One factor that has bolstered China’s influence in the global energy market is its emergence as a major player in manufacturing and exporting low-cost, high quality drilling equipment.
The document discusses India's oil and gas industry. It is divided into upstream, midstream and downstream sectors and includes state-owned and private companies. The industry faces a growing level of competition and high import dependence, but also opportunities through new technologies, sources and markets. Government policies aim to regulate the strategic industry and increase domestic production, though challenges remain around infrastructure, expertise and environmental impacts. The industry plays a central role in India's economy and energy security.
Introduction into Oil and Gas Industry. OIL: Part 1Fidan Aliyeva
The document provides an introduction to the oil and gas industry, covering the following key points in 7 sentences or less:
Oil formed from the remains of ancient organisms over millions of years. It varies in composition and properties depending on its origin. Major oil producers and traders include OPEC countries, international oil majors, and national oil companies. OPEC coordinates policies to stabilize oil markets and ensure supply. While oil reserves could last over 40 years at current production rates, consumption is rising. Large price fluctuations can significantly impact oil-producing and consuming economies. The industry is working to increase capacity and ensure secure long-term oil supplies.
The document provides an overview of the oil and gas industry in India. It discusses the industry's history and growth over time. It also describes the major companies operating in the industry and their market shares. Additionally, it covers government policies and regulations related to foreign investment, pricing, and regulatory bodies that oversee the industry. The industry is growing and sees increasing private investment and participation of global companies.
The document discusses coal bed methane (CBM), which is a gas that occurs in association with coal. CBM is stored in the micropores and fractures of coal. When the water pressure surrounding coal beds is reduced, the methane is able to desorb from the coal and flow to the wells. CBM production involves drilling wells into coal seams and pumping out water to lower pressure and release the trapped methane gas. While CBM is a potential energy source, its extraction can impact local water resources and ecosystems through water withdrawal and produced water management.
Dokumen tersebut memberikan informasi tentang sejarah dan operasi Pertamina serta unit pengolahan minyak bumi RU IV Cilacap khususnya Lube Oil Complex I. Lube Oil Complex I melakukan proses pemisahan dan pemurnian long residue menjadi produk pelumas seperti SPO, LMO, dan MMO melalui unit-unit seperti HVU, PDU, FEU, dan MDU."
One factor that has bolstered China’s influence in the global energy market is its emergence as a major player in manufacturing and exporting low-cost, high quality drilling equipment.
The document discusses India's oil and gas industry. It is divided into upstream, midstream and downstream sectors and includes state-owned and private companies. The industry faces a growing level of competition and high import dependence, but also opportunities through new technologies, sources and markets. Government policies aim to regulate the strategic industry and increase domestic production, though challenges remain around infrastructure, expertise and environmental impacts. The industry plays a central role in India's economy and energy security.
Introduction into Oil and Gas Industry. OIL: Part 1Fidan Aliyeva
The document provides an introduction to the oil and gas industry, covering the following key points in 7 sentences or less:
Oil formed from the remains of ancient organisms over millions of years. It varies in composition and properties depending on its origin. Major oil producers and traders include OPEC countries, international oil majors, and national oil companies. OPEC coordinates policies to stabilize oil markets and ensure supply. While oil reserves could last over 40 years at current production rates, consumption is rising. Large price fluctuations can significantly impact oil-producing and consuming economies. The industry is working to increase capacity and ensure secure long-term oil supplies.
The document provides an overview of the oil and gas industry in India. It discusses the industry's history and growth over time. It also describes the major companies operating in the industry and their market shares. Additionally, it covers government policies and regulations related to foreign investment, pricing, and regulatory bodies that oversee the industry. The industry is growing and sees increasing private investment and participation of global companies.
The document discusses coal bed methane (CBM), which is a gas that occurs in association with coal. CBM is stored in the micropores and fractures of coal. When the water pressure surrounding coal beds is reduced, the methane is able to desorb from the coal and flow to the wells. CBM production involves drilling wells into coal seams and pumping out water to lower pressure and release the trapped methane gas. While CBM is a potential energy source, its extraction can impact local water resources and ecosystems through water withdrawal and produced water management.
