Unit 1 石油工业概述
石油工业概述

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感谢观看
2009
我国石油工业面临的形势
高速公路总里程的世界排位(万公里)
过国经济会 继续高速发展, 人民生活会持续 提高。这些都共 同指向一个瓶颈 -石油能源!
我国石油工业面临的形势
我国石油工业面临的形势
思考及拓展
非常规油气资源开发需要依赖于哪些新技术? 怎么运用这些新技术来弥补我国的石油缺口?
占世界总产量的四分之一
9
8.14
8
7
5.74 5.69
6
5 4.07 4.11
4.35
3.85
4
3
2
0.698
1
0
Japan Germany America SingFraapnorcee Australia
China EU
石油的作用和重要性
美国石油:每年消耗8亿多吨,产量不足3亿多吨
● 石油危机
我国石油工业面临的形势
● 我国石油的地位与贡献
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标题1
2
我国石油工业面临的形势
● 中国石油历年产量与进口量
2013年产量2.1亿,进口 2.8亿,对外依存度58%。 世界第一大石油进口国。
2004年年产1.76亿, 第四大产油国
1987年年产1.4亿, 第五大产油国
1983年年产过亿, 第八大产油国
1964年年产超千 万,自给自足
年产12万吨, 极度贫油国家
1977至1985年,重 要的石油输出国,创
汇占30%。
进口量迅速 攀升,达到 对外依存度 的警戒线。
石油工业概论

石油工业概论名词解释2X10 单项2X10 正误1X10 问答题50分 8个题第一章绪论1.石油:储藏在地下岩石空隙内的不可再生的天然矿产资源,主要是以气相、液相烃类为主的并含有少量非烃类物质的混合物,具有可燃性。
原油:将从地下直接开采出来、没有经过加工提炼的液体或半固体石油称为原油。
天然气:以气体形式存在的石油一般称为天然气。
2.石油工业的上游:上游从事的业务包括石油、天然气的勘探、开发。
石油工业的中游:中游主要是油气的储存与运输。
石油工业的下游:下游则涵盖炼油、化工、天然气加工等流程型业务及加油站零售等产品配送、销售型业务。
3.世界上,石油工业上第一口井:1859年,美国,德雷克井。
4.延长油田的:中国陆上第一口井——延一井玉门:中国石油工业的开端是1939年甘肃玉门老君庙油田的发现和开发。
大庆油田的功勋井:松基三井第二章石油地质1.下列哪一项不属于碎屑岩(D)A砾岩 B砂岩 C粉砂岩 D泥岩2.岩石顶面的特殊痕迹称为哪类构造(D)A外部构造 B褶皱构造 C层理构造 D层面构造3.储集层:能够储存石油和天然气,并且当开采时石油和天然气能够从里面流出来的岩层断层圈闭:储集层正上方有盖层封盖,侧方有断层遮挡(油层与断层面另一方的非渗透岩石对接)。
断层能否形成圈闭,很大程度上取决于断层使岩层位移后,储集层上倾方向相接地层的封闭性。
层盖:为了使储集层的油气不逸散掉,在储集层的上方需要有一套致密的、不渗透的地层把储集层中的油气保护起来,阻止油气向上渗漏或扩散,这种致密、不渗透的保护层就叫做盖层。
构造等高线图:是用某一岩层面的海拔等高线在水平面上的投影来表示该岩层的空间起伏形态,又称构造平面图。
构造圈闭:构造圈闭是世界上发现最多、最常见的一种圈闭,它是由地壳运动使地层发生形变(褶皱)或变位(断裂)而形成的圈闭。
4.对圈闭形成时间与位置的有效要求是什么?圈闭形成时间不能晚育油气大量运移的时间,否则他就不能捕获油气;圈闭分布位置不能离油源区太远,否则也不利于捕获油气,因此有效圈闭的“有效”是指圈闭形成时间和分布位置能够有利于捕获油气。
西安石油大学石油工业概论

西安石油大学石油工业概论第一部分(包括绪论、地质、勘探章节)一、名词解释1、石油答:石油就是储藏在地下岩石空隙内得不可再生得天然矿产资源,主要就是以气相、液相烃类为主得、并含有少量非烃类物质得混合物,具有可燃性。
( P1 )2、天然气答:主要以气体形式存在得石油叫天然气。
( P1 )3、石油得凝固点答:原油在温度降低到某点时,由于油中溶解得蜡结晶析出,原油粘度增大,失去了流动能力,这时得温度叫凝固点或凝点。
( P2 )4、天然气水合物答:甲烷与水在低温与高压环境下相互作用可形成一种冰样得水合物,称为天然气水合物,亦称可燃冰。
(P4 )5、石油工业答:通常说得石油工业指得就是从事石油与天然气得勘探、开发、储存与运输得生产部门。
(P5)6、岩浆岩答:岩浆岩就是由岩浆冷凝而成得岩石。
(P21 )7、变质岩答:变质岩就是原来得岩石在外界条件(温度、压力等)作用下变质而形成得新岩石。
( P21 ) 8、沉积岩答:沉积岩就就是原来得母岩(岩浆岩、变质岩与沉积岩)遭受风化剥蚀,经搬运、沉积与成岩作用而形成得岩石。
(P21 )9、生、储、盖组合答:就是指生油岩(烃源岩)、储集岩与盖层在空间上得搭配形式。
( P34 )10、有效圈闭答:在油气运移前形成、并处在油气运移通道上得圈闭,叫油气得有效圈闭。
( P37 )11、石油勘探答:就就是为了寻找与查明油气资源,而利用各种手段了解地下得地质状况,认识生油、储油、油气运移、聚集、保存等条件,综合评价含油气远景,确定油气聚集得有利地区,找到储集油气得圈闭,并探明油气田面积,搞清油气层情况与产出能力得过程。
( P41)12、地质储量答:就是指在钻探发现油气后,根据已发现油气藏(田)得资料估算求得得已发现油气藏(田)中原始储藏得油气总量,并被换算到地面标准条件( 20℃, 0、101兆帕)下得数量。
( P43) 13、探明储量答:就是指在油气藏评价阶段,经评估钻探证实油气藏(田)可提供开采并能获得经济效益后,估算求得得、确定性很大得地质储量,其相对误差不超过2%。
石油工业概论

一、解释1.石油:一种存在于地下岩石孔隙介质中的由各种碳氢化合物及其衍生物组成的呈液态可燃有机矿产,是多种有机物组成的混合物。
2.地温梯度:在内热层里,深度每增加100米升高的温度数值。
3.矿物:是地质作用形成的具有一定化学成分和物理性质的天然单质和化合物。
4.储集层:凡能够储存和渗滤液体的岩层。
5.干酪根:生油母质,沉积岩中不溶于非氧化型酸、碱和非极性有机溶剂的分散沉积有机质。
6.地球物理勘探法:依据地下岩石物理性质(密度、速度、电阻率、磁性、弹性)的差别,运用物理规律来进行数学推演、推断地下圈闭的位置,此法叫物探法。
7.生产井:也叫开发井,是在油田开发阶段为油田生产而钻的井,包括油(气)井、注水井、调整井等。
一般不取岩心,地层情况清楚,钻井速度快,费用低。
8.压裂:用地面高压泵组将带有支撑剂的液体注入地下岩层压开的裂缝中,形成具一定长度、宽度及高度的填砂裂缝。
9.石油化学工业:是化学工业的重要组成部分,石油化工指以石油和天然气为原料,生产石油产品和石油化工产品的加工工业。
10.HSE: HSE是英文health、safety、environment的缩写,即健康、安全、环境。
