Lampiran 1. Struktur Organisasi RPH PT Elders Indonesia

Finance/HRD

Fenny Saptawati

Production/Sanitation

Maryani Dewi

Head Production

Haerulloh

Sanitation/Delivery/Storage

49

Lampiran 1. Struktur Organisasi RPH PT Elders Indonesia

Operation Manager

Jason Hatchett

Production/Sanitation

Maryani Dewi

Sanitation/Delivery/Storage

Dadan Triyana

Quality Control

Zaenal Arifin

drh. Ira Ramadhani

Maintenance

Yayu Tajudin

Warehouse/Purchase

Purchase

Mawardinur

49

Warehouse/Purchase

Ade Hendra

Purchase

Mawardinur

Security

Asmadi

Supriatman

Udarma

Lampiran 2. Digram Alir Proses Produksi

Penurunan dan Pengistirahatan

Penyembelihan dan Pengeluaran Darah

Penggantungan dan Pemotongan kepaladan kaki

Pengulitan dan Pemotongan Ekor

Pembelahan Dada dan Pengeluaran Jeroan

Pembelahan Karkas dan Pencucian Karkas

Penimbangan Karkas dan Pemberian Stempel

Digram Alir Proses Produksi

Ternak Sapi

Penurunan dan Pengistirahatan

Pembersihan / Pemandian

Pemingsanan

Penyembelihan dan Pengeluaran Darah

Penggantungan dan Pemotongan kepaladan kaki

Pengulitan dan Pemotongan Ekor

Pembelahan Dada dan Pengeluaran Jeroan

Pembelahan Karkas dan Pencucian Karkas

Penimbangan Karkas dan Pemberian Stempel

Pelayuan

Pemisahan tulang dan daging

Pengemasan dan Pengepakan

Penyimpanan

Pemasaran dan Distribusi

50

51

Lampiran 3. Bagian-bagian Daging Komersial (Aus-Meat)

52

Lampiran 4a. Mesin Produksi RPH PT Elders Indonesia

No Alat Jml (Unit) HP Watt Kwatt

1 Pencuci Babat 1 10 7500 7,5

2 Oven Babat 1 0,02 15 0,015

3 Brisket Saw 1 4 3000 3

4 Cutter Leg 1 3 2250 2,25

5 Carcass Splitter 1 3 2250 2,25

6 Compressor 1 10 7500 7,5

7 Chiller Carcas 2 16 24000 24

8 Vaccum 2 7,5 11250 11,25

9 Shrink Tank (kecil) 1 4 3000 3

10 Shrink Tank (besar) 1 9,3 7000 7,0

11 Blower 2 0,8 1200 1,2

12 Belt Conveyor 1 3 2250 2,25

13 Strapping Machine 2 0,5 750 0,75

14 Blast Freezer 1 30 22500 22,5

15 Carton Chiller 1 4 3000 3

16 Pompa Air 2 0,167 251 0,251

17 Bone Saw 1 2 1500 1,5

18 AC Bonning Room 1 4 3000 3,0

19 AC Packing Room 1 4 3000 3,0

Kebutuhan Listrik (Kwatt) 99,2156

Lampiran 4b. Kenutuhan Operasional RPH PT Elders Indonesia

No Alat Jml (Unit) HP Watt Kwatt

1 Timbangan Digital 4 0,2 600 0,6

2 Air Curtain 2 0,2 300 0,3

3 Air Condition 1 2 1500 1,5

2 1,5 2250 2,25

4 PC Computer 6 0,47 2115 2,115

5 Kipas 11 0,2 1650 1,65

6 Perangkap Serangga 4 0,1 300 0,3

7 Mesin Cuci 1 4,7 3500 3,5

8 Mesin Pengering 1 6,7 5000 5

10 TV 1 0,07 53 0,05

11 Dispenser 1 0,1 75 0,08

12 Exhause Fan 2 0,5 750 0,75

13 Sterilyzer Tank 6 1,33 5985 6

Kebutuhan Listrik (Kwatt) 24,08

Lampiran 4c. Kebutuhan Lampu RPH PT Elders Indonesia

Lampu Total

(Watt) Watt Jumlah

15 44 660

18 47 846

38 53 2014

Total Kebutuhan 3520

kWatt 3,52

53

Lampiran 5. Perhitungan Emisi Gas Rumah Kaca dari Listrik RPH PT Elders Indonesia

