2 No.113, 2002 SK Gub. No. 26 tahun TSS 400mg/l Fe, Mn MOE 7mg/l 4mg/l Monitoring Maximum allowable value Sampling parameter MOE East
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1 2 No.113, 2002 SK Gub. No. 26 tahun TSS400mg/l Fe, Mn MOE 7mg/l4mg/l Monitoring Maximum allowable value Sampling parameter MOE East Kalimantan Province frequency ph 6.0 to to 9.0 Once per month TSS Once per month Fe 7 10 Once per month Mn 4 5 Once per month Maximum 2 m 3 per ton 2 m 3 per ton of Once per wastewater of coal coal product month discharge product Analysis method recommended by the Province Electrode meter Weight measurement Law of the Republic of Indonesia No.23, 1997 regarding Environmental Management, Chapter IX, Articles 41, 42, 43, 44, 45 and 46 AAS AAS
2 5-2
3 Ministry of EnvironmentMOE Environmental Management Law No.23, 1977 Decree No.113, 2003 regarding Wastewater Standard for Coal Mining Activity Decree No.82, 2001 regarding Water Quality Management and Water Pollution Control Decree No.41, 1999 regarding Air Pollution Control Decree No.129, 2003 regarding Emission Standard of Business and/or Activity of Natural Gas and Oil 2005 MOE 5 Regional Branch Office Region Base Duty Area Region 1 Pekanbaru All Sumatra Region 2 Denpasar Bali, West Nusa Tenggara and East Nusa Tenggara Region 3 Makassar Sulawesi, Maluku and Irian Jaya Region 4 Yogyakarta All Java Island Region 5 Balikpapan All Kalimantan Remarks : The above information was obtained on July 21, 2006 from the meeting discussion carried out in the MOE Headquarters. ) Badan Pengendalian Dampact Lingkungen DaerahBAPEDALDA BAPEDALDA No.113, 2002 SK Gub. No. 26, telecom system Dinas Pertambangan dan Energi BAPEDALDA BAPEDALDA 5-3
4 MOE Komite Akreditasi Nasional, KAN ISO SNIStandar Nasional Indonesia / KAN KAN KAN KAN KAN Bristand Indag Samarinda (DEPARTEMEN PERINDUSTRRIAN RI BADAN PENELITIAN DAN PENGEMBANGAN INDUSTRI, BALAI RISET DAN STANDARDISASI INDUSTRI DAN PERDAGANGAN, SAMARINDA) Provincial laboratory UPTD BALAI LABORATORIUM KESEHATAN SAMARINDA Publik KaltimTbk VICO Pertamina P.T. Kaltim Prima Coal (KPC) P.T. Badak NGL Pusat Penelitian Lingkungan Hidup, Lembaga Penelitian Universiti MULAWARMAN PT. SUCOFINDO Indoassey SUCOFINDO KAN CCI KAN 1 BAPEDALDA Provincial and District Dinas Pertambangan dan Energi Provincial or District BAPEDALDA as the case needed Samarinda City BAPEDALDA, when needed Samarinda City, Office of Mining and Energy, when needed Director General, Mineral, Coal and Geothermal, MEMR Director, Technology and Environment, MCG,MEMR 5-4
5 Department of Energy, Mining, Oil and Gas, MOE 1 MOE BAPEDALDA PROPERProgram Peringkat Kinerja Perusahaan Pertambangan, 5 2 MOE 5 AMDAL 5 1 AMDAL
