『壹』 四川深遠石油鑽井工具股份有限公司怎麼樣
簡介:四川深遠石油鑽井工具股份有限公司主要從事現代石油鑽探工具及設備的研發、製造、銷售和技術服務。現行主要產品有高性能的石油金剛石鑽頭、工程鑽頭等。公司定位於高端金剛石產品,所生產的金剛石鑽頭均採用定製化的設計,並憑此獲得了客戶的好評。2009年至今,公司連續獲得中石化、中石油及其下屬子公司的物資供應商准入資格,在國內擁有穩固的市場基礎。公司通過了ISO9001:2008、ISO14001:2004和美國石油學會API/Q1、API/Spec7-1質量管理體系的認證,取得了進入國際市場的通行證。2012年公司被認定為高新技術企業,並中標為四川省頁岩氣開發首批國產鑽頭供應商。
法定代表人:張亮
成立時間:2008-09-01
注冊資本:6930萬人民幣
工商注冊號:510109000041157
企業類型:股份有限公司(非上市、自然人投資或控股)
公司地址:成都高新區(西區)康隆路801號
『貳』 石油裝備公司經營范圍怎麼寫
可參考同行公司的寫法。
如:石油機械設備、機電設備(不含專控)生產、銷售;電機、發電機組、汽車(不含小轎車)、石油測控設備、儀器儀表、鋼材、化工產品(不含危險品)、石油助劑(不含危險品)、泵、鍋爐、常壓電器、壓縮機、污水處理設備銷售;石油地面工程;污水處理技術服務;石油新技術開發及服務;網路工程(不含互聯網);貨物進出口業務;石油鑽采裝備及配套設備(石油鑽機、採油機械設備、空分設備、油氣工藝設備、井口設備)製造、銷售;石油技術服務;燃料油(閃點>61℃)銷售(無儲存);石油機械設備租賃。(依法須經批準的項目,經相關部門批准後方可開展經營活動)
『叄』 機械專業的具體技能要求
機械專業的具體技能要求:
1、從事機械設計與製造加工工藝規程的編制與實施工作;
2、從事機械、電氣、液壓、氣壓等控制設備的維護維修工作;
3、從事工藝工裝的設計、製造工作;
4、從事數控機床、加工中心等高智能設備的編程及操作工作;
5、從事機械CAD/CAM技術的應用工作;
6、從事機械設計與製造的現場技術管理工作;
7、從事機電產品的銷售和服務工作。
8、鉗工、車工或電工的初級技能;
9、編制實施機械設計與製造工藝規程的基本能力;
10、使用、保養、維修、管理機電設備的基本能力;
11、選用、設計製造、調試工藝工裝的基本能力;
12、操作數控機床、加工中心等高智能設備的基本能力;
13、行機械設計與製造生產現場技術管理的初步能力;
14、應用機械CAD/CAM的基本能力;
15、應用計算機處理文字、圖表、數據和信息,設計機械和電氣圖樣,編制數控加工程序的能力。

(3)石油鑽采機械如何做外貿擴展閱讀:
中國機械行業的主要產品包括以下12類:
農業機械:拖拉機、播種機、收割機械等;
重型礦山機械:冶金機械、礦山機械、起重機械、裝卸機械、工礦車輛、水泥設備等;
工程機械:叉車、鏟土運輸機械、壓實機械、混凝土機械等;
石化通用機械:石油鑽采機械、煉油機械、化工機械、泵、風機、閥門、氣體壓縮機、製冷空調機械、造紙機械、印刷機械、塑料加工機械、制葯機械等;
電工機械:發電機械、變壓器、、高低壓開關、電線電纜、蓄電池、電焊機、家用電器等;
機床:金屬切削機床、鍛壓機械、鑄造機械、木工機械等;
汽車:載貨汽車、公路客車、轎車、改裝汽車、摩托車等;
儀器儀表:自動化儀表、電工儀器儀表、光學儀器、成分分析儀、汽車儀器儀表、電料裝備、電教設備、照相機等;
基礎機械:軸承、液壓件、密封件、粉末冶金製品、標准緊固件、工業鏈條、齒輪、模具等;
包裝機械:包裝機、裝箱機、輸送機等;
環保機械:水污染防治設備、大氣污染防治設備、固體廢物處理設備等;
礦山機械:岩石分裂機、頂石機等。
工程機械是指用於工程建設的施工機械的總稱。廣泛用於建築、水利、電力、道路、礦山、港口和國防等工程領域。
『肆』 NOV(National Oilwell Varco)公司是目前全球最大的石油鑽采設備供應商,有誰能詳細解答NOV的成長歷程
National Oilwell Varco is the leading provider for the worldwide oil and gas instry and has been dedicated to providing the highest quality oilfield procts and services for more than 140 years. National Oilwell Varco is the single source for all of your rig equipment, integrated systems, downhole tools, and supply chain solutions. From a spare part to a comprehensive drilling system ?and from a generic valve to a fully integrated supply chain process, National Oilwell Varco delivers unlimited customer solutions. By constantly developing and acquiring new technologies and services to better serve future customer requirements, National Oilwell Varco will continue to be the premier source for diversified procts and services worldwide.