Tahun Bulan

Konsumsi

Listrik

(MWh)

Faktor Emisi (ton/MWh) Emisi GRK Total Emisi

(tCO2) CO2 CH4 N2O CO2 CH4 N2O

A B1 B2 B3 C1 = A*B1 C2 = A*B2 C3 = A*B3 D=C1+C2+C3

2010

Jan 0,299 0,891 - - 0,266 - - 0,266

Feb 0,285 0,891 - - 0,254 - - 0,254

Mar 0,241 0,891 - - 0,215 - - 0,215

Apr 0,209 0,891 - - 0,186 - - 0,186

Mei 0,210 0,891 - - 0,187 - - 0,187

Jun 0,186 0,891 - - 0,166 - - 0,166

Jul 0,169 0,891 - - 0,151 - - 0,151

Agst 0,213 0,891 - - 0,190 - - 0,190

Sept 0,104 0,891 - - 0,093 - - 0,093

Okt 0,323 0,891 - - 0,288 - - 0,288

Nov 0,239 0,891 - - 0,213 - - 0,213

Des 0,199 0,891 - - 0,177 - - 0,177

Total 2,677 2,385 - - 2,385

2011

Jan 0,159 0,891 - - 0,142 - - 0,142

Feb 0,235 0,891 - - 0,209 - - 0,209

Mar 0,167 0,891 - - 0,149 - - 0,149

Apr 0,239 0,891 - - 0,213 - - 0,213

Total 0,8 0,713 - - 0,713

53

54

Lampiran 6. Perhitungan Emisi Gas Rumah Kaca dari LPG (Liquefied Petroleum Gases) RPH PT Elders Indonesia

Thn Bln

Konsumsi

LPG Faktor Emisi (kg/TJ)

Konversi F. Emisi

(ton/MWh) Emisi GRK (ton) Equivalen CO2 (ton)

Total Emisi

(tCO2) kg MWh CO2 CH4 N2O

CO2

(10-7

)

CH4

(10-11

)

N2O

(10-13

) CO2 (10

-7) CH4 (10

-11) N2O (10

-13) CH4 (10

-9) N2O (10

-10)

A1 A2 B1 B2 B3 C1 C2 C3 D1 = A2*C1 D2 = A2*C2 D3 = A2*C3 E1 = D2*23 E2 = D3*293 F1=D1+E1+E2

2010

Jan 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Feb 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Mar 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Apr 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Mei 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Jun 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Jul 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Agst 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Sept 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Okt 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Nov 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Des 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Total 2400 32,930

74,752 59,275 118,549 13,633 34,735 7,492 x 10-6

2011

Jan 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Feb 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Mar 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Apr 200 2,744 63100 5 0,100 2,270 1,800 3,600 6,229 4,940 9,879 1,136 2,895 6,243 x 10-7

Total 800 10,977

24,917 19,758 39,516 4,544 11,578 2,497 x 10-6

54

55

Lampiran 7a. Perhitungan Emisi Gas Rumah Kaca dari Solar untuk Genset RPH PT Elders Indonesia

Thn Bln

Konsumsi Solar

Genset Faktor Emisi (kg/TJ)

Konversi F. Emisi

(ton/MWh) Emisi GRK (ton) Equivalen CO2 (ton)

Total Emisi

(tCO2) Liter MWh CO2 CH4 N2O

CO2

(10-7

)

CH4

(10-11

)