HSE也就是健康、安全、环境一体化管理。
二、填空1.石油工业是从事石油勘探、石油开发和石油加工的能源和基础原材料生产部门。
它是一个高风险、高投入、高技术密集的行业。
2. 1959年9月26日,松辽盆地松基3井获得了工业油流,大庆油田发现。
3. 1960年9月,由伊朗、伊拉、科威特、沙特阿拉伯和委内瑞拉的代表在巴格达开会,决定联合起来,共同对付西方石油公司,维护石油收入,14日,五国宣告石油输出国组织成立,简称“欧佩克”。
4. 地质构造包括水平构造、单斜构造、褶皱构造和断裂构造。
5. 倾斜岩层的产状三要素是指岩层的走向、倾向和倾角。
6. 岩石按成因可划分为沉积岩、变质岩和岩浆岩三种类型。
7. 地球内部存在莫霍面和古登堡面两个重要的的波速不连续面,将地球划分为地壳、地幔、地核三部分。
《石油工业概论》教案(绪论)

第三节石油资源与可持续发展
1.世界石油资源分布及供应能力
2.中国石油资源分布及供应能力
3.中国能源发展基本原则
4.石油对环境的影响
5.中国的能源路线
发展趋势,本门课程与所教授学生专业学科的关系。
教学难点:石油、天然气、石油及天然气性质、石油危机、我国的能
源政策等基本概念的理解。
要求掌握
内容
一、基本概念(包括:石油和天然气相关性质、石油工业、石油危机、
能源政策、石油工业的上游及下游包括的内容、石油工业的特点)
二、石油在国民经济中的作用和地位
三、我国和世界的油气分布
第一章 绪论(各学时授课讲解内容)
授课学时
1
第一章绪论
1.为什么要学习这门课程及这门课程的要求
2.石油、原油、天然气概念解释
第一节石油、天然气及其用途
一、石油的组成及其性质
1.化学组成
2.原油的基本性质及分类
2
3.原油的基木性质及分类(继续讲解)
4.天然气的基本性质及分类
二、石油的用途
1.古代石油、天然气用途
讲解石油的性质及由此而有的广泛的用途,进一步让学生了解世界及
我国的石油的分布、我国及世界石油工业的开端、发展历程、未来展
望及我国的能源政策,最后尤其要总结这门课与所学专业学科的关系,
要有具体的实例,增进学生对石油工业的兴趣,培养献身石油的热情。
本章思考
题和习题
主要
参考资料
教材第25页:思考题1-8
教材第25页:参考文献1-2, 5, 7
《石油工业概论》教案(绪论)
学时:6
章节
第一章绪论
知识点和
石油工业概论(Introduction to petroleum industry)

石油工业概论(Introduction to petroleum industry)1: high pour point oil: crude oil with a high wax content at a temperature of 41 degrees celsius.2: Oil: a liquid combustible organic mineral composed of various hydrocarbons and their derivatives, existing in the pore medium of underground rock.3: Petroleum Industry: is engaged in oil exploration, oil development and oil processing of energy and basic raw materials production sector. Features: high risk, high investment and high technology intensive.In September 26th 4:1959 3 wells in Songliao Basin songhees obtained industrial oil flow.5: Rock: a natural mixture of minerals or a natural mixture of rock debris or ore debris.6: rock according to Genesis: magmatic rocks, sedimentary rocks, metamorphic rocks.7: magma: in the deep crust or upper mantle natural formation of high temperature, high pressure and viscous silicate melt rich in volatile components, it is the formation of a variety of magmatic rocks and magmatic ore bodies of the parent.8: sedimentary rock: in the surface or near the surface temperature, atmospheric pressure, a variety of external dynamic action and some volcanic action of loose deposits formed by diagenesis.9: fossil: rocks and sediments preserved in geological history.10: vitrinite reflectance: the percentage of vertical intensity of incident light reflected by vitrinite (Lv Guangzhong).11: kerogen: dispersed sedimentary organic matter in source rock and sedimentary rock, insoluble in alkali, non oxidizing acid and non-polar organic solvent.12: Trap: refers to the reservoir can prevent oil and gas migration and accumulation of oil and gas sites. It consists of reservoir, cover and shelter.13: the power of oil and gas migration: 1): 1. The primary migration of compaction compaction and increase the effect of dialysis fluid thermal hydrocarbon generation effect of the clay mineral dehydration and organic matter; 2) the two movement: the hydrodynamic buoyancy of the