National Oilwell Varco designs, manufactures and sells the major mechanical components for both land and offshore drilling rigs as well as complete land drilling and well servicing rigs. The major mechanical components include drawworks, mud pumps, power swivels, SCR systems, traveling equipment and rotary tables. The Company also designs and manufactures a broad offering of downhole procts, including drilling motors and specialized drilling tools for rent and sale. National Oilwell Varco also provides distribution services through its network of distribution service centers located in the United States, Canada and near major drilling and proction activity worldwide.
By continuously increasing the breadth and depth of procts and services offered, National Oilwell Varco has become the steward of more than 40 instry-leading brand names ring the past 140 years. These strategic mergers and acquisitions have included some of the leading names in the upstream oil and gas instry, and allow National Oilwell Varco to offer a full line of high-quality procts and solutions.
History of Acquisitions
1892 -
"Oil Well Engineering" acquires Continental Tube Works in Pittsburgh
1902 -
National Supply "(National)" acquires California Supply
1920 -
National acquires Union Tool
1928 -
National purchases 1/2 interest in Oil Well Engineering
1928 -
National acquires Superior Engine Company
1929 -
Oilwell acquires Wilson-Snyder Manufacturing Corp of Pittsburgh
1930 -
United States Steel acquires Oil Well. Oil Well becomes the Oilwell Division
1940 -
National acquires Central Tube Company
1944 -
Oilwell Division acquires Witte Engine Works
1945 -
Oilwell Division acquires Neilsen Pump Company
1975 -
National Supply buys remaining shares of Oil Well Engineering
1978 -
National acquires PAR Instries
1978 -
National acquires Derrick Service Int'l
1978 -
National acquires Compressor Pump and Engine
1979 -
National acquires Baylor
1979 -
National acquires small oilfield services company in Oklahoma City and calls it National Chemicals
1980 -
National purchases assets in Grenco Corporation
1981 -
National Supply (Armco) acquires Equipetrol, S.A.
1987 -
National Supply merges with USS Oilwell
1989 -
National Oilwell acquires Mission
1997 -
National Oilwell acquired Ross Hill Controls
1997 -
National Oilwell acquired PEP, Inc.
1997 -
National Oilwell acquired Dreco Energy Services Ltd. (Canada)
1998 -
National Oilwell acquired Versatech International Ltd. (Canada)
1998 -
National Oilwell acquired Specialty Tools Ltd. (Scotland)
1998 -
National Oilwell acquired Phoenix Energy Procts (Harrisburg, Wooley, M&W, CDI)
1998 -
National Oilwell acquired Roberds -Johnson Instries, Inc.
1998 -
National Oilwell acquired DOSCO (Canada)
1999 -
National Oilwell acquired Dupre』 Supply Company & Dupre』 International, Inc.
1999 -
National Oilwell acquired CE (Continental Emsco) Drilling Procts & Wilson Mobile Rig
1999 -
National Oilwell acquired Skytop Brewster Company
2000 -
National Oilwell acquired Republic Supply Company
2000 -
National Oilwell acquired Hitec ASA (Norway)
2000 -
National Oilwell acquired IRI International Corporation
2000 -
National Oilwell acquired Wheatley Gaso Omega
2000 -
National Oilwell acquired Baylor Company
2000 -
National Oilwell acquired Hart Sales Company
2001 -
National Oilwell acquired Maritime Hydraulics (Canada) Ltd.
2001 -
National Oilwell acquired DEMIJ (Rotterdam)
2001 -
National Oilwell acquired Tech Power Controls Co.
2001 -
National Oilwell acquired Rye Supply Company, Inc.
2001 -
National Oilwell acquired Texas Oil Works Supply, Inc.
2001 -
National Oilwell acquired HSI-Houston Scientific International, Inc.
