Sekedaar berbagi pengalaman sebelum melakukan transaksi dalam membeli lahan / kerjasama harus memenuhi 3 aspek ini:
Tahapan Kuasa Pertambangan Batubara:
1. Tahap Aspek Legal
a. Kuasa Pertambangan Penyelidikaan Umum
b. Kuasa Pertambangan Eksplorasi (3 tahun + 1 tahun+ 1 tahun + 3 tahun)
c. Kuasa Pertambangan Eksploitasi (30 tahun + 10 tahun + 10 tahun)
d. Kuasa Pertambangan Pengolahan dan Pemurnian (30 tahun + 10 tahun + 10 tahun)
e. Ijin Penjualan dan Ijin Angkut (10 tahun + 5 tahun + 5 tahun)
f. Ijin Pelabuhan Khusus Batubara
2. Aspek Teknis
a. Luas Areal Kuasa Pertambangan
b. Formasi batuan
c. Data Bor
d. Cadangan Batubara: terkira; terukur; mineable
e. Design Mining
f. Pelabuhan, Kapasitas, dsbnya
g. Crusher
h. Jalan ke Pelabuhan
3. Aspek Sosial
a. Community Social Responsibility (CSR)
b. Kepemilikan Lahan
c. Ganti rugi lahan dan jalan angkut
d. Fee Sosial
Jika tidak dapat memenuhi semua aspek diatas = 100% gagal.
Semoga bermanfaat dan semoga suksess..
Tuesday, August 11, 2009
Sunday, June 7, 2009
Tuesday, May 19, 2009
Our Berau Coal Mine Executive Summary
Location : Berau, Kalimantan Timur Area
Accessbility : 1 hour from Balikpapan, then about 3 hours by cars/2 hours by boat
Port Loading : Pantai Tanjung Berau
Coal Quality :
Total Moisture : 14.91 %
Inherent Moisture : 10,14 %
Kandungan Abu : 1,36 %
Fixed Carbon : 43,92 %
Total Sulfur : 0,14 %
Calori : 4.800 – 5.200
Inherent Moisture : 10,14 %
Kandungan Abu : 1,36 %
Fixed Carbon : 43,92 %
Total Sulfur : 0,14 %
Calori : 4.800 – 5.200
Koordinat :
KP1 Garis Bujur (BT) 117° 56` 13” Garis Lintang (LU) 2° 17’ 02”
KP2 Garis Bujur (BT) 118° 01’ 26” Garis Lintang (LU) 2° 17’ 03”
KP3 Garis Bujur (BT) 118° 01’ 26” Garis Lintang (LU) 2° 13’ 35”
KP4 Garis Bujur (BT) 117° 52’ 03” Garis Lintang (LU) 2° 13’ 35”
KP5 Garis Bujur (BT) 117° 52’ 03” Garis Lintang (LU) 2° 15’ 46”
KP6 Garis Bujur (BT) 117° 56’ 13” Garis Lintang (LU) 2° 15’ 46”
Perijinan :
KP Eksplorasi : No. 540/331/PTB.II/2003 tgl 01 Agustus 2003
KP Ekploitasi : No. 540/77/PTB.II/III/2003
KP Pengangkutan dan Penjualan : No. 540/78/PTB.II/III
AMDAL : SK Bupati Berau No. 42 tahun 2004
e - mail: intitehnikutama@yahoo.com
Wednesday, May 13, 2009
New Location and New Specification
Our New Location Specification:
TM 7% ~ IM 3% ~ Ash 16% ~ Sulfur 0,5% ~ VM 39% ~ CV 63 - 61
Call Mr Chin Han / Mr Kastiawan
0542.7022229 / 0542.7023238 / 081357111000
email: intitehnikutama@yahoo.com
Sunday, May 10, 2009
The Best Coal Producer in Indonesia
International Standar Quality and Specification
For the excellence of the coal quality, we implementing a quality control system, wich is based on a systematical sampling procedure, comply with the latest international standard.
For the global market requirement, we has the coal specification to offer that low on ash and also low on sulfur content.