tectonic movement.14: geothermal gradient: increasing temperature at an increase of 100 m per depth.15:: at the Moho below the surface of a few kilometers to 40km +, the longitudinal wave reaches the interface, the average speed by 6 ~ 7km/s, jumped to 8.1km/s.16:: 2900km is located at a depth of underground gutenberg. The shear wave disappears at this interface and the longitudinal wave passes through it.17: tectonic movement: mechanical movement caused by the internal forces of the earth to cause deformation and displacement of the earth's crust and even the lithosphere.18:: geological structure composition of the crust rock or rock mass stress and deformation, deformation of left traces.19: fold: a series of bends resulting from the action of tectonic movements.20: anticline: the formation of rock arching upward, forming a central part of the older strata, rock layers on both sides turn new21: syncline: the downward bending of the rock layer, the central part of the new rock formation, the rocks on both sides of the rock in turn aging.22: fracture structure: rock under the action of external force rupture.23: joint: there is no obvious displacement fracture after rock rupture, and it is the most widespread and common fracture structure.24: fault: significant relative displacement of rocks occurs on both sides of rock after fracture.25: normal fault: the relative depression of the upper plate and the relative rise of the footwall.26: reverse fault: the upper plate rises relatively and the footwall decreases relatively.27: translational faults: rocks on both sides of faults,A fault that moves relative to the horizontal plane of the fault.28: Horst: is composed of two or more to the consistent tendency is opposite relative fault, rise in the central part of both sides of the relative decline of the structure.29: graben: it is composed of two or more normal strike faults, the central part of which is relatively declining, and the relative rising structures on both sides.30: Mineral: it is a natural element or compound formed by geological action. It has certain chemical and physical properties.31: stratum: a layer or group of rocks in a certain layer of the earth's crust.32: sedimentary rocks are deposited successively and sequentially, so the normal strata are old and new.33: oil threshold: organic matter began to produce large amounts of oil depth.34: source rocks: rocks that are capable of generating oil andgas and capable of discharging oil and gas.35: a brief account of the formation of sedimentary rocks. Weathering: the mechanical disintegration and chemical decomposition of rock after external force destroy the basic residue of the product, and the hard rock becomes loose debris and soil. Denudation: the rock is destroyed by the external force and the product is removed at the same time. Transportation function: to transport weathered and denuded substance to it. Deposition: the sediment is deposited where conditions are appropriate. Consolidation