2001 -
National Oilwell acquired AMTEX Pump & Supply
2001 -
National Oilwell acquired Rigquip Division Assets (Noble Drilling U.K. Limited)
2002 -
National Oilwell acquired HAL Oilfield Pump & Equipment (HALCO)
2002 -
National Oilwell acquired Integrated Power Systems
2002 -
National Oilwell acquired STS Oilfield Specialty & Supply, L.L.C.
2002 -
National Oilwell acquired Hydralift ASA
2003 -
National Oilwell acquired LSI Specialty Electrical Procts
2003 -
National Oilwell acquired MonoFlo, Inc. (US) & Mono Group (UK)
2003 -
National Oilwell acquired Øgrey Mekaniske Verksted AS (Norway)
2005 -
National Oilwell merges with Varco becoming National Oilwell Varco
Milestones
1862 -
John Eaton Company established to furnish oilfield equipment in Oil City, PA, and surrounding area.
1867 -
Original line of procts made in own shop, including bits, cable tools, temper screws, lers, bull wheels, derricks, etc.
1869 -
John Eaton and EH Cole joined to form Eaton and Cole to furnish oilfield equipment.
1884 -
Additional own-make procts, including: complete line of cable-tool drilling, fishing, and clean-out tools.
1884 -
Additional own-make procts, including: standard and portable rigs, including derricks, rig irons, steam engines.
1884 -
Additional own-make procts, including: casing and tubing elevators and tongs.
1886 -
Under-reamers.
1892 -
Complete all-steel drilling rig, including 72 ft. derrick, crown and traveling blocks, piston-valve twin- cylinder steam engines.
1901 -
Drawworks, swivels, bits.
1904 -
Portable all-steel drilling machines for cable-tool drilling .
1907 -
Rotary tables, portable all-steel drilling machines for rotary drilling.
1911 -
Steam driven slush pumps.
1912 -
"Mud Hog" and "Giant Mud Hog" series steam slush pumps.
1913 -
Union Tool Co. (later purchased by National Supply Co.) introced its first rotary table.
1913 -
Union Tool Co. (later purchased by National Supply Co.) made offset steel roller chain with replaceable steel pins and bushings.
1916 -
Power slush pumps.
1918 -
Designed and patented "Imperial" Rotary Swivel.
1923 -
Make-and-break rotary tables.
1923 -
Hild differential electric drives for rotary drilling.
1926 -
Long stroke (18") Wilson-Snyder Steam Slush Pump.
1927 -
Fully-enclosed roller-bearing twin-cylinder steam engines.
1928 -
Spang, Chalfant pioneered "Magna Glo" inspection to uncover cracks in pipe.
1930 -
Emsco developed a line of plex double acting slush (mud) pumps.
1930 -
National designed an improved band brake system for drawworks ("K" Brake) with increased leverage at optimum handle position.
1930 -
High pressure (350 psi working pressure) boilers.
1930 -
20" stroke steam slush pumps.
1930 -
Fully-enclosed oilbath rotaries.
1933 -
National started using "V" packing rings, coil spring, in wash pipe packing assemblies on rotary drilling swivels.
1933 -
Vertical twin-cylinder steam engines.
1934 -
Hydraulic feed controls for rotary drilling.
1934 -
Di-Hard slush pump liners.
1935 -
National introced its "C" line of power plex slush pumps, 1500 to 3000 PSI, with patented baffle chamber.
1935 -
National designed, developed, and made a new patented main bearing for rotary drilling swivels.
1935 -
Rotary drilling units (packaged unit providing independent drive to the rotary from a steam engine) .
1936 -
20" stroke power slush pumps.
1939 -
Rotary drilling unit with drive from internal combustion engine through hydraulic torque converter.
1940 -
National designed an improved 2-plate clutch for drawworks which was first installed on a 33-62-FE drawworks 1500 Hp steam driven.
1940 -
Triplex steam slush pumps.
1941 -
National furnished chain compounded sectional drive groups (as alternate to V-belt) to power drawworks, rotary, and mud pumps.
1945 -
Completely air controlled power rigs (drawworks and drives).
1946 -
National introced "Gammaloy" drill collars, as a less expensive nonmagnetic stainless steel to replace K-Monel material.
1946 -
Portable derricks.
1947 -
National Hydraulic Coupling introced as a fluid cushion connection between engines and drive group to absorb shock loads.
1947 -
National designed, developed, and made a new "Quick-Seal" hose connections for rotary swivel or standpipe goosenecks.
1949 -
National type "A" single stage Torque Converter, designed specifically for drilling rigs, introced for drive group compounds.
1949 -
Drilling depth record of 20,521 ft set at Rock Springs, Wyoming by a rig using National drilling equipment.