Dokumen tersebut memberikan informasi tentang sejarah dan operasi Pertamina serta unit pengolahan minyak bumi RU IV Cilacap khususnya Lube Oil Complex I. Lube Oil Complex I melakukan proses pemisahan dan pemurnian long residue menjadi produk pelumas seperti SPO, LMO, dan MMO melalui unit-unit seperti HVU, PDU, FEU, dan MDU."
Piper Alpha was an oil production platform in the North Sea that caught fire in 1988, resulting in the deaths of 167 workers. The platform began oil production in 1976 and was later converted to gas production. On July 6, 1988, a gas leak caused an explosion and massive fire that destroyed the platform within hours. The fire spread due to the platform's design which lacked firewalls between modules and the continued pumping of gas and oil from connected platforms. It was one of the worst offshore oil disasters in history.
RU VI PERTAMINA BALONGAN berfungsi mengolah residu minyak menjadi produk-produk bernilai tinggi seperti LPG, gasoline, dan lainnya. Prosesnya memanaskan feed hydrocarbon di reaktor dengan katalis ter regenerasi, hasil cracking dimasukkan ke fraksinator. Katalis terpakai diregenerasi dengan udara untuk dikembalikan ke proses.
This document discusses different types of membrane filtration processes including flat sheet membranes and spiral wound membranes. It also covers different types of pigs used for cleaning pipelines and how a pig launcher is used to insert pigs into pipelines.
Dokumen tersebut merangkum proses pembuatan semen, yang terbagi menjadi 5 tahap yaitu penambangan bahan baku, penyiapan bahan baku, pembentukan klinker melalui pembakaran dan pendinginan, penggilingan akhir, dan pengemasan. Semen dibedakan menjadi semen hidrolis yang dapat mengeras dalam air dan semen non-hidrolis yang tidak stabil dalam air.
Dokumen tersebut membahas tentang fluida atau zat alir, yang dapat berupa zat cair atau gas. Zat-zat tersebut dapat mengalir karena adanya gaya dorong seperti perbedaan ketinggian atau tekanan. Fluida diklasifikasikan berdasarkan sifatnya ketika mengalami perubahan tekanan dan kekentalannya. Jenis aliran dibedakan menjadi aliran terbuka dan tertutap. Aliran zat cair dalam pipa jug
PT Pertamina memiliki 7 unit pengolahan minyak bumi (refinery unit/RU) yang tersebar di berbagai provinsi di Indonesia dengan total kapasitas 997.300 BPSD. RU VI Balongan memiliki kapasitas 130.000 BPSD dan merupakan kilang terbesar di Asia Pasifik yang dirancang khusus untuk mengolah minyak berat jenis Duri dan Minas. Kilang ini memiliki berbagai fasilitas pengolahan minyak mulai dari distilasi, hidrotrating, k
Fufu adalah makanan yang dibuat dari singkong yang difermentasikan dan ditumbuk berasal dari Afrika Barat seperti Ghana dan Nigeria. Fufu dikenal dengan nama 'gatot' di Indonesia dan umumnya ditemukan di Jawa Tengah. Proses tradisional membutuhkan waktu lama untuk menjemur dan mengupas singkong secara manual, sedangkan proses modern lebih steril dan efisien.
This document provides a summary of the history and technology of piping. It discusses ancient uses of piping in Mesopotamia and Rome, as well as modern standards and codes governing piping systems in the United States, North America, and Europe. Key topics covered include pipe materials, fabrication, mechanical properties, stresses on pipes from internal and external pressures, corrosion protection, and repair techniques. The document traces the evolution of piping from its early uses to its widespread applications today.
Nuclear energy is another way to generate power besides fossil fuels that could help preserve oil and coal reserves. It works by harnessing the energy released from splitting uranium atoms in a process called nuclear fission. While it poses risks like radiation exposure, proponents argue nuclear power could reduce carbon emissions and recent events show the importance of stringent safety standards to prevent disasters.
Polymer is a large molecule composed of repeating structural units connected by covalent bonds. It can be linear, branched, or cross-linked. There are two main polymerization processes - chain growth and step growth. Chain growth involves monomers adding one by one to an active chain through mechanisms like free radical, ionic, or coordination polymerization. Step growth involves bifunctional monomers reacting in pairs through a condensation reaction to form the polymer.