6 5-6 No. Name of Company Mine Activity Place of Company Grade/Color Major City Province PT. Bukit Sunur Coal Mining North Bengkulu Bengkulu Black 2 PT. Bukit Bara Utama Coal Mining Seluma Bengkulu Black 3 PT. Coal Mining Bukit Asam Coal Mining Muara Enim South Sumatra Blue 4 PT. Adaro Indonesia Coal Mining Tabalong & Balangan South Kalimantan Red 5 PT. Arutmin - Senakin Coal Mining Kotabaru South Kalimantan Blue 6 PT. Arutmin - Satui Coal Mining Tanah Bumbu South Kalimantan Red 7 PT. Jorong Barutama Greston Coal Mining Tanah Laut South Kalimantan Red 8 PT. Trubaindo Coal Mining Coal Mining Kutai Barat South Kalimantan 9 PT. Gunung Bayan Pratama Coal Mining Kutai Barat South Kalimantan 10 PT. Indominco Mandir Coal Mining Kutai East East Kalimantan Blue 11 PT. Kaltim Prima Coa Coal Mining Kutai East East Kalimantan Blue 12 PT. Berau Coal - Binungan Coal Mining Berau East Kalimantan Blue 13 PT. Berau Coal - Lati Coal Mining Berau East Kalimantan Blue 14 PT. Berau Coal - Sambarata Coal Mining Berau East Kalimantan Blue 15 PT. Muti Harapan Utama Coal Mining Kutai Kartanegara East Kalimantan Black 16 PT. Kideco Jaya Agung Coal Mining Pasir East Kalimantan 17 PT. Bukit Baiduri Energi Coal Mining Kutai Kartanegara East Kalimantan Red 18 PT. Fajar Bumi Sakti Coal Mining Kutai Kartanegara East Kalimantan Red 19 PT. Kitadin Coal Mining Kutai Kartanegara East Kalimantan Red 20 PT. Tanito Harum Coal Mining Kutai Kartanegara East Kalimantan Red Remarks: This table is prepared Based on the original table with same title of "STATUS OF PROPER"which was provided by the MOE. 2 1 of PROPER (Audit of Environmental Management 2006) Status
7 AF ( ) phtssfemn 1 / BAPEDALDA BAPEDALDA MOE KAN Baristand Indag Sarimanda Mn 0.1mg/l 5-7
8 TSS ph, Fe, Mn Sampling Param Unit Quality Year of 2006 location eter standard Jan Feb Mar Apr Outlet from ph WP TSS mg/l Fe mg/l 7 < Mn mg/l < Runoff south ph pit TSS mg/l Fe mg/l 7 < Mn mg/l Runoff ph discharge to TSS mg/l Mahakam Fe mg/l 7 <0.02 < Rive Mn mg/l < Standard of water volume used The year 2005 (limit value) Oct Nov Dec 2 M 3 /ton coal production
9 ph Fe(mg/l) Mn(mg/l A Mn
10 Sampling Parameter Unit Quality location standard Jan Feb May P1 ph TSS Mg/l Fe Mg/l Mn Mg/l P2 ph TSS Mg/l Fe Mg/l Mn Mg/l P3 ph TSS Mg/l Fe Mg/l Mn Mg/l P4 ph TSS Mg/l Fe Mg/l Mn Mg/l Sampling location P1. Standard of water volume used (limit value) Jan Feb May 2 M 3 /ton coal production
11 A Parameter Unit Quality Sampling Points standard (1) (2) (3) (4) ph TSS mg/l Fe mg/l Mn mg/l Sampling Point (4) 5-11
12 Mn 0.1mg/l 5-12
13 A Parameter Unit Quality Sampling points standard (2) (3) ph TSS mg/l Fe mg/l Mn mg/l Sampling Point (3) Mn 0.1mg/l 5-13
14 Deputy Operations Manager Operations Manager Mine Manager Environment Officer Reclamations Supervisor Reclamation Field Crew 5-14
15 A KAN Baristand Indag Sarimanda BOD, COD BOD 100mg/l, COD 125mg/l BOD 15COD 319 COD 0.33 m 3 /ton coal production Sampling Parameter Unit Quality 2006 location standard Jan Feb Mar ph A TSS mg/l Fe mg/l 7 <0.02 < Mn mg/l ph B TSS mg/l Fe mg/l 7 <0.02 < Mn mg/l ph C TSS mg/l Fe mg/l 7 < Mn mg/l < ph D TSS mg/l Fe mg/l 7 <0.02 < Mn mg/l < Samplin location B
16 5-16
17 Safety and Environment Manager Administration Deputy Manager K3 & Lingkungan Environment Supervisor and 8 staff members Safety Supervisor and 4 staff members A KAN Baristand Indag Sarimanda m 3 /ton coal production Sampling Para Unit Quality location meter standard Nov Dec Jan Feb Mar Settling Pond ph for Preparation TSS mg/l and WP Fe mg/l (P1) Mn mg/l Settling Pond ph No.2 TSS mg/l (P2) Fe mg/l Mn mg/l
18 TSS ph 5-18
19 KAN MOE telecom system