1949 -
Automatically regulated hydraulic feed controls for rotary drilling.
1950 -
National designed an improved drum type clutch for drawworks (Dy-A-Flex) with increased reliability and simpler to service.
1951 -
Introced overrunning clutch between drawworks drumshaft and auxiliary brake for mechanical rigs.
1951 -
National designed, developed, and made a new patented "Uniflex" wash pipe & packing box for rotary drilling swivels.
1952 -
Introced "Micromatic" drilling controls for drawworks to automatically feed off pipe as the hole is drilled.
1953 -
Drilling depth record of 21,482 ft set in Paloma Field, California by a rig using National drilling equipment.
1953 -
Extreme high horsepower, high pressure power slush pump for jet bit drilling.
1955 -
Hook blocks.
1956 -
National obtained patent on improved wash pipe for "Uniflex" wash pipe & packing box for rotary drilling swivels.
1956 -
National introced 2 step "Spirallel" integral drawworks drum grooving as an improvement for spooling wire rope onto the drum.
1956 -
Drilling depth record of 22,570 ft set by a drilling barge south of New Orleans using National drilling equipment.
1958 -
Triplex plunger mud pump unit w/ 2-speed transmission and direct connected engine for high pressure & slim hole drilling.
1959 -
Lever lift drilling masts.
1959 -
Inction-hardened steel slush pump liners.
1959 -
Swivels with quick removable wash pipes.
1960 -
Introced "Seal-Lock tubing, a premium threaded and coupled connection for deep wells.
1962 -
Introced a subsea christmas tree on a procing well in the Gulf of Mexico.
1963 -
Continental Emsco introced the Electrohoist II Drawworks.
1964 -
Furnished remotely installed well head in 600 ft water depth.
1967 -
Introced A37-1/2 Rotary.
1968 -
Introced a mechanical jacking system for offshore jack-up rigs featuring high efficiency lifting mechanism with opposed pinions.
1968 -
National's first triplex mud pumps, model 10-P-130, rated for 1300 HP, are first used on a land rig.
1969 -
Continental Emsco introced the F1000 Triplex Mud Pump.
1969 -
Furnished an early subsea proction system in the Norwegian sector of the North Sea.
1969 -
Oilwell's first triplex mud pumps, model 1400-PT, rated for 1400 HP, are shipped.
1970 -
Introced new line of Oilwell "PC" (Positive Centering) Swivels ranging from 100 to 650 tons capacity.
1972 -
Oilwell A1400-PT and A1700-PT single acting Triplex Slush (Mud) Pumps fitted with fluid ends for high volume application.
1973 -
Oilwell A49-1/2 Rotary for offshore drilling.
1974 -
Introced Oilwell 350-PT single acting triplex mud pumps designed for transport by air-lift.
1977 -
Kremco completes its first in-house designed workover rig, model K600.
1977 -
Dreco designs and constructs two covered bolted beam leg derricks.
1978 -
Dreco's first originally designed drawworks, 400 HP, is designed and built by Glenn Knutson.
1979 -
Dreco builds its first 2.5 million lb mast and substructure.
1979 -
Dreco introces a new patented beam leg mast with special hinged back bracing for improved transporting on land rig moves.
1980 -
"Slingshot" substructure allowing installation of major components & raising of mast at ground level, before elevating substructure.
1981 -
Dreco develops proprietary designs for various drilling equipment, including rotary tables, traveling blocks, and triplex mud pumps.
1981 -
Dreco introces its "Superior" Drawworks models 700UE, 700M, and 1000UE at the OTC in Houston.
1981 -
Dreco introced the first 4,000 HP Drawworks on a land rig.
1981 -
Dreco introced the first Traveling Block rated for 1,250 tons.
1982 -
Dreco introced the first 156 ft "Slingshot" Mast and substructure rated for 2,500,000 lb, with 40 ft high drill floor, for a land rig.
1983 -
Dreco designs the "Sandmaster", a self-propelled workover/drilling rig for desert operations.
1983 -
Griffith introces a hydraulic/mechanical drilling jar to the Canadian oilpatch.
1984 -
Griffith designs and builds the "Torquemaster", a tool break-out machine which becomes a major proct line for Griffith.
1985 -
GH introced a new patented disc brake system designed for drawworks (design purchased by National in Jan 1987).
1986 -
Griffith designs and tests its first proprietary downhole steerable drilling motor, tradenamed "Trudril".
1986 -
Dreco develops a cantilevered arctic rig design featuring a sliding drill floor to permit the drilling of more wells from a smaller pad.