The Flixborough disaster was the largest peacetime explosion in UK history, occurring on June 1st, 1974 at a chemical plant in Flixborough, UK. The explosion killed 28 workers and caused widespread property damage within a 6 mile radius. The public inquiry into the cause determined that the immediate cause was the rupture of a poorly designed 20-inch bypass pipe between two reactors. However, subsequent analysis suggested that the more likely cause was the presence of water in one of the reactors during startup when the stirrer was not operating, allowing an unstable water-cyclohexane azeotrope to form and violently erupt, causing the bypass pipe to fail without high pressure. The disaster highlighted the importance of considering all
1) Geothermal energy is energy extracted from heat stored in the earth, derived from tectonic activity and solar thermal energy absorbed at the earth's surface.
2) There are three main types of geothermal power plants - dry steam, flash steam, and binary cycle. Dry steam plants use steam directly from reservoirs, while flash steam plants create steam by lowering pressure on hot water. Binary cycle plants use a secondary fluid to extract heat without contacting the geothermal fluid.
3) Indonesia operates several geothermal power plants across the country, with the largest being the Wayang Windu plant with a total capacity of 400 MW. Geothermal energy produces less carbon
This document discusses career options for chemical engineering graduates. It lists several potential roles for chemical engineers such as process engineer, researcher, and teacher. Specific roles in industries like oil and gas, food, polymers, and cement are mentioned. The document also discusses why the oil and gas industry remains promising due to high global demand. Finally, it encourages chemical engineers to work hard, expand their knowledge, improve language skills, and get less sleep to start their careers in this field.
Batubara terbentuk melalui proses diagenetik dan geokimia selama jutaan tahun. Ada dua teori pembentukannya, yaitu teori rawa (pembentukan dari sisa tumbuhan di rawa gambut) dan teori transportasi (akumulasi bahan dari perpindahan di perairan). Batubara memiliki keunggulan sebagai sumber energi yang melimpah, tetapi juga berdampak negatif terhadap lingkungan karena emisi karbonnya. Terdapat berbagai
Hydrogen is the most abundant element in the universe and can be used as a renewable energy. It rarely occurs naturally on Earth as H2. There are three main production methods - chemical reforming, electrolysis, and thermochemical processes. Chemical reforming, also called steam reforming, uses high temperatures to produce hydrogen. Electrolysis uses electricity to split water into hydrogen and oxygen. Thermochemical processes employ chemical reactions and heat to produce hydrogen at lower temperatures than steam reforming. Fuel cells that use hydrogen have higher efficiencies than gasoline engines and can power vehicles. Further improvements to hydrogen production and fuel cells are needed to enable widespread use.
This document discusses different methods of coal liquefaction, which is the process of converting coal into liquid fuels. There are three main types of coal liquefaction: direct coal liquefaction, indirect coal liquefaction, and methanol-to-gasoline coal-to-liquids. Direct coal liquefaction involves adding hydrogen to coal under heat and pressure to increase its hydrogen-to-carbon ratio. Indirect coal liquefaction involves gasifying coal to produce syngas, then using Fischer-Tropsch chemistry to convert the syngas to liquid fuels. Methanol-to-gasoline coal-to-liquids first produces methanol from syngas, then converts the methanol into gasoline. Each method aims to produce liquid fuels
Piper Alpha was an oil production platform in the North Sea that caught fire in 1988, resulting in the deaths of 167 workers. The platform began oil production in 1976 and was later converted to gas production. On July 6, 1988, a gas leak caused an explosion and massive fire that destroyed the platform within hours. The fire spread due to the platform's design which lacked firewalls between modules and the continued pumping of gas and oil from connected platforms. It was one of the worst offshore oil disasters in history.
RU VI PERTAMINA BALONGAN berfungsi mengolah residu minyak menjadi produk-produk bernilai tinggi seperti LPG, gasoline, dan lainnya. Prosesnya memanaskan feed hydrocarbon di reaktor dengan katalis ter regenerasi, hasil cracking dimasukkan ke fraksinator. Katalis terpakai diregenerasi dengan udara untuk dikembalikan ke proses.
This document discusses different types of membrane filtration processes including flat sheet membranes and spiral wound membranes. It also covers different types of pigs used for cleaning pipelines and how a pig launcher is used to insert pigs into pipelines.
Dokumen tersebut merangkum proses pembuatan semen, yang terbagi menjadi 5 tahap yaitu penambangan bahan baku, penyiapan bahan baku, pembentukan klinker melalui pembakaran dan pendinginan, penggilingan akhir, dan pengemasan. Semen dibedakan menjadi semen hidrolis yang dapat mengeras dalam air dan semen non-hidrolis yang tidak stabil dalam air.