N2O

(10-12

) CO2 (10

-6) CH4 (10

-9) N2O (10

-11) CH4 (10

-8) N2O (10

-8)

A1 A2 B1 B2 B3 C1 C2 C3 D1 = A2*C1 D2 = A2*C2 D3 = A2*C3 E1 = D2*23 E2 = D3*293 F2=D1+E1+E2

2010

Jan 3467 37,097 74100 10 0,600 2,669 3,600 2,160 9,901 1,335 8,013 3,072 2,348 9,955 x 10-6

Feb 3467 37,097 74100 10 0,600 2,669 3,600 2,160 9,901 1,335 8,013 3,072 2,348 9,955 x 10-6

Mar 3467 37,097 74100 10 0,600 2,669 3,600 2,160 9,901 1,335 8,013 3,072 2,348 9,955 x 10-6

Apr 3467 37,097 74100 10 0,600 2,669 3,600 2,160 9,901 1,335 8,013 3,072 2,348 9,955 x 10-6

Mei 3467 37,097 74100 10 0,600 2,669 3,600 2,160 9,901 1,335 8,013 3,072 2,348 9,955 x 10-6

Jun 3467 37,097 74100 10 0,600 2,669 3,600 2,160 9,901 1,335 8,013 3,072 2,348 9,955 x 10-6

Jul 3467 37,097 74100 10 0,600 2,669 3,600 2,160 9,901 1,335 8,013 3,072 2,348 9,955 x 10-6

Agst 3467 37,097 74100 10 0,600 2,669 3,600 2,160 9,901 1,335 8,013 3,072 2,348 9,955 x 10-6

Sept 3467 37,097 74100 10 0,600 2,669 3,600 2,160 9,901 1,335 8,013 3,072 2,348 9,955 x 10-6

Okt 3467 37,097 74100 10 0,600 2,669 3,600 2,160 9,901 1,335 8,013 3,072 2,348 9,955 x 10-6

Nov 3467 37,097 74100 10 0,600 2,669 3,600 2,160 9,901 1,335 8,013 3,072 2,348 9,955 x 10-6

Des 3467 37,097 74100 10 0,600 2,669 3,600 2,160 9,901 1,335 8,013 3,072 2,348 9,955 x 10-6

Total 41604 445,163

118,814 16,026 96,155 33,654 28,173 1,195 x 10-4

2011 Jan 3467 37,097 74100 10 0,600 2,669 3,600 2,160 9,901 1,335 8,013 3,072 2,348 9,955 x 10

-6

Feb 3467 37,097 74100 10 0,600 2,669 3,600 2,160 9,901 1,335 8,013 3,072 2,348 9,955 x 10-6

Mar 3467 37,097 74100 10 0,600 2,669 3,600 2,160 9,901 1,335 8,013 3,072 2,348 9,955 x 10

-6

Apr 4238 45,347 74100 10 0,600 2,669 3,600 2,160 12,103 1,632 9,795 3,755 2,870 1,217 x 10-5

Total 14639 156,637

41,806 5,639 33,834 11,842 9,913 4,203 x 10-5

55

56

Lampiran 7b. Perhitungan Emisi Gas Rumah Kaca dari Solar untuk Mobil Distribusi RPH PT Elders Indonesia

Thn Bln

Konsumsi Solar

Mobil Faktor Emisi (kg/TJ)

Konversi F. Emisi

(ton/MWh) Emisi GRK (ton) Equivalen CO2 (ton)

Total Emisi

(tCO2) Liter MWh CO2 CH4 N2O

CO2

(10-7

)

CH4

(10-11

)

N2O

(10-12

) CO2 (10

-6) CH4 (10

-10) N2O (10

-11) CH4 (10

-8) N2O (10

-8)