1986 -
Dreco introced a new BOP handling system powered by hydraulic cylinder operated wireline hoists.
1987 -
Dreco introces the "Kremcovets" prototype service rig at tradeshow in Moscow, which is a Kremco rig on a Soviet Kirovets tractor.
1988 -
Dreco introced a new patented capping beam "Gripper" system for horizontal jacking of rig substructures on offshore platforms.
1990 -
Continental Emsco shipped model FC-2200 Triplex Mud Pumps.
1990 -
National-Oilwell shipped model 14-P-200 Triplex Mud Pumps (later uprated to 2200 HP).
1990 -
National-Oilwell installed a PS-500 Top Drive, with patented rotating side skid, allowing it to swing out of tripping path in minutes.
1992 -
Dreco introced a new "Lift and Roll" skidding system for horizontal moving of rig substructures on offshore platforms.
1992 -
Drawworks electric remote controls combined with PLC kinetic energy monitor system to prevent traveling block overspeed.
1993 -
Dreco designs and constructs its first coiled tubing rigs.
1995 -
Dreco introces its new injector head for coil tubing rigs at the OTC in Houston.
1995 -
Dreco, in partnership with Hitec, designed and made first variable frequency AC driven drawworks (no main drum or aux. braking).
1997 -
Continental Emsco shipped 5,000 HP Electrohoist Drawworks for offshore rig.
1997 -
Dreco introced a new "slip" type rotary deadline anchor that allows drill line to be "cut & slipped" without removal from anchor.
1997 -
National-Oilwell introced a high pressure hydrodynamic wash pipe packing assy., using a Kalsi seal, w/ 4" bore for Drilling Swivels.
1998 -
Continental Emsco introced the first 60-1/2" rotary, model T-6050, for offshore rigs to handle large diameter riser pipe.
1999 -
National-Oilwell shipped two Dreco designed semi-automated trailerized doubles land drilling rigs, with Hitec Cyberbase controls.
1999 -
National Oilwell, in partnership with Hitec, designed and made first AC driven "Active Heave Compensating Drawworks" for floating Drilling Rigs.