20 (Committee of Environmental Management, CEMM ) CEMM CEMM, CEMM CEMM CEMM CEMM
21 NGO MOE MOE BAPEDALDA (CEMM) ( ) 2004 MOE telecommunication system BAPEDALDA MOE 5 MOE BAPEDALDA MOE MOE 5-21
22 2 5-22
23 MOE KAN F 5-23
24 FeMn ph TSS
25 Parameters to be monitored & others DS5X DS5 MS5 Quanta Sensor washer Water temperature Electric conductivity Salinity Water depth, level Dissolved Oxygen (DO) DO (by membrane covered type) ph Chlorophyll a Turbidity (0-100 NTU) Turbidity ( NTU) Degree of transparency Total dissolved gases Ion sensing BAPEDALDA
26 Satellite NASDA TSS
27 5-27
28 5-28
29 mm % FBS Jig Separation Efficiency +10mm 80% Reject:15% Weight(%) 60% 40% Clean Coal 85% Feed 20% 0% Specific Gravity 5-29
30 Products Performance Feed Clean Coal Reject Wt % Ash % GCV Wt % Ash % GCV Wt % Ash % GCV D 50 Ep Separation Density Ecart Probable I Imperfection I kcal/kg Products Performance Feed Clean Coal Reject Wt % Ash % GCV Wt % Ash % GCV Wt % Ash % GCV D 50 Ep I Separation Density Ecart Probable Imperfection kcal/kg 91.51%6 1515kcal/kg Washery / 1 PT. Kitadin Settling Pit Bucket Elevator 2 PT. Fajar Bumi Sakti (FBS) De-slime Screen / 0.5mm 3 PT. Tanito Harum / Sebulu Settling Pit Bucket Elevator 4 PT. Tanito Harum / Loa Tebu 1 Cyclone Classifier Screen / 0.5mm 5 PT. Multi Harapan Utama (MHU) Cyclone Classifier Screen / 0.25mm 6 PT. Bukit Baiduri Energy (BBE) Cyclone Classifier Screen / 0.5mm 5-30
31 µm 50% 150µm 150µm D 50 Ep BBE 160µm 80 Particle size vs Ash Generation point of Wastewater 70 Ash(%-ad) KTD FBS LTB1 MHU BBE Mean size(µm) Washery Performance of Cyclone Classifier D 50 Ep Yield of Under-flow 4 PT. Tanito Harum / Loa Tebu 1 320µm 220µm 59% 5 PT. Multi Harapan Utama (MHU) 840µm 650µm 20% 6 PT. Bukit Baiduri Energy (BBE) 160µm 125µm 79% BBE Kitadin FBS 7778 BBE Loa Tebu 1 58% MHU 76% 5-31
32 Wastewater or Feed Under-Flow Product Over-Flow Wastewater Feed Under-Flow Product Over-Flow Wastewater Kitadin FBS Befire Afte Reduction Rate Befire Afte Reduction Rate Wt % Ash % GCV Wt % Ash % GCV Wt % Ash % % % GCV Loa Tebu 1 MHU Befire Afte Reduction Rate Befire Afte Reduction Rate Wt % Ash % GCV Wt % Ash % GCV Wt % Ash % % % GCV Kitadin (-ad) Feed Under Flow Over Flow Wt% Ash% GCV Wt% Ash% GCV Wt% Ash% GCV +1000µm Total FBS (-ad) Feed Under Flow Over Flow Wt% Ash% GCV Wt% Ash% GCV Wt% Ash% GCV +1000µm Total Tanito/Loa Tebu 1 (-ad) Feed Under Flow Over Flow Wt% Ash% GCV Wt% Ash% GCV Wt% Ash% GCV +1000µm Total MHU Feed Under Flow Over Flow Wt% Ash% GCV Wt% Ash% GCV Wt% Ash% GCV +1000µm Total (-ad)
33 2 US$ 150,000 US$ 43/t 3,500t 1 Sebulu 77% 5360kcal/kg 7.4% 1.70% 78% 5915kcal/kg 3.4% 0.75% BBE 58% 6376kcal/kg 5-33
34 9.2% 3.86% 840µm BBE 76% 5975kcal/kg 2.6% 0.62% 5-34
35 SS 170mg/l 200mg/l mg/l 1 mg/l
36 5-2-3 ph23 Fe ion >1000ppm 20m 3 /
37 ph 23 Fe ppm Warman Pump 20m3/min ph 68 Fe2+ <10ppm 14B 14B H B Dil 1-2 Dil 2 Dil 1-1 Control Panell FA Warman Pump 5m5m5m Each
38 Kitadin Loa Tebu 1BBE In-organic Al 3+,Fe 3+ etc Al3+ Al3+ Organic Polymer Coagulant Al3+ Al3+ Al3+ Al3+ Particles are charged in negative. Particles adhere to Al 3+ electrically. Small Flock Big Flock In-organic Coagulant Aluminum Sulfate PAC Poly Aluminum Chloride Organic Polymer Coagulant Poly-acryl amide 5-38