Dokumen tersebut membahas tentang fluida atau zat alir, yang dapat berupa zat cair atau gas. Zat-zat tersebut dapat mengalir karena adanya gaya dorong seperti perbedaan ketinggian atau tekanan. Fluida diklasifikasikan berdasarkan sifatnya ketika mengalami perubahan tekanan dan kekentalannya. Jenis aliran dibedakan menjadi aliran terbuka dan tertutap. Aliran zat cair dalam pipa jug
PT Pertamina memiliki 7 unit pengolahan minyak bumi (refinery unit/RU) yang tersebar di berbagai provinsi di Indonesia dengan total kapasitas 997.300 BPSD. RU VI Balongan memiliki kapasitas 130.000 BPSD dan merupakan kilang terbesar di Asia Pasifik yang dirancang khusus untuk mengolah minyak berat jenis Duri dan Minas. Kilang ini memiliki berbagai fasilitas pengolahan minyak mulai dari distilasi, hidrotrating, k
Fufu adalah makanan yang dibuat dari singkong yang difermentasikan dan ditumbuk berasal dari Afrika Barat seperti Ghana dan Nigeria. Fufu dikenal dengan nama 'gatot' di Indonesia dan umumnya ditemukan di Jawa Tengah. Proses tradisional membutuhkan waktu lama untuk menjemur dan mengupas singkong secara manual, sedangkan proses modern lebih steril dan efisien.
This document provides a summary of the history and technology of piping. It discusses ancient uses of piping in Mesopotamia and Rome, as well as modern standards and codes governing piping systems in the United States, North America, and Europe. Key topics covered include pipe materials, fabrication, mechanical properties, stresses on pipes from internal and external pressures, corrosion protection, and repair techniques. The document traces the evolution of piping from its early uses to its widespread applications today.
Nuclear energy is another way to generate power besides fossil fuels that could help preserve oil and coal reserves. It works by harnessing the energy released from splitting uranium atoms in a process called nuclear fission. While it poses risks like radiation exposure, proponents argue nuclear power could reduce carbon emissions and recent events show the importance of stringent safety standards to prevent disasters.
Polymer is a large molecule composed of repeating structural units connected by covalent bonds. It can be linear, branched, or cross-linked. There are two main polymerization processes - chain growth and step growth. Chain growth involves monomers adding one by one to an active chain through mechanisms like free radical, ionic, or coordination polymerization. Step growth involves bifunctional monomers reacting in pairs through a condensation reaction to form the polymer.
The Flixborough disaster was the largest peacetime explosion in UK history, occurring on June 1st, 1974 at a chemical plant in Flixborough, UK. The explosion killed 28 workers and caused widespread property damage within a 6 mile radius. The public inquiry into the cause determined that the immediate cause was the rupture of a poorly designed 20-inch bypass pipe between two reactors. However, subsequent analysis suggested that the more likely cause was the presence of water in one of the reactors during startup when the stirrer was not operating, allowing an unstable water-cyclohexane azeotrope to form and violently erupt, causing the bypass pipe to fail without high pressure. The disaster highlighted the importance of considering all
1) Geothermal energy is energy extracted from heat stored in the earth, derived from tectonic activity and solar thermal energy absorbed at the earth's surface.
2) There are three main types of geothermal power plants - dry steam, flash steam, and binary cycle. Dry steam plants use steam directly from reservoirs, while flash steam plants create steam by lowering pressure on hot water. Binary cycle plants use a secondary fluid to extract heat without contacting the geothermal fluid.
3) Indonesia operates several geothermal power plants across the country, with the largest being the Wayang Windu plant with a total capacity of 400 MW. Geothermal energy produces less carbon
This document discusses career options for chemical engineering graduates. It lists several potential roles for chemical engineers such as process engineer, researcher, and teacher. Specific roles in industries like oil and gas, food, polymers, and cement are mentioned. The document also discusses why the oil and gas industry remains promising due to high global demand. Finally, it encourages chemical engineers to work hard, expand their knowledge, improve language skills, and get less sleep to start their careers in this field.