A1 A2 B1 B2 B3 C1 C2 C3 D1 = A2*C1 D2 = A2*C2 D3 = A2*C3 E1 = D2*23 E2 = D3*293 F3=D1+E1+E2

2010

Jan 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Feb 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Mar 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Apr 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Mei 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Jun 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Jul 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Agst 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Sept 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Okt 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Nov 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Des 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Total 25920 277,344

74,023 99,844 59,906 22,964 17,553 7,44 x 10-5

2011

Jan 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Feb 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Mar 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Apr 2160 23,112 74100 10 0,600 2,669 3,600 2,160 6,169 8,320 4,992 1,914 1,463 6,2 x 10-6

Total 8640 92,448

24,674 33,281 19,969 6,989 5,851 2,48 x 10-5

56

57

Lampiran 8. Perhitungan Total Emisi dari Stationery Combution

Tahun Bulan

Total Emisi

(ton CO2)

G=D+F1+F2+F3

2010

Jan 0,266

Feb 0,254

Mar 0,215

Apr 0,186

Mei 0,187

Jun 0,166

Jul 0,151

Agst 0,190

Sept 0,093

Okt 0,288

Nov 0,213

Des 0,177

Total 2,385

2011

Jan 0,142

Feb 0,209

Mar 0,149

Apr 0,213

Total 0,713

58

Lampiran 9a. Perhitungan Emisi Gas Rumah Kaca dari Limbah Padat RPH PT Elders Indonesia

Thn Bln

Kapasitas

(ekor)

F. Emisi (kg CH4/ekor) Emisi (kg CH4) Total

emisi (kg

CH4)

Total

Emisi (ton

CH4)

Kotoran

(kg/ekor)

Kotoran

(kg)

F. Emisi Total

Emisi (kg

CH4)

Total

Emisi

(ton CH4)

Pencernaan Kotoran Pencernaan Kotoran (kg

CH4/kg F)

A B1 B2 C1 = A*B1 C2 = A*B2 D = C1+C2 E F = A*E G H = F*G

2010

Jan 910 47 1 42770 910 43680 43,68 16,51 15024,1 0,003 45,072 0,0451

Feb 910 47 1 42770 910 43680 43,68 16,51 15024,1 0,003 45,072 0,0451

Mar 910 47 1 42770 910 43680 43,68 16,51 15024,1 0,003 45,072 0,0451

Apr 910 47 1 42770 910 43680 43,68 16,51 15024,1 0,003 45,072 0,0451

Mei 910 47 1 42770 910 43680 43,68 16,51 15024,1 0,003 45,072 0,0451

Jun 910 47 1 42770 910 43680 43,68 16,51 15024,1 0,003 45,072 0,0451

Jul 910 47 1 42770 910 43680 43,68 16,51 15024,1 0,003 45,072 0,0451

Agst 910 47 1 42770 910 43680 43,68 16,51 15024,1 0,003 45,072 0,0451

Sep 910 47 1 42770 910 43680 43,68 16,51 15024,1 0,003 45,072 0,0451

Okt 910 47 1 42770 910 43680 43,68 16,51 15024,1 0,003 45,072 0,0451

Nov 910 47 1 42770 910 43680 43,68 16,51 15024,1 0,003 45,072 0,0451

Des 910 47 1 42770 910 43680 43,68 16,51 15024,1 0,003 45,072 0,0451

Total 10920 513240 10920 524160 524,16 180289,2 540,868 0,5409

2011

Jan 840 47 1 39480 840 40320 40,32 16,51 13868,4 0,003 41,605 0,0416

Feb 840 47 1 39480 840 40320 40,32 16,51 13868,4 0,003 41,605 0,0416

Mar 915 47 1 43005 915 43920 43,92 16,51 15106,65 0,003 45,320 0,0453

Apr 910 47 1 42770 910 43680 43,68 16,51 15024,1 0,003 45,072 0,0451

Total 3505 164735 3505 168240 168,24 57867,55

173,603 0,1736

58

59

Lampiran 9b. Perhitungan Emisi Gas Rumah Kaca dari Pengolahan Limbah Cair RPH PT Elders Indonesia