diagenesis: the transition from loose sediments into solid sedimentary rocks.36: a brief description of the relationship between the three rocks. Answer: igneous rocks and metamorphic rocks are weathered, eroded, transported and accumulated to form sedimentary rocks. Magmatic rocks and sedimentary rocks are metamorphosed into metamorphic rocks,Magmatic rocks, sedimentary rocks and metamorphic rocks are formed by remelting into magma, and magma is condensed to form magmatic rocks.37: briefly describes the geological and physical and chemical conditions for oil and gas formation. Answer: a geological environment: the tectonic conditions of sedimentary basins: a long and steady decline; the lithofacies paleogeographic conditions: proper depth and larger area, rich in organic matter in water and energy reduction environment; the ancient climate conditions: reproduction and development of warm and moist climate conducive to biological science; two condition:temperature and time: two in a certain range of complementary; bacterial action: itself as a source of raw material and the decomposition of organic matter, corresponding organic compounds and methane gas; the catalytic role: is the main clay mineral and yeast; the effect of local temperature: radioactive radioactive elements due to the increased thermal evolution of organic matter to.38: the geotectonic condition is fundamental, and it controls lithofacies, palaeogeography and paleoclimate characteristics.39: the evolution of organic matter and hydrocarbon generation model are discussed.40: reservoir: rock formations where reservoirs can be stored and percolating.41: caprock: a poorly permeable, sealed, upward loss reservoir over a reservoir.42: oil and gas reservoirs: oil and gas in a single trap, with independent pressure system and a unified interface between the basic accumulation of oil and water.43: oil and gas migration: the movement of oil and gas in the earth crust under the influence of various natural factors.44: oil and gas fields: the total reservoir, gas reservoir and oil pool controlled by the same local tectonic area.Oil and gas fields, oil and gas basins?45: what are the motive forces for the initial migration of oil and gas? Answer: the compaction, the compaction, the thermal fluid pressure, the clay mineral dehydration, hydrocarbon generation and organic matter, the effect of dialysis.46: discuss the accumulation conditions of oil and gas reservoirs. Answer: 1. Sufficient source of oil and gas; 2. Having favorable source and reservoir cap assemblages; 3. Having effective traps; and having necessary preservation conditions.47: briefly describe the accumulation of oil and gas in a single trap: Taking anticline trap as an example. Answer: under hydrostatic condition, if oil and gas Everfount into traps, the process of oil and gas accumulation in a single trap can be divided into three stages: the first: oil and gas in the dip direction under the effect of buoyancy migrating to traps, traps