39 PAC BBE 500cc 200ppm 1% ph ph 69 Nothing Al3+ 200ppm Cement 1% Fly Ash 1% ph: H Al 3+ Fe 2+ Fe 3+ Sebulu (ph2.5fe ion 2000mg/l) ph H 5-39
40 2 OJT 5-40
41 80 90 LPG LPG
42 LPG : TekMIRA TekMIRA 5-42
43 : PTBA PTBA LPG 25 : MEMR 8 PTBA Tanjung Enim Lampung Gresik TekMira Cirebon
44 Note: Yellow: Exiting Facilities White: Planed Facilities TekMIRA TekMIRA 5-44
45 PTBA Tanjung Enim PTBA Lampung Gresik Molasses TekMira Cirebon Molasses TekMira Cirebon Production 30,000 25,000 20,000 15,000 10,000 5,000 0 Briqutte Production Private Company PTBA Year : MEMR 85 PTBA 10 TekMIRA PTBA PTBA 1500Rp/kg 5-45
46 1000Rp/kg 700Rp/kg 2200Rp/kg 1700Rp/kg TekMIRA Cirebon 800Rp/kg 1200Rp/kg PTBA PTBA Tanjung EnimLampungGresik Tanjyung Enim Tanjung Enim 8 PTBA 1500 /Kg Kcal/kg /kg Kcal/Kg PTBA Source: PTBA PTBA Tanjung Enim NEDO
47 Cyclone Atmosphere Row Coal Crusher Rotary Dryer Fluidized Carbonizer Cyclone Stock Yard Flue Gas Water Tapioca Product Packing Product Dryer Briquetting Machine Binder Mix Coal Grinder Atmosphere Source: PTBA : PTBA
48 : PTBA /Kg 350 /Kg 900 /Kg
49 Other Production Cost includes: Packing Material, Tapioca Powder, Electricity, Maintenance Materials and Consumables : PTBA PTBA TekMira Cirebon NEDO Molasses TekMira PT. Paragonesiatama 2008 TekMIRA/PT. ParagonesiatamaJV / / 5-49
50 Source: TekMIRA Kcal/kg 800 /Kg Saw Dust Molasses Kcal/Kg Total Moisture ,000 /
51 Coal 90 % Drying and Grinding Lime Stone 5 % Saw Dust 5 % Blending Molasses 5 % Briquette Making Product Coal Specification: Total Moisture 19% Caloric Value 6,000 kcal/kg Ash 9 % Sulfur 1-2 % : TekMIRA Kcal/Kg Molasses Kcal/kg ,000 / Coal 85 % Drying and Grinding Cray 10 % Drying and Grinding Saw Dust 5 % Blending Molasses 5 % Briquette Making Product Coal Specification: Total Moisture 19% Caloric Value 5,500 kcal/kg Ash <5 % Sulfur <1 % : TekMIRA 5-51
52 Construction A. Main building B. Sugar cane waste strore C. Packing room D. Product store E. Kettle room F. Lime store G. Office and laboratories H. Power house I. Coal stockpile J. Recreation room K.Gasemission laboratory L. Security house Devices and Machines 1. Coal dryer 2. Coal crusher 3. Sugar cane waste dryer 4. Sugar cane wastecutter 5. Lime bin 6. Coal bin 7. Sugar cane waste bin 8. Briquetting room 9. Vibration sreen 10. Packing machine room : TekMIRA 400 / : TekMIRA 5-52
53 : TekMIRA 5-53
54 PTBA / : 1500Rp/Kg 10 IRR 5 Other Cost 10 IRR 2 50 IRR 7 20 IRR
55 : 1 / 3 / TekMIRA JV Cirebon LPG 5-55
56 203MW 180MW PLN : PLN 7% PLN 2010 PLN IPP PLN TJ Batu PLTU Kaltim 2 x 5-56
57 60 MW Penajam Bukuan PLTU Mulut Tambang 2 x 25 Samboja 100MW PLN Project Fuel Location Capacity (MW) Unit Total Year PLTU TJ Batu Coal TJ Batu 2 X /08 PLTG Menamas Gas TJ Batu 1 X PLTU Kaltim Coal Penajam 2 X /09 PLTU Mulut Tambang Coal Samboja 2 X /09 PLTG Balikpapan Gas Senipah 2 x PLTGU Bontang Gas Bontang 2 X /10 PLTU Biomass Biomass Kuaro 2 X PLTU Unit 1 Coal Samarinda PLTU Unit 2 Coal Samarinda PLTU Coal Source: PLN No. NAMA : PLN Total Supply Capacity Peak Load Required 5-57