Pengujian

COD

(mg/l)

Volume

(m3)

F. Emisi (kg

CH4/kg COD) Emisi CH4 (kg) Emisi CO2 equiv. (ton)

A B C D =((A*(B*103))/10

6)*C E = (D*23)/10

3

Juni 2010 891,67 50,15 0,21 9,39 0,216

April 2011 1956 50,15 0,21 20,60 0,474

Lampiran 10. Perhitungan Total Emisi dari Pengolahan Limbah Padat dan Cair

Tahun

Emisi CH4 (ton) Emisi CO2 equiv. (ton) Total Emisi CH4 equiv.

CO2 (ton) Limbah Padat Limbah Cair Limbah Padat Limbah Cair

A B C1 = A*23 C2 = B*23 D = C1+ C2

2010 0,527 0,0094 12,121 0,216 12,3372

2011 0,174 0,0206 4,002 0,474 4,4758

59

60

Lampiran 11a. Denah Area Kandang RPH PT Elders Indonesia dan Penggunaan Lampunya

27 lux

(1 x 18 w)

41 lux

(1 x 18 w)

116 lux

(1 x 15 w) 55 lux

(1 x 18 w)

73 lux

(1 x 15 w)

91 lux

(1 x 38 w)

41 lux

(1 x 15 w)

78 lux

(1 x 15 w)

38 lux

(1 x 15 w)

38 lux

(1 x 15 w)

119 lux

(1 x 15 w)

76 lux

(1 x 15 w)

60

61

Lampiran 11b. Denah Area Slaughter Floor RPH PT Elders Indonesia dan Penggunaan Lampunya

→ Bonning Room

125

lux

(2 x

38

w)

69 lu

x

(2 x

38

w)

36 l

ux

(1 x

38

w)

65 lu

x

(1 x

38

w)

11

9 lu

x

(2 x

38

w)

100

lux

(2 x

38

w)

57 lu

x

(2 x

38

w)

72 lu

x

(2 x

18

w)

45 lu

x

(1 x

38

w)

58 lu

x

(1 x

38

w)

60 lu

x

(1 x

38

w)

56 lux

(1 x 18 w)

125 lux

(2 x 38 w)

42 lux

(1 x 18 w)

68 lux

(1 x 38 w)

75 lux

(2 x 18 w)

70 lux

(2 x 18 w)

63 lux

(2 x 18 w)

90 lux

(2 x 18 w)

85 lux

(2 x 18 w)

87 lux

(2 x 18 w)

87 lux

(2 x 18 w)

18 lux

(1 x 15 w)

217

lux

(2 x

18

w)

200

lux

(2 x

18

w)

52 lux

(2 x 18 w)

23 lux

(1 x 15 w)

28 lux

(1 x 15 w) 31 lux

(1 x 15 w)

39 lux

(1 x 15 w)

39 lux

(1 x 15 w)

23 lux

(1 x 15 w) 29 lux

(1 x 15 w)

29 lux

(1 x 15 w)

21 lux

(1 x 15 w) 80 lux

(2 x 38 w)

23

lux

(1 x

15

w)

29 lu

x

(1 x

15

w)

29 lu

x

(1 x

15

w)

23 lu

x

(1 x

15

w)

46 lux

(1 x 38 w)

103 lux

(1 x 38 w)

79 lux

(1 x 18 w)

61

62

Lampiran 11c. Denah Area Bonning dan Packing Room RPH PT Elders Indonesia dan Penggunaan Lampunya

Slaughter Floor ←

310 lux

(2 x 38 w)

265 lux

(2 x 38 w)

368

lux

(2 x

38

w)

227 lux (2 x 38 w)

207 lux (2 x 38 w)

222

lux

(2 x

38

w)

216

lux

(2 x

38

w)

380

lux

(2 x

38

w)

355

lux

(2 x

38

w)