1999 -
SAP was implemented in distribution groups to facilitate inventory control, financial planning, logistics, purchasing, and e-commerce worldwide.
2000 -
Pete Miller named COO for National Oilwell.
2000 -
National Oilwell implemented Customer Connect, an online application to provide customers with detailed analysis of their spend.
2001 -
National Oilwell receives order for two Santa Fe jack-up rigs.
2001 -
Pete Miller named CEO.
2001 -
BroadVision-based online web catalog implemented to allow ordering via the internet.
2002 -
National Oilwell proced the PowerStroke Dual Hydraulic Drilling Jar.
2002 -
National Oilwell introced the Multi-Opening Circulating Sub, eliminated the requirement to pull out of hole and remove drop-ball.
2002 -
National Oilwell introced the Mini-Tong to improve safety ring makeup and breakout connections on small tools and pipes.
『伍』 如何有效加強石油鑽井設備管理
1.做好機械設備的強制保養工作
通過對石油鑽采機械設備的故障進行分析,發現大部分的石油機械設備故障的發生,都是因為平時對於設備的檢修和保養不夠造成的。所以我們就要在日常隊設備進行維護與檢修,使設備能夠長時間的處於良好狀態;同時對於機械設備要充分地運用預防維修保養制度,對這些設備進行強制的保養。現代石油行業中的機械設備普遍都是大型的,並且各個模塊間的設備相互依存,一旦某一模塊出現問題,將會導致其他系統無法正常運轉,所以就要利用現代科學技術,對這些設備進行預知性的故障維護,從而達到降低故障維修成本的目的。
2.努力打造一支技術過硬的專業隊伍
現代社會競爭,歸根結底是人才的競爭,只有贏得了人才的競爭,才能在市場中獲得一席之地,對於我們的石油鑽井行業來說也要努力地培養一批技術過硬的專業隊伍,定期地把一些具有潛力的技術人員送出去,讓這些人員去學習其它優秀單位中的先進技術,回來之後再傳授給其它的工作人員,這樣可以更為迅速地打造出一批具有專業技能的高素質隊伍;其次是要抓好機械設備操作人員的教育訓練,根據自身單位設備的特點制定出合理的教學計劃,充分利用理論結合實踐的方法,採取分散教學的方法,分層次地進行專業技術培訓;頂堤開展一些崗位練兵與技術比武等活動,增強操作人員鑽研技術的積極性;最後要抓好機械設備維修隊伍的建設, 通過單位自培、引進中等專業人才等辦法, 提高油田企業的維修技術力量, 通過較好的維護保養作業, 提高機械設備的運行活力。
3.加強維修配件的監督工作
目前由於石油鑽采機械設備的維修配件逐漸進入市場,受利益的驅使,導致一些不合格的配件流入市場,這些配件產品的性能根本就不能達到要求,一旦使用了這些配件對石油鑽采機械設備進行維修,將會對設備造成不可估計的損失,所以我們的配件管理人員一定要對入庫的維修配件進行質量管理,要責任到人,每一批入庫的配件都要有源可查,從源頭上杜絕機械設備故障的發生。
4.安全管理石油鑽井機械設備,實現安全生產
目前我國對於石油鑽采企業的安全管理極為嚴格,這也是為了企業的自身利益來著想,石油企業不同與其他行業,具有難於管理,處理突發事件緩慢等自身特有的特點,所以在平時就要做好安全管理的工作,而石油企業的安全管理的一個重要因素就是對於機械設備的管理,只有做好了這些機械設備的安全管理,才能保障其它環節的安全順利的進行。那麼如何做好機械設備的安全管理呢?首先就是要在企業內部實行安全設備責任制,對相關機械設備的使用做好登記工作,明確各個職工與各個部門的職責,一旦設備發生故障,要能在第一時間找到相關負責人;其次就是編制安全操作手冊,強化操作人員的安全操作意識;最後就是要求操作人員要熟悉所操作設備的技術性能以及結構原理,同時也要清楚設備的一些簡單故障的處理方法。只有做好了以上幾條,才能實現機械設備的安全管理與安全生產。