Batubara terbentuk melalui proses diagenetik dan geokimia selama jutaan tahun. Ada dua teori pembentukannya, yaitu teori rawa (pembentukan dari sisa tumbuhan di rawa gambut) dan teori transportasi (akumulasi bahan dari perpindahan di perairan). Batubara memiliki keunggulan sebagai sumber energi yang melimpah, tetapi juga berdampak negatif terhadap lingkungan karena emisi karbonnya. Terdapat berbagai
Hydrogen is the most abundant element in the universe and can be used as a renewable energy. It rarely occurs naturally on Earth as H2. There are three main production methods - chemical reforming, electrolysis, and thermochemical processes. Chemical reforming, also called steam reforming, uses high temperatures to produce hydrogen. Electrolysis uses electricity to split water into hydrogen and oxygen. Thermochemical processes employ chemical reactions and heat to produce hydrogen at lower temperatures than steam reforming. Fuel cells that use hydrogen have higher efficiencies than gasoline engines and can power vehicles. Further improvements to hydrogen production and fuel cells are needed to enable widespread use.
This document discusses different methods of coal liquefaction, which is the process of converting coal into liquid fuels. There are three main types of coal liquefaction: direct coal liquefaction, indirect coal liquefaction, and methanol-to-gasoline coal-to-liquids. Direct coal liquefaction involves adding hydrogen to coal under heat and pressure to increase its hydrogen-to-carbon ratio. Indirect coal liquefaction involves gasifying coal to produce syngas, then using Fischer-Tropsch chemistry to convert the syngas to liquid fuels. Methanol-to-gasoline coal-to-liquids first produces methanol from syngas, then converts the methanol into gasoline. Each method aims to produce liquid fuels
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BUKU ADMINISTRASI GURU KELAS SD 2024 /2025Redis Manik
Buku administrasi guru kelas SD adalah serangkaian dokumen dan catatan yang digunakan oleh guru untuk mengelola kegiatan pembelajaran dan administrasi kelas secara efektif. Buku-buku ini membantu guru dalam merencanakan, melaksanakan, dan mengevaluasi proses pembelajaran serta memastikan kelancaran operasional kelas. Berikut adalah beberapa jenis buku administrasi yang umumnya digunakan oleh guru kelas SD:
Buku Induk Siswa: Berisi data pribadi siswa, seperti nama, tanggal lahir, alamat, nomor induk siswa, dan informasi penting lainnya.
Buku Rencana Pelaksanaan Pembelajaran (RPP): Dokumen perencanaan yang berisi rencana kegiatan pembelajaran yang akan dilaksanakan oleh guru setiap hari atau setiap minggu.
Buku Program Tahunan (Prota): Dokumen yang berisi rencana kegiatan pembelajaran yang akan dilaksanakan selama satu tahun ajaran.
Buku Program Semester (Promes): Dokumen yang berisi rencana kegiatan pembelajaran yang akan dilaksanakan selama satu semester.
Buku Agenda Harian: Catatan harian tentang kegiatan pembelajaran yang dilakukan setiap hari, termasuk materi yang diajarkan dan kegiatan siswa.
Buku Absensi Siswa: Catatan kehadiran siswa setiap hari, termasuk alasan ketidakhadiran jika ada.
Buku Nilai: Catatan penilaian hasil belajar siswa, termasuk nilai ulangan harian, tugas, ujian tengah semester, dan ujian akhir semester.
Buku Catatan Prestasi dan Pelanggaran Siswa: Berisi catatan tentang prestasi yang diraih siswa serta pelanggaran yang dilakukan dan tindakan yang diambil.
Buku Inventaris Kelas: Catatan inventaris barang-barang yang ada di kelas, seperti peralatan belajar, alat peraga, dan buku-buku.
Buku Kas Kelas: Catatan tentang keuangan kelas, termasuk pemasukan dan pengeluaran dana kelas.
Buku Laporan Harian dan Bulanan: Laporan tentang kegiatan dan perkembangan siswa serta kondisi kelas yang dibuat setiap hari atau setiap bulan.
Buku Piket Guru: Catatan tentang tugas piket harian guru untuk mengawasi kegiatan di sekolah dan kelas.
Buku administrasi ini membantu guru dalam menjalankan tugas dan tanggung jawabnya dengan lebih terorganisir dan efisien, serta memudahkan dalam pelaporan dan evaluasi kegiatan pembelajaran.