Our Exploration Mining method and processing:
1. Site Survey
2. Drilling
3. Lab Test and Examination
4. Mapping
5. Data input and Modelling
Our Exploitation Mining method and processing:
1. Land Clearing
2. Ripping and Digging
3. Overburden Removal
4. Coal Getting
5. Coal Transporting
6. Weighing Bridge
Our Preparation and Shipment:
1. Crushing
2. Stockpile
3. Sampling
4. Ponton Loading
5. Offshore Transhipment
Our mining operation applies an open cut mining using truck and shovel method. This method is divided into two activities: the overburden removal and the coalmining.
The overburden removal activities began with excavation of topsoil followed by digging of hard material in the mining area.
Once the topsoil is removed and carefully stored in a designated area for future restoration purpose, the hard material of overburden at lower layer is drilled.
The process continued as it is being excavated and hauled by special designed overburden truck to the backfill or disposal area.
After the overburden is totally removed and the exposed coal surface has been cleaned up, the coal mining process take place.
The mined coal is then transported to the crushing plant through 2-14 km long coal hauling road
For the excellence of the coal quality, we implementing a quality control system, wich is based on a systematical sampling procedure, comply with the latest international standard.
For the global market requirement, we has the coal specification to offer that low on ash and also low on sulfur content.
Our Exploration Mining method and processing:
1. Site Survey
2. Drilling
3. Lab Test and Examination
4. Mapping
5. Data input and Modelling
Our Exploitation Mining method and processing:
1. Land Clearing
2. Ripping and Digging
3. Overburden Removal
4. Coal Getting
5. Coal Transporting
6. Weighing Bridge
Our Preparation and Shipment:
1. Crushing
2. Stockpile
3. Sampling
4. Ponton Loading
5. Offshore Transhipment
Our mining operation applies an open cut mining using truck and shovel method. This method is divided into two activities: the overburden removal and the coalmining.
The overburden removal activities began with excavation of topsoil followed by digging of hard material in the mining area.
Once the topsoil is removed and carefully stored in a designated area for future restoration purpose, the hard material of overburden at lower layer is drilled.
The process continued as it is being excavated and hauled by special designed overburden truck to the backfill or disposal area.
After the overburden is totally removed and the exposed coal surface has been cleaned up, the coal mining process take place.
The mined coal is then transported to the crushing plant through 2-14 km long coal hauling road
Our Property Quality and Specification
Location I
Proximate Analysis (adb) :
- Total Moisture (ar)% = 24 - 28
- Inherent Moisture % = 15 - 17
- Ash Content % = 4 - 8
- Fixed Carbon % = 40 - 45
- Volatile Matter % = 38 - 42
- Total Sulfur % = 0,25 - 0,8
- Gross Calorific Value Kcal / kg = 5600 - 5800
Physical Property :
- Hardgrove Grindability = 40 - 48
Ultimate Analysis (daf):
- Carbon % = 74 - 77
- Hydrogen % = 4.00 - 6.00
- Nitrogen % = 1.50 - 1.80
- Sulfur % = 0.25 - 0.80
- Oxygen % = 16 - 19