for oil and gas accumulation, the original occupy trap water is discharged in part, due to the gravity function, gas, oil and water. Second: the number of oil and gas continues to increase, oil and water interface has dropped to the point of overflow, but the number of oil and gas is still increasing, some of the oil from the overflow point along the upward direction of overflow, the volume of the gas top increased, the oil was squeezed out. Third: when oil and gas continue to enter the trap, gas occupies the upper, oil and gas to natural gas migration, until all the traps, the oil will no longer enter the trap, but along the overflow point to the updip direction to the spill, traps were filled with natural gas.What are the tasks and characteristics of 48: oil and gas exploration? Answer: 1 tasks: oil and gas field exploration is based on the theory of oil and gas generation, formation of oil and gas reservoirs and distribution law of oil and gas fields in petroleum geology,The exploration of advanced management through the implementation of the scientific exploration program, the use of technical methods, appropriate, to achieve economic, effective and quick find and discover the oil and gas fields, proven geological reserves of oil and gas and find out the basic situation of oil and gas, which is required to obtain all the oilfield development data for oil and gas development to prepare for a system engineering purpose. 2 characteristics: 1: regional oil and gas reservoir, is often not a single isolated, but distribute in groups or belts, the comprehensive sequential exploration work procedure and work method, the cycle: according to the project management organization, application of multi discipline, system engineering work, the implementation of collaborative work stage.What are the basic methods for the exploration of 49: oil and gas fields? Answer: ground survey method, remote sensing of oil and gas resources, geochemical exploration.50: what are the proven geological reserves, the control of geological reserves and the prediction of geological reserves? Answer: the forecast reserves: refers to the stage of preliminary exploration of traps wildcat obtained oil and gas or oil and gas comprehensive interpretation exists, to have afurther exploration value, existing oil and gas reserves, estimated by the uncertainty, very low. The proven reserves: refers to the stage of oil and gas reservoir evaluation, the evaluation of oil and gas drilling confirmed can provide mining and can obtain economic benefits after the great uncertainty, estimated geological reserves, and the relative error is less than 20%. The control reserves: refers to the stage of preliminary exploration of traps pre exploration wells to obtain industrial oil and gas, and after the initial drilling that can provide mining, estimated and uncertain large geological reserves, and the relative error is less than 50%.51: classification of drilling: 1 exploration wells and production