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UkuSetyenziswa okuBanzi kweNkunkuma yeNkqubo yokomisa ubushushu

UkuSetyenziswa okuBanzi kweNkunkuma yeNkqubo yokomisa ubushushu

Okwangoku, ukukhutshwa ngokuthe ngqo kwegesi ephezulu yobushushu, umphunga uyenzeka kwiindawo ezininzi zokuprinta kunye nokudaya, izityalo zamandla, okuyinkcitho enkulu yamandla ashushu.Ngelo xesha, kukho imfuneko yokomisa i-sludge yamanzi amdaka okanye ezinye izinto, eziza kusebenzisa amafutha amaninzi ukubonelela ukushisa.Kuya kuba nokubaluleka okukhulu ukunciphisa ungcoliseko lokusingqongileyo kunye nokunciphisa uxinzelelo lwezoqoqosho lwamashishini ngokusebenzisa ngokufanelekileyo ubushushu benkunkuma ukomisa izinto ezimanzi.Iifektri ezohlukeneyo zineqondo lobushushu lerhasi yomsila, uninzi lwayo lusuka kwi-120℃ ukuya kwi-500℃.


Iinkcukacha zeMveliso

Iithegi zeMveliso

Inkqubo Flow

Iskimu sokwandisa ukusetyenziswa kwamandla ashushu esixokelelwano sinokuyilwa ngokwezinto ezahlukeneyo, inkunkuma yobushushu kunye nokuhamba kobushushu.

Amatyala 1: 200T/D iProjekthi yokuLungisa iSludge enye yeeNkampani zeDalian Petrochemical, kunye nokuphuma kwamanzi: 750000 Nm³/h;ubushushu bokukhupha: 135 ℃;Uyilo lwethu kukusebenzisa iiseti ezintathu ze-VS 4 x 32m dryer, ezithe zafakwa kwimveliso.

Case 2: 4T/D iProjekthi yokuLungisa i-Sludge kwenye yeefektri zokudaya zase-Shanghai, ukuhamba kwe-exhaust: 10000Nm³/h, ubushushu bokukhupha:180℃;Uyilo lwethu kukusebenzisa i-VS 2 x 5m isomisi esiphakathi, esifakwe kwimveliso.

Izinto eziluncedo kwiNkqubo

1. Ukusetyenziswa kobushushu, ukonga amandla kunye nokukhuselwa kwendalo;
2. Akukho kusetyenziswa kwamafutha, ukusetyenziswa kwamandla ambalwa, inkqubo yokususa uthuli yokuqala ingasetyenziselwa ukugcina utyalo-mali;
3. Fumana imathiriyeli ekrwada ekuhlaleni, umhlaba owongezelelweyo awufuneki;
4. Inqanaba eliphezulu lokuzenzela, ukonga abasebenzi;
5. Ixesha lokumisa linokulungiswa, kwaye umxholo wamanzi unokulawulwa emva kokumisa.

Iiparamitha zobuGcisa

Umzekelo

Idayamitha yesilinda(mm)

Ubude besilinda(mm)

Umthamo wesilinda(m3)

Isantya se-Cylinder rotary (r/min)

Amandla(kW)

Ubunzima(t)

VS 0.6x5.8

600

5800

1.7

1-8

3

2.9

VS 0.8x8

800

8000

4

1-8

4

3.5

VS 1x10

1000

10000

7.9

1-8

5.5

6.8

VS 1.2x5.8

1200

5800

6.8

1-6

5.5

6.7

VS 1.2x8

1200

8000

9

1-6

5.5

8.5

VS 1.2x10

1200

10000

11

1-6

7.5

10.7

VS 1.2x11.8

1200

11800

13

1-6

7.5

12.3

VS 1.5x8

1500

8000

14

1-5

11

14.8

VS 1.5x10

1500

10000

17.7

1-5

11

16

VS 1.5x11.8

1500

11800

21

1-5

15

17.5

VS 1.5x15

1500

15000

26.5

1-5

15

19.2

VS 1.8x10

1800

10000

25.5

1-5

15

18.1

VS 1.8x11.8

1800

11800

30

1-5

18.5

20.7

VS 1.8x15

1800

15000

38

1-5

18.5

26.3

VS 1.8x18

1800

18000

45.8

1-5

22

31.2

VS 2x11.8

2000

11800

37

1-4

18.5

28.2

VS 2x15

2000

15000

47

1-4

22

33.2

VS 2x18

2000

18000

56.5

1-4

22

39.7

VS 2x20

2000

20000

62.8

1-4

22

44.9

VS 2.2x11.8

2200

11800

44.8

1-4

22

30.5

VS 2.2x15

2200

15000

53

1-4

30

36.2

VS 2.2x18

2200

18000

68

1-4

30

43.3

VS 2.2x20

2200

20000

76

1-4

30

48.8

VS 2.4x15

2400

15000

68

1-4

30

43.7

VS 2.4x18

2400

18000

81

1-4

37

53

VS 2.4x20

2400

20000

91

1-4

37

60.5

VS 2.4x23.6

2400

23600

109

1-4

45

69.8

VS 2.8x18

2800

18000

111

1-3

45

62

VS 2.8x20

2800

20000

123

1-3

55

65

VS 2.8x23.6

2800

23600

148

1-3

55

70

VS 2.8x28

2800

28000

172

1-3

75

75

VS 3x20

3000

20000

14

1-3

55

75

VS 3x23.6

3000

23600

170

1-3

75

85

VS 3x28

3000

28000

198

1-3

90

91

VS 3.2x23.6

3200

23600

193

1-3

90

112

VS 3.2x32

3200

32000

257

1-3

110

129

VS 3.6x36

3600

36000

366

1-3

132

164

VS 3.8x36

3800

36000

408

1-3

160

187

VS 4x36

4000

36000

452

1-3

160

195


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