58 Capacity : PLN MW kcal/kg 6000 kcal/kg 1500kcal/kg 4500kcal/kg 2920 kcal/kg (AR) 24.7% (AR) 1% (AR) 5-58
59 AR : 5-59
60 : : 2000kcal/kg 6000kcal/kg 3840kcal/kg (AR) 20.7% (AR) 0.67% (AR) AR
61 : 5-61
62 : :
63 :
64 30 BPPT ) 2) Daya Desar 3) Kiyani Lestari 4) Balik Buaya 5) Bukit Baiduri Gl. Harapan Gl. Tenkawang 1. Old Ferry Terminal 5. Bukit Baiduri 2. Daya Besar Gl. Bukuan 3. Kiyani Lestari 4. Balik Buaya :
65 No. Name 1 Old Ferry Terminal 2 PT. Daya Besar 3 PT. Kiyani Lesari 4 Balik Buaya Area 5 PT. Bukit Baiduri Land Acquisition Ok OK OK OK OK, Returned to the Local Government Water Intake Ok OK OK No Sea Water Problem OK Soil Condition Access by Road/River Limited Land Space OK Need to Investigate OK Need to Investigate No Limited No OK OK OK Substation GI. Harapan Baru Bukuan Bukuan Bukuan Cross River, Gl. Harapan Baru Ash Land Fill Area Need to find Outside Ash Utilized by Tunasa Cement Need to find Outside Available at Adjacent Area OK : Bukit Baiduri Bukit Baiduri Old Coal Export Facility Area Open Cut Mine for Ash Disposal (Proposed Power Plant Construction Site) : 5-65
66 / 3 / 0.7 / 2 / / 4 / 13.4 / :
67 Coal Mine A Reject Coal Coal Mine B Fine Coal Coal Mine C Fine Coal Reject Coal Government Coal Trading Company Fuel Supply Agreement Power Company Coal Mine Reject Coal Coal Specification Guarantee (Coal Mix Basket Specification) : CFB 30MW 5-67
68 460MW NOx CFB Boiler Selection : 3 2 x 50MW % 5-68
69 Item Unit Main Net Power Output MWe 50 Aux. Power Ratio % 10 Gross Power Output MWe 55.6 Turbine Plant Efficiency % 39 Boiler Efficiency % 90 Power Generation Efficiency % 35 Fuel Heat Input MWth kcal/h Item Unit Fine Coal Dirty Coal Supplement Coal Heat Input per Fuel % kcal/h Fuel Heating Value, HHV-AR kcal/kg 2,920 3,840 5,000 Fuel Heating Value, LHV-AR kcal/kg 2,615 3,575 4,701 Rated Fuel Feed Rate t/h Operation (Capacity) Factor % 75 Operating Hours h/y 8,000 Average Boiler Load % 82 Average Fuel Feed Rate t/h Annual Fuel Consumption t/y 50,000 88,481 95,101 No. of Unit Total Annual Fuel Consumption t/y 100, , ,202 : 21% 39 41% 2920 kcal/kg 8.7 / 3840 kcal/kg 13.4 / 5000 kcal/kg 27 / kcal/kg 17.4 / : 5-69
70 1.15 /kwh 1.41 /kwh : CFB 2x50MW 2x55.6MW C131kg/cm2A 223 C149kg/cm2A 0.09kg/cm2A 2 x /hr 50MW 205 / 90% 1% FEGT-Furnace Exit Gas Temperature Soot Blower BMCRBoiler Maximum Continuous Rating 50% 50MW 5-70
71 Preliminary Boiler Sizing (50 MW Unit) Item Thermal Output Main Steam Flow Main Steam Pressure Main Steam Temperature Main Steam Enthalpy Feedwater Pressure Feedwaer Temperature Feedwater Enthalpy Enthalpy Difference Unit MWth 10 6 kcal/h ton/h kg/cm 2 g deg-c kcal//kg kg/cm 2 g deg-c kcal//kg kcal//kg Main : PLN PLN 2011 IPP PLN PLN ODA IPP ODA (MW) 2 x 55.6 MW MW 2 x 50 MW (LHV) 35 % 10 % 85 % 3 (CAPEX %) 4.0%