293

lux

(2 x

38

w)

3

44

lux

(2 x

38

w)

290

lux

(2 x

38

w)

50 l

ux

(1 x

15

w)

47 l

ux

(1 x

15

w)

62 l

ux

(1 x

15

w)

52 l

ux

(1 x

15

w)

53 l

ux

(1 x

15

w)

74 l

ux

(1 x

15

w)

49 lux

(1 x 18 w)

168 lux

(1 x 18 w)

180 lux

(1 x 38 w)

176 lux (1 x 38 w)

118

lux

(1 x

38

w)

68

lux

(1 x

18

w)

66 lu

x

(1 x

18

w)

86 lu

x

(1 x

18

w)

60 lu

x

(1 x

18

w)

77 lu

x

(1 x

18

w)

76

lux

(1 x

18

w)

115

lux

(1 x

38

w)

35 lux

(1 x 18 w)

49 lu

x

(1 x

18

w)

88 lu

x

(2 x

18

w)

27 lux

(1 x 18 w)

24 lux

(1 x 18 w)

34 lux

(1 x 18 w)

16 lux

(1 x 18 w) 34 lux

(1 x 18 w)

13 lux

(1 x 18 w)

26 lux

(1 x 18 w)

82 lu

x

(1 x

18

w)

94 lu

x

(1 x

18

w)

62

63

Lampiran 11d. Denah Area Office Room RPH PT Elders Indonesia dan Penggunaan Lampunya

Siang Hari Malam Hari

88

lux

(1 x

15

w)

60

lux

(1 x

15

w)

110

lux

(1 x

15

w)

102

lux

(1 x

15

w)

20

8 lu

x

(1 x

15

w)

230

lux

(1 x

15

w)

111

lux

(1 x

15

w)

209

lux

(1 x

15

w)

121

lux

(1 x

15

w)

60 lu

x

(1 x

15

w)

88 lu

x

(1 x

15

w)

60 lu

x

(1 x

15

w)

110

lux

(1 x

15

w)

102

lux

(1 x

15

w)

83 lu

x

(1 x

15

w)

180

lux

(1 x

15

w)

111

lux

(1 x

15

w)

98 lu

x

(1 x

15

w)

101

lux

(1 x

15

w)

80 lu

x

(1 x

15

w)

63

64

Lampiran 11e. Denah RPH PT Elders Indonesia dan Penerangan Lainnya

86 lux

(1 x 38 w)

32 lu

x

(1 x

15

w)

58 lux (1 x 15 w)

83 lu

x (1 x

18

w)

25 lux

(1 x 15 w)

19 lux

(1 x 15 w)

50 lux

(1 x 15 w) 48 lux

(1 x 15 w) 51 lux (1 x 15 w)

75 lux

(1 x 15 w)

100 lux

(1 x 15 w)

75 lux

(1 x 15 w) 63 lux

(1 x 15 w))

167 lux

(1 x 15 w)

Trimming

Room

Offal

Packing

Parking Area

Genset A

rea

Blood Handling Area

Pasture II

Area

Carcass

Chiller II

Carcass

Chiller I

Boning

Room

Pasture I

Area

Offal

Room

Sla

ug

hte

r Flo

or

Packing

Room

Carton

Chiller

Office

Area

Meetin

g

Roo

m

Maintainance

Canteen

185 lux

(1 x 38 w)

Security

77 lux

(1 x 15 w)

Laundry

85 lux (1 x 15 w)

Parking Area

Loadin

g R

am

p

Mosque

49 lux

(1 x 15 w)

109

lux

(1 x

15

w)

25 lux

(1 x 15 w)

53 lux

(1 x 38 w)

50 lu

x

(1 x

15

w)

45 lu

x

(1 x

18

w)

21 lux

(1 x 15 w)

Fron

t Gate

Back

Gate

64

Lampiran 12. Desain Reaktor Biogas

65

65