes:

Description based on print version record.

Includes bibliographical references and index.

ISBN:

1-5231-4782-2

3-11-075708-7