72 40 ODA 1.25% (Rp./USD) 9,000 (Yen/USD) USD/ton ARHHV 4,198 kcal/kg ARLHV 3,998 kcal/kg Bukuan Senipha 47km 30 $1600/KW Unit: MM $ Item Description Total Cost $/kw 100 Coal & Lime Stone System Dirty/Supplement Coal Feed System 20 Fine Coal Feed System 30 Limestone Handling 200 Ash Handlin System Ash Handling System 300 Boiler System Boiler System 20 Draft Fan Unit 30 Flue Gas Duct and Stack 40 Electric Precipitator 50 Auxiliary System 400 Steam Turbine Genersator System Boiler Feed Water System 20 Steam Turbine System 30 Generator/Main Transformer 40 Auxiliary System 500 Coolin Water System Cooling Tower System 20 Cooling Water Pump 600 Utility System Air Compressor Station 20 Water Intake Pump Station 30 Water Clarifier and Storage System 40 Deminerizing and Tank System 50 Oil Tankage 60 Others 700 Fire Safty System Fire Pump Station 20 Others 800 Electric Power Transmission System Emergency Generator/Transformer 20 Switchyard 30 Transmission Line Power Plant to Harapan Baru10 km 40 Transmission Line Bukuan to Senipha 47 km 900 DCS and Instrumentation DCS 20 Others A100 Temporary Facilities Freight (Transship from Samarinda to Construction Site) EPC Total Management and Engineering Contingency 15% Total Cost Estimate Project Cost Preliminary Estimation Contingency : 15% Project Cost : $ 178 MM ($ 1600/kW) All Infrastructure Included ( Bukuan-Senipha Transmission Line) : ODA %
73 Equal Amortization $178 million $6 million Capacity Charge Interest Rate : Grace Period : Total Loan Length : Project Cost : Equal Amortization : 1.25% 0.75% Environmental +0.5% Sublease 3 years 40 years US $ 178 MM US $ 6 MM/Year : $17.9/ton 4.0% 40 85% 2.91 /kwh 5-73
74 : Note Operation Factor : 85% Capacity Charge : Annual Loan Payment Fuel Charge : Coal Mix Plant Site Operation & Maintenance: 4 % of Project Cost (1) PLN 10 ( ) (2) Feasibility Study (FS) FS AMDAL Power Purchase Agreement Fuel Supply Agreement (3) (4) (5) Commissioning (1) (2) (3) (4) (5) 5-74
75 JICA IEE JICA AMDAL AMDAL EIA IEE AMDAL AMDAL AMDAL : AMDAL PT Bukit Baiduri Energy 20ha 5-75
76 AMDAL 2 Public Consultation JICA JICA NGO NGO 5-76
77 Activity Phase Pre-construction Environmental Component Climate, Air Quality, and Noisy a. Noise and Vibration 2. Hydrology a. Water Resources b. Water Resources Quality 3. Space, Land, and Soil a. Land Utility Existing b. Land Using c. Land Owner Status e. Landscape 4. Biology f. Freshwater Biotic Composition g. Nekton 5. Social, Economic, and Culture a. Demography b. Sex Ratio c. Demography Dispersal d. Manpower e. Livelihood f. Life Style g. Acceptability h. Perception Note 1 = General Survey 2 = Activity Planning Socialization 3 = Planning and Mapping 4 = Land Acquisition 5 = Manpower Recruitment 6 = Jetty Construction = Important Negative = Unimportant Negative = Important Positive = Unimportant Positive 5-77
78 Activity Phase Construction Environmental Component Climate, Air Quality, and Noisy a. Micro Climate b. Air Quality c. Noise and Vibration 2. Physiographic and Geology a. Erosion b. Land Stability c. Ground Water 3. Hydrology a. Water Resources b. Water Resources Quality c. Sedimentation d. Sediment Quality e. Flood Hazard 4. Space, Land, and Soil a. Land Using Existing b. Landscape 5. Biology a. Secondary Forest Community b. Bushes Community c. Man Made Ecosystem d. Wildlife Home Range e. Freshwater Biotic Composition f. Nekton 6. Social, Economic, and Culture a. Demography b. Sex Ratio c. Demography Dispersal d. Manpower e. Livelihood f. Traffic Hazard g. Criminality h. Live Style i. Acceptability j. Perception k. Acculturation 