『陸』 礦山機械設備有哪些
礦山機械行業是為固體原料、材料和燃料的開采和加工提供裝備的重要基礎行業之一,服務於黑色和有色冶金、煤炭、建材、化工、核工業等重要基礎工業部門,其產品在交通、鐵道、建築、水利水電等基礎部門的基本建設中也有大量應用。
設備分類
新型設備
超細層壓自磨機
全截面氣升式微泡浮選機
多頻脫水篩尾礦干排
礦采作業中會應用都很多的專業性機械設備大致分為采礦設備,選礦設備,和探礦設備。礦山機械是指直接用於礦物開采和富選等作業的機械,包括采礦機械和選礦機械。探礦機械的工作原理和結構與采礦機械大多相同或相似,廣義說也是一種礦山機械。礦山作業中還應用大量的起重機、輸送機、通風機和排水機械。
采礦設備
掘進的有掘進機/扒矸機/皮帶運輸機/轉載機/破碎機等採煤的 有採煤機滾筒採煤機、刨煤機、彎曲刮板運輸機、自移式液壓支架、橋式轉載機和伸縮膠帶運輸機/液壓支架/刮板輸送機等
包括開採金屬礦石和非金屬礦石的採掘機械;開採石油用的石油鑽采機械滾筒採煤機、刨煤機、彎曲刮板運輸機、自移式液壓支架、橋式轉載機和伸縮膠帶運輸機
選礦設備
按選礦流程可分為破碎機械(圓錐破碎機,鄂式破碎機,箱式破碎機,反擊式破碎機等)、粉磨機械、篩分
篩分設備
機械、分選(選別)機械和脫水機械,以及各種生產線等。其中分選機械按作用原理分為重力選礦機械、磁選機、浮選機和特殊選礦機械。選礦機械還用於建材、化工、玻璃、陶瓷等其他工業部門。選礦是在所採集的礦物原料中,根據各種礦物物理性質、物理化學性質和化學性質的差異,選出有用礦物的過程。實施這種過程的機械稱為選礦機械,選礦機械按選礦流程分為破碎、粉磨、篩分、分選(選別)和脫水機械。
破碎機械常用的有顎式破碎機、圓錐破碎機、輥式破碎機和反擊式破碎機等;粉磨機械中使用最廣的是筒式磨機,包括棒磨機、球磨機、礫磨機和自磨機等;篩分機械中常用的有慣性振動篩和共振篩;水力分級機和機械分級機是濕式分級作業中廣泛使用的分級機械。
(1)顎式破碎機:顎式破碎機俗稱顎破,又名老虎口。由動顎和靜顎兩塊顎板組成破碎腔,模擬動物的兩顎運動而完成物料破碎作業的破碎機。廣泛運用於礦山冶煉、建材、公路、鐵路、水利和化工等行業中各種礦石與大塊物料的破碎。被破碎物料的最高抗壓強度為320Mpa。
(2)圓錐破碎機:圓錐破碎機適用於冶金、建築、築路、化學及硅酸鹽行業中原料的破
碎,根據破碎原理的不同和產品顆粒大小不同,又分為很多型號。圓錐破碎機破碎比大、效率高、能耗低,產品粒度均勻,適合中碎和細碎各種礦石,岩石。
(3)輥式破碎機:輥式破碎機適用於在水泥,化工,電力,冶金,建材,耐火材料等工業部門破碎中等硬度的物料,如石灰石,爐渣 ,焦炭,煤等物料的中碎,細碎作業。 該系列對輥式破碎機主要由輥輪組成、輥輪支撐軸承、壓緊和調節裝置以及驅動裝置等部分組成。
(4)反擊式破碎機:反擊式破碎機能處理邊長100-500毫米以下物料,具抗壓強最高可達350兆帕,具有破碎比大,破碎後物料呈立方體顆粒等優點。廣泛應用於建材、礦石破碎、鐵路、高速公路、能源,交通、能源、水泥、礦山、化工等行業中用來中細碎物料。 其排料粒度大小可以調節,破碎規格多樣化。
分選機械按作用原理分為重力選礦機械、磁選機、浮選機和特殊選礦機械。分選機械中出現最早的是重力選礦機械,最初的活塞式跳汰機於1830~1840年在德國出現,用於金屬礦分選;第一台磁選機(帶式弱磁選機)於1888年問世;浮選機出現較晚,第一台機械攪拌式的浮選機出現於1910年。
重力選礦機械是利用礦粒與矸石在密度和粒度的差異,在運動介質中進行分選的設備,包括跳汰機、重介質選礦機和離心選礦機幾種。
跳汰機是藉助隔膜、活塞或壓縮空氣使水箱中的水形成水流,從而使置於篩網上的礦粒在脈動水流作用下按密度、粒度分層。密度大的礦粒穿過篩網上的床石層,聚集在水箱底部成為精礦,由排礦口排出。用於分選金屬礦的主要有梯形跳汰機、雙室可動錐底跳汰機和復振式跳汰機;用於選煤的有側鼓式跳汰機和篩下空氣室跳汰機。 重介質選礦機是利用懸浮液或重液作為重介質,使礦粒與矸石分離。主要有重介質振動溜槽、重介質旋液器、斜輪重介質選煤機和立輪重介質選煤機。
離心選礦機是用於回收微細礦泥中的金屬礦粒的機械,主要由主機與控制機構兩部分組成。在主機錐形轉鼓高速旋轉所產生的離心力場中,重礦粒沉積到轉鼓壁上成為精礦,輕礦粒附在精礦表面,受到流膜(礦漿流)作用,排出轉鼓,成為尾礦。