wells, 2 vertical wells and directional wells.52: exploration well: in order to obtain geological data.53: producing well: it is a well drilled for oilfield production during oilfield development stage.54: turntable drilling ground to use a set of equipment, underground also use a set of drilling tools, this drilling tool includes well drill pipe, drill pipe, drill collar and so on.55: drill string: in drilling, the pipe string is formed by connecting the Kelly pipe, the drill rod and the drill collar with the joint.56: Cementing: the casing is inserted into the casing in the well under the well, and the cement is sealed between the casing and the shaft wall.57: heavy oil58: methods to increase oil recovery59: classification of gas fields60: stone oil refining or petroleum technology 61: distillation of crude oil (primary processing) 62: cracking63: gasoline label64: Petrochemical Industry。
石油工业概论

第一章绪论一、基本概念1.石油:是储藏在地下岩层空隙内的不可再生的天然矿产资源,主要是以气相、液相烃类为主的、并含有少量非烃类物质的混合物,具可燃性。
2.石油的基本性质(主要化学成分、常温常压下状态、密度、粘度、凝固点、闪点、燃点、自燃点、溶解性、原油中的有害物质):主要由碳、氢及少量的硫、氮、氧等元素组成。
在常温常压下分子小的烷烃是气体,中等的是液体,分子大的是固体。
颜色深的原油一般密度大、黏度高、油中含重烃成分多。
相对密度一般在0.75~1.00之间。
年度是衡量原有流动的一种性质。
原油在温度降低到某点时,由于油中溶解的蜡结晶析出,原油粘度增大,失去流动力,这是的温度叫凝结点。
原油和成品油受热蒸发后,蒸发出来的油气和空气接触后,遇上点火,会发生短促的闪光,这时的温度叫闪点。
如继续加热,点火后不但有闪光,而且油会烧着,这时的温度叫燃点。
原油和温度达到一定高温时,虽不点火,也能自行燃烧,原油和成品油自燃的最低温度叫自燃点。
石油不溶于水,能溶于有机溶剂。
原油中的硫是有害物质。
3.天然气(成分、比重):主要化学成分是气态烃,以甲烷为主,其中含有少量的c2~c5烷烃成分及非烃气类。
4.天然气水合物:甲烷与水在低温和高压环境下相互作用可形成一种冰样的水合物,称为天然气水合物,亦称可燃冰。
5.液化天然气(LNG)6.天然气分类(气藏气、油藏气、凝析气藏气、干气、湿气、酸气、净气)7.石油工业8.对外依存度9.储采比10.油气当量二、问答题1.石油工业的行业特点。
2. 请画出石油行业产业链结构图。
3. 世界石油工业的迅速兴起是在哪个国家,第一口现代石油井的名称是什么?4. 一般认为中国石油工业的开端是指的那个油田?产量最高的油田?行业精神代表和人物?5. 中国原油资源集中分布在哪八大盆地?6. 中国天然气资源集中分布在哪九大盆地?7. 中国能源发展的基本原则有哪些?8. 中国可行的能源供应路线是什么?阐述其具体原因。
石油工业概论

石油又称原油,是从地下深处开采的棕黑色可燃粘稠液体Also known as crude oil is extracted from deep underground dark brown viscous liquid combustible。
目前就石油的成因有两种说法:①无机论即石油是在基性岩浆中形成的;②②有机论既各种有机物如动物、植物、特别是低等的动植物像藻类、细菌、蚌壳、鱼类等死后埋藏在不断下沉缺氧的海湾、泻湖、三角洲、湖泊等地经过许多物理化学作用,最后逐渐形成为石油。
主要有无机成因和有机成因学说。
多数学者认为石油主要是有机成因的。
The causes of the oil present in two different ways: ①inorganic theory that oil is formed in mafic magma; ②various organic compounds such as organic of both animals, plants, animals and plants in particular low as algae, bacteria, clam shells and fish continue to sink after death buried in anoxic bay, lagoon, delta, lakes and other places through many physical and chemical effects, and finally the oil gradually. There are theories of inorganic and organic origin. Most scholars believe that the oil is mainly of organic origin③生油岩按照有机成因学说,大量的微体生物遗骸与泥砂或碳酸质沉淀物埋藏在地下,经过长时期的物理化学作用,形成富含有机质的岩石,其中的生物遗骸转化为石油。
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Unit 1 Introduction to Petroleum Engineering
Growth
in
energy
consumption is broad-
based across all the main
sectors of the economy,
Source: BP Energy Outlook 2019
Unit 1 Introduction to Petroleum Engineering
Natural gas grows strongly, with broad-based demand low-cost supplies and increasing global availability.
