SUBROTO DAFTAR PUSTAKA
DAFTAR PUSTAKA
Borman, G.L and Ragland, K.W., 1998. Combustion Engineering, Mv Graw Hill Publishing Co,
New York.
Campbell, P.E., at al, 2005. Advanced Combustion and Gasification of Fuel Blends, Notern
Ireland Centre for Energy Researc and Technology.
Deiana, A.C., at al, 2004. Use of Grape Must as aq Binder to Obtain Activated carbon
Briquettes, Brazillian Journal of Chemical Engineering, Brazil.
Fletcher,Thomas H., 1993,Swelling Properties of Coal Chars During Rapid Pyrolisis and
Combustion, Fuel, Vol. 72 Number 11, pp. 1485-1495
Gale, Thomas K., Bartholomew, Calvin H., Fletcher,Thomas H., 1995, Decreases in The
Swellings and Porosity of Bituminus Coals during Devolatilization at high Heating
Rate, Combustion and Flame 100 : 94-100
Gentry, F. M., 2000.The Technology of Low Temperature Carbonization.Journal Rexresearch
Departement.
Herbawamurti, T. E., 2005. Pemanfaatan Energi Batubara, B2TE Badan Pengkajian dan
Penerapan Teknologi, Departemen Pendidikan Nasional, Jakarta.
Ndaji, Francis E., Butterfield, Ian M., Thomas K Mark., 1997, Changes in The Macromolecular
Structure of Coals With Pyrolisis Temperature, Fuel 1987, vol . 76 number 2, pp. 169177
Ode, W. H., 1985.Fuel, Mechanical Engineering Handbook, Mc Graw Hill.
Qiu,Jianrong., Li, Fan., Zeng,Hancai., Yao, Bin., Ma, Yuyi., 2000, Determination of Optimum
Blending Ratio During Coal Blends Combustion, Combust. Scie. And Tech., vol 157,
pp. 167-184
Rahardjo, B. S., 1999. Kajian Pembuatan Kokas Briket Batubara Ombilin dengan Proses
Karbonasi Tak Langsung pada Suhu Rendah untuk Peleburan Besi Skala Industri Kecil,
Jurnal Sains dan Teknologi Indonesia. Deputi Bidang Teknologi Pengembangan Sumber
Daya Alam, BPPT, Jakarta.
Supriyanto, H., 1994. Pemanfaatan Briket batubara untuk Rumah Tangga dan Industri Kecil
bersih lingkungan, Loka Karya Energi 25 -27 Oktober 2005, Pertamina-Komite Nasional
Indonesia-World Energy Council, Jakarta.
Supriyanto, H., 2005. Pemanfaatn Kokas Briket sebagai Bahan Bakar industri Pengecoran
Logam, Direktorat Teknologi Pengembangan Sumber Daya Energi – BPPT, Jakarta.
Zapusek, A., at al, 2003. Characterisation of carbonizate Produced from Velenje Lignite in LabScale Reactor, ERICo Velenje, Institute for Ecological Research, Koroska 58, 3320
Velenje, Slovenia.
Vayisoglu, E.S. dan Erbatur, N.G., 1995. Heat Tretament of Maceral graoups Obtained from
Turkish Bituminous Coals, Cukurova University, Chemistry Department, 01330 Adana,
Turkey.
Winter, F., dkk, 1997. Temperatur in aFuel Particle Burning in a Fluidized Bed, the Effect of
Drying, Devolatilization and Char Combustion, Combustion and Flame, 108, 302-314.
Borman, G.L and Ragland, K.W., 1998. Combustion Engineering, Mv Graw Hill Publishing Co,
New York.
Campbell, P.E., at al, 2005. Advanced Combustion and Gasification of Fuel Blends, Notern
Ireland Centre for Energy Researc and Technology.
Deiana, A.C., at al, 2004. Use of Grape Must as aq Binder to Obtain Activated carbon
Briquettes, Brazillian Journal of Chemical Engineering, Brazil.
Fletcher,Thomas H., 1993,Swelling Properties of Coal Chars During Rapid Pyrolisis and
Combustion, Fuel, Vol. 72 Number 11, pp. 1485-1495
Gale, Thomas K., Bartholomew, Calvin H., Fletcher,Thomas H., 1995, Decreases in The
Swellings and Porosity of Bituminus Coals during Devolatilization at high Heating
Rate, Combustion and Flame 100 : 94-100
Gentry, F. M., 2000.The Technology of Low Temperature Carbonization.Journal Rexresearch
Departement.
Herbawamurti, T. E., 2005. Pemanfaatan Energi Batubara, B2TE Badan Pengkajian dan
Penerapan Teknologi, Departemen Pendidikan Nasional, Jakarta.
Ndaji, Francis E., Butterfield, Ian M., Thomas K Mark., 1997, Changes in The Macromolecular
Structure of Coals With Pyrolisis Temperature, Fuel 1987, vol . 76 number 2, pp. 169177
Ode, W. H., 1985.Fuel, Mechanical Engineering Handbook, Mc Graw Hill.
Qiu,Jianrong., Li, Fan., Zeng,Hancai., Yao, Bin., Ma, Yuyi., 2000, Determination of Optimum
Blending Ratio During Coal Blends Combustion, Combust. Scie. And Tech., vol 157,
pp. 167-184
Rahardjo, B. S., 1999. Kajian Pembuatan Kokas Briket Batubara Ombilin dengan Proses
Karbonasi Tak Langsung pada Suhu Rendah untuk Peleburan Besi Skala Industri Kecil,
Jurnal Sains dan Teknologi Indonesia. Deputi Bidang Teknologi Pengembangan Sumber
Daya Alam, BPPT, Jakarta.
Supriyanto, H., 1994. Pemanfaatan Briket batubara untuk Rumah Tangga dan Industri Kecil
bersih lingkungan, Loka Karya Energi 25 -27 Oktober 2005, Pertamina-Komite Nasional
Indonesia-World Energy Council, Jakarta.
Supriyanto, H., 2005. Pemanfaatn Kokas Briket sebagai Bahan Bakar industri Pengecoran
Logam, Direktorat Teknologi Pengembangan Sumber Daya Energi – BPPT, Jakarta.
Zapusek, A., at al, 2003. Characterisation of carbonizate Produced from Velenje Lignite in LabScale Reactor, ERICo Velenje, Institute for Ecological Research, Koroska 58, 3320
Velenje, Slovenia.
Vayisoglu, E.S. dan Erbatur, N.G., 1995. Heat Tretament of Maceral graoups Obtained from
Turkish Bituminous Coals, Cukurova University, Chemistry Department, 01330 Adana,
Turkey.
Winter, F., dkk, 1997. Temperatur in aFuel Particle Burning in a Fluidized Bed, the Effect of
Drying, Devolatilization and Char Combustion, Combustion and Flame, 108, 302-314.