7. Health a. Health Infrastructure b. Sanitation Hazard Note: 7 = Manpower Mobilization 8 = Loading Unloading 9 = Equipment Mobilization 10 = Land Clearing and Land Preparation 11 = Land Preparation For PLTU 12 = Installation Development 13 = Freshwater Facility Installation 14 = Infrastructure Construction 15 = Tower Construction 16 = Tower Setting 17 = Cable Pulling and Setting 18 = Manpower Release = Important Negative = Important Positive = Unimportant Negative = Unimportant Positive 5-78
79 Activity Phase Operational Pasca Oprs Environmental Component Climate, Air Quality, and Noisy a. Micro Climate b. Air Quality c. Noise and Vibration 2. Hydrology a. Water Resources b. Water Resources Quality d. Sediment Quality 3. Space, Land, and Soil a. Landscape 4. Biology a. Secondary Forest Community b. Bushes Community c. Man Made Ecosystem d. Wildlife Home Range 5. Social, Economic, and Culture a. Manpower b. Livelihood c. Perception 6. Health a. Sanitation Hazard Note 19 = Manpower Recruitment 20 = Coal Delivery 21 = Coal Pilling 22 = Water Intake and Water Outlet 23 = Coal Combustion 24 = Fly-Ash Pilling 25 = Fly-Ash Transportation 26 = Bottom-Ash Pilling 27 = Power Distribution 28 = Power Plant & Transmission Line Maintenance 29 = Equipment and Material Maintenance 30 = Asset Deliverieable 31 = Manpower Release = Important Negative = Important Positive = Unimportant Negative = Unimportant Positive 5-79
80 mA Water Level vs Current Current ( Water Level (mm)
81 SS 3000mg/l 4 20mA ph
82 FeMn BOD 2mA 2mA
83
84 SS SS
85
86 FBS FBS MHU Feed l/sec Cut PointD 50 μ m μ m Feed PressureHeadm cm Cyclone DiameterD cm
87 TSS BAPEDALD (1) (TSS) (2) (3) (4) Dirty Coal ph (1) (2) (3) (4) (1) TSS ph (2) (3) (4) (5) (1)(4) (6)
88 (7) (8) (9) (10) (11) (7)(10)
89 ) ( ) ( ) " " 1) (i) ph TSS (ii) 2) 3) 4) 5) (i) (ii) (iii) 1) 2) 3) 4) 5) (1) (2)EIA (3) F/S (4) (5) (6)
...1 1....1 1.1...1 1.2...1 1.3...2 1.4...3 1.5...3 1.6...4 2....4 3....5...7...9...9...10...15 1....15 2....15 3....17...20...20 1....20 2....21 3....21 4....22 5....22 2005 1.5 5 1.7 5 100 2004 2005
99% Land Cleaning Over Burden Removal Coal Mining Back Filling Rehabilitation Pt. Kitadin Pt. Fajar Bumi Sakti 2 ROMRun of Mine Coal (Washing) (
Samarinda Kutai Kertanegara Tenggarong Kabupaten Kutai Timur Sangata 1 2.5 200 4-1-1 KP 5 2005 1516% KP: Kuasa Pertambangan 4 Mining Authorization (PTBA) PKP2B 1 4 (Cooperative Units:KUD) 99% 4-1-1 Land
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17 Fig.2-1 Relationship between cooling water temperature and steam consumption of booster Source: The new oil and fat technology, Mr. E. Bornardini, Publishing house Technologie, Rome Note:
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日 IRENA( 国際再生可能エネルギー機関 ) 共催セミナー 世界の再生可能エネルギー事業の展望と課題 ~ アジアとアフリカから International Seminar on Market Challenges and Opportunities for Renewable Energy in Asia and Africa 電力貯蔵装置による小規模系統の品質向上対策 Power quality
Manowaaru Nire, Kita-ku, Sapporo Page 2
Manowaaru Nire, Kita-ku, Sapporo Manowaaru Nire, Kita-ku, Sapporo 312,000,000 10 PLUS % High Yield Cashflow Property Great Investment! 3 mins from nearest station on Sapporo Metro Page 1 Manowaaru Nire,