Unit 1 Introduction to Petroleum Engineering
Introduction Petroleum Industry can mainly divided into upstream sector, midstream sector and downstream sector.
Source: BP Energy Outlook 2019
Unit 1 Introduction to Petroleum Engineering
Growth in gas demand is driven by use in industry and power, with the use of gas varying across countries and regions.
Unit 1 Introduction to Petroleum arios have some common features, such as ongoing economic growth and a shift towards a lowercarbon fuel mix, but differ in terms of policy, technology or behavioural assumptions.
Unit 1 Introduction to Petroleum Engineering
Introduction Environmental protection in petroleum Industry
sediment hydrocarbon exploration trap sandstone limestone dolomite Wellbore methane ethane propane butane reservoir
Source: BP Energy Outlook 2019
Unit 1 Introduction to Petroleum Engineering
Differences in the fuel mix across regions have an important influence on the energy transition.
Source: BP Energy Outlook 2019
Unit 1 Introduction to Petroleum Engineering
The global pattern of energy production is shifting with strong growth in US supply and slowing growth in China.
Source: BP Energy Outlook 2019
Unit 1 Introduction to Petroleum Engineering
Higher living standards drive increases in energy demand, partly offset by substantial gains in energy intensity.
English for Petroleum Engineering
Unit 1 Introduction to Petroleum Industry
Xianchao Chen College of Energy Resources Chengdu University of Technology
Spring Semester, 2020
noticeable shifts in global
energy trade flows.
Source: BP Energy Outlook 2019
Unit 1 Introduction to Petroleum Engineering
Renewable energy is the fastest growing source of energy, accounting for around half of the increase in energy. Natural gas grows much faster than either oil or coal. The growing abundance of energy supplies plays an increasing role in shaping global energy markets .
Source: BP Energy Outlook 2019
Unit 1 Introduction to Petroleum Engineering
Major oil organization
API(American Petroleum Institute)美国石油协会 SPE (Society of Petroleum Engineers)国际石油工程 师协会 AAPG (American Association of Petroleum Geologists) 美国石油地质学家协会 OPEC (Organization of Petroleum Exporting Countries) 石油输出国组织
Source: BP Energy Outlook 2019
Unit 1 Introduction to Petroleum Engineering
Natural gas grows strongly, with broad-based demand low-cost supplies and increasing global availability.
Unit 1 Introduction to Petroleum Engineering
Introduction Plants and animals -> Deposited with mud and silt -> sedimentary rock -> Transformed into hydrocarbons
New Words
development well production well exploration well primary recovery secondary recovery tertiary recovery natural gas liquids original oil in place(OOIP)
Source: BP Energy Outlook 2019
Unit 1 Introduction to Petroleum Engineering
The contrasting patterns in energy demand and production lead to significant shifts in global energy trade flows.
Source: BP Energy Outlook 2019
Unit 1 Introduction to Petroleum Engineering
Growth in liquid fuels supplies is driven by NGLs and biofuels, with only limited growth in crude oil production.
with industry and buildings
accounting for three-
quarters of the increase in
energy demand
Source: BP Energy Outlook 2019
Unit 1 Introduction to Petroleum Engineering
Source: BP Energy Outlook 2019
Unit 1 Introduction to Petroleum Engineering
Growth in liquids supply is initially dominated by US tight oil, with OPEC production increasing only as US tight oil declines.
By region, all of the growth
in energy demand comes
from
fast-growing
developing economies, led
by India and China.
Differing regional trends in
energy production lead to
Three Main Components of the Industry
Three main components of the industry
Upstream sector: more than 1000 exploration and production companies (勘探与生产公司)as well as hundreds of associated business such as seismic (地震)and drilling contractors(钻井承包商), service rig (修 井 机 ) operators, engineering firms and various scientific, technical, service and supply companies.