Ash fusion Temperature ( reducing atmosphere ):
- Initial *C = > 1150
- Softening *C = > 1180
- Hemispehere = > 1290
- Flow *C = > 1330
Ash Composition ( reducing atmosphere ) :
- Silica % = 43 - 54
- Alumnina % = 15 - 20
- Iron % = 8 - 13
- Calcium % = 7 - 12
- Magnesium % = 3 - 6
- Titanium % = 0.50 - 1.40
- Pottasium % = 0.80 - 1.30
- Sodium % = 0.20 - 0.50
- Phosporus = 0.10 - 0.40
- Sulfur % = 5.00 - 9.00
- Manganese % = 0.10 - 0.20
Location II
Proximate Analysis (adb) :
- Total Moisture (ar)% = 20 -25
- Inherent Moisture % = 13 - 15
- Ash Content % = 4 - 8
- Fixed Carbon % = 40 - 45
- Volatile Matter % = 38 - 42
- Total Sulfur % = 0,5 - 1.00
- Gross Calorific Value Kcal / kg = 5800 - 6000
Physical Property :
- Hardgrove Grindability = 40 - 48
Ultimate Analysis (daf):
- Carbon % = 74 - 77
- Hydrogen % = 4.00 - 6.00
- Nitrogen % = 1.50 - 1.80
- Sulfur % = 0.25 - 0.80
- Oxygen % = 16 - 19
Ash fusion Temperature ( reducing atmosphere ):
- Initial *C = > 1150
- Softening *C = > 1180
- Hemispehere = > 1290
- Flow *C = > 1330
Ash Composition ( reducing atmosphere ) :
- Silica % = 43 - 54
- Alumnina % = 15 - 20
- Iron % = 8 - 13
- Calcium % = 7 - 12
- Magnesium % = 3 - 6
- Titanium % = 0.50 - 1.40
- Pottasium % = 0.80 - 1.30
- Sodium % = 0.20 - 0.50
- Phosporus = 0.10 - 0.40
- Sulfur % = 5.00 - 9.00
- Manganese % = 0.10 - 0.20
Location I
Proximate Analysis (adb) :
- Total Moisture (ar)% = 24 - 28
- Inherent Moisture % = 15 - 17
- Ash Content % = 4 - 8
- Fixed Carbon % = 40 - 45
- Volatile Matter % = 38 - 42
- Total Sulfur % = 0,25 - 0,8
- Gross Calorific Value Kcal / kg = 5600 - 5800
Physical Property :
- Hardgrove Grindability = 40 - 48
Ultimate Analysis (daf):
- Carbon % = 74 - 77
- Hydrogen % = 4.00 - 6.00
- Nitrogen % = 1.50 - 1.80
- Sulfur % = 0.25 - 0.80
- Oxygen % = 16 - 19
Ash fusion Temperature ( reducing atmosphere ):
- Initial *C = > 1150
- Softening *C = > 1180
- Hemispehere = > 1290
- Flow *C = > 1330
Ash Composition ( reducing atmosphere ) :
- Silica % = 43 - 54
- Alumnina % = 15 - 20
- Iron % = 8 - 13
- Calcium % = 7 - 12
- Magnesium % = 3 - 6
- Titanium % = 0.50 - 1.40
- Pottasium % = 0.80 - 1.30
- Sodium % = 0.20 - 0.50
- Phosporus = 0.10 - 0.40
- Sulfur % = 5.00 - 9.00
- Manganese % = 0.10 - 0.20
Location II
Proximate Analysis (adb) :
- Total Moisture (ar)% = 20 -25
- Inherent Moisture % = 13 - 15
- Ash Content % = 4 - 8
- Fixed Carbon % = 40 - 45
- Volatile Matter % = 38 - 42
- Total Sulfur % = 0,5 - 1.00
- Gross Calorific Value Kcal / kg = 5800 - 6000
Physical Property :
- Hardgrove Grindability = 40 - 48
Ultimate Analysis (daf):
- Carbon % = 74 - 77
- Hydrogen % = 4.00 - 6.00
- Nitrogen % = 1.50 - 1.80
- Sulfur % = 0.25 - 0.80
- Oxygen % = 16 - 19
Ash fusion Temperature ( reducing atmosphere ):
- Initial *C = > 1150
- Softening *C = > 1180
- Hemispehere = > 1290
- Flow *C = > 1330
Ash Composition ( reducing atmosphere ) :
- Silica % = 43 - 54
- Alumnina % = 15 - 20
- Iron % = 8 - 13
- Calcium % = 7 - 12
- Magnesium % = 3 - 6
- Titanium % = 0.50 - 1.40
- Pottasium % = 0.80 - 1.30
- Sodium % = 0.20 - 0.50
- Phosporus = 0.10 - 0.40
- Sulfur % = 5.00 - 9.00
- Manganese % = 0.10 - 0.20
e-mail: intitehnikutama@yahoo.com
phone: +62. 542. 7022229
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