磁選機是利用各種礦物的磁性差異,藉助磁力和機械力對礦物的作用進行分選的機械。磁選機由磁力系統、分選裝置、給礦和排礦裝置組成。磁選機種類很多,主要有永磁筒式磁選機、電磁平環強磁選機和高梯度強磁選機等。
浮選機是利用礦粒表面物理化學性質的差異,對細粒礦物進行分選的機械。礦粒浮選機附有浮選葯劑,靠壓縮空氣或機械攪拌,使不易被水潤濕的礦粒附著在氣泡上(正浮選法),升至液面,通過排礦裝置作為精礦排出,易被水潤濕的礦粒留在槽體中作為中尾礦排出。
濕式選礦所得的精礦需要經過脫水機械處理,以使固、液體分離。脫水機械可分為濃縮機、過濾機、離心脫水機和乾燥機。
探礦設備
主要有轉鑽機,回轉式立軸鑽機,井架(鑽塔)、絞車、動力機(電動機、柴油機)和泥漿泵等設備 ,以及機械手和擰管機等附屬設備。
『柒』 礦山機械大概有幾種分類
礦山機械分類
破碎設備
破碎設備是將礦物進行破碎作業所用的機械設備。
破碎作業常按給料和排料粒度的大小分為粗碎、中碎和細碎。常用的砂石設備有顎式破碎機、反擊式破碎機,沖擊式破碎機,復合式破碎機,單段錘式破碎機,立式破碎機,旋迴破碎機、圓錐式破碎機、輥式破碎機、雙輥式破碎機、二合一破碎機、一次成型破碎機等幾種。
根據破碎方式、機械的構造特徵(動作原理)來劃分的,大體上分為六類。
(1)鄂式破碎機(老虎口)。破碎作用是靠可動鄂板周期性地壓向固定鄂板,將夾在其中的礦塊壓碎。
(2)圓錐破碎機。礦塊處於內外兩圓錐之間,外圓錐固定,內圓錐作偏心擺動,將夾在其中的礦塊壓碎或折斷。
(3)輥式破碎機。礦塊在兩個相向旋轉的圓輥夾縫中,主要受到連續的壓碎作用,但也帶有磨剝作用,齒形輥面還有劈碎作用。
(4)沖擊式破碎機。礦塊受到快速回轉的運動部件的沖擊作用而被擊碎。屬於這一類的又可分為:錘碎機;籠式破碎機;反擊式破碎機。
(5)磨礦機。礦石在旋轉的圓筒內受到磨礦介質(鋼球、鋼棒、礫石或礦塊)的沖擊與研磨作用而被粉碎。
(6)其他類型的破碎磨礦機。
采礦機械
采礦機械是直接開采有用礦物和采准工作所用的機械設備,包括:開採金屬礦石和非金屬礦石的採掘機械;開採煤炭用的採煤機械;開採石油用的石油鑽采機械。第一台風動圓片採煤機是由英國工程師沃克設計的,約於1868年製造成功。19世紀80年代,美國有數百口油井用蒸汽為動力的沖擊鑽鑽鑿成功,1907年,又用牙輪鑽機鑽鑿油井和天然氣井,並從1937年起,將它用於露天礦鑽井。
採掘機械
採掘機械用於井下和露天礦山開採的採掘機械有:鑽炮孔用的鑽孔機械;挖裝礦岩用的挖掘機械和裝卸機械;鑽鑿天井、豎井和平巷用的掘進機械。
鑽孔機械
鑽孔機械分為鑿岩機和鑽機兩類,鑽機又有露天鑽機和井下鑽機之分。
①鑿岩機:用於在中硬以上的岩石中鑽鑿直徑為20~100毫米、深度在20米以內的炮孔。按其動力不同可分為風動、內燃、液壓和電力鑿岩機,其中風動鑿岩機應用最廣。
②露天鑽機:按破碎礦岩的工作機構不同,分為鋼繩沖擊鑽機、潛孔鑽機、牙輪鑽機和旋轉鑽機。鋼繩沖擊鑽機因效率低,已逐漸被其他鑽機代替。
③井下鑽機:鑽鑿孔徑小於150毫米的井下炮孔時,除應用鑿岩機外還可應用80~150毫米的小直徑潛孔鑽。
掘進機械
利用刀具的軸向壓力和回轉力對岩面的輾壓作用,直接破碎礦岩的成巷或成井機械設備。所用刀具有盤形滾刀、楔齒滾刀、球齒滾刀和銑削刀具。按掘進巷道的不同,分為天井鑽機、豎井鑽機和平巷掘進機。
①天井鑽機,專門用於鑽鑿天井和溜井,一般不需進入天井操作,用牙輪鑽頭先鑽導向孔,用盤形滾刀組成的擴孔器向上擴孔。
②豎井鑽機專門用於一次鑽鑿成井,由鑽具系統、回轉裝置、井架、鑽具提升系統和泥漿循環系統組成。
③平巷掘井機,它是將機械破岩與排渣等工序結合起來並連續進掘的綜合機械化設備,主要用於煤巷、軟礦中的工程隧道和中等硬度以上礦岩的中平巷掘進。
採煤機械
採煤作業已由50年代的半機械化發展到80年代的綜合機械化。綜合機械化採煤廣泛應用淺截深式雙(單)滾筒聯合採煤機(或刨煤機)、可彎曲刮板輸送機和液壓自移支架等設備,使回採工作面的破碎落煤、裝煤、運輸、支護等環節實現全面的綜合機械化。雙滾筒採煤機是落煤機械。電動機經截割部分減速機把動力傳遞給螺旋滾筒落煤,機器的移動靠電動機經牽引部分傳動裝置來實現。牽引方式基本上有兩種,即錨鏈牽引和無錨鏈牽引。錨鏈牽引藉助牽引部分的鏈輪與固定在運輸機上的錨鏈嚙合而實現。
石油鑽采
陸地石油鑽采機械。按開采工序分為鑽井機械、採油機械、修井機械和維持油井高產的壓裂、酸化機械。鑽井機械為開發石油或天然氣而鑽探或打生產井的全套機械設備。石油鑽井機,包括井架、絞車、動力機、泥漿循環系統、滑車裝置系統、轉盤、井口裝置和電氣控制系統。井架用於裝置天車、游動滑車和大鉤等,吊升其他重物上下鑽台,懸掛井內鑽具進行鑽進。
選礦機械
選礦是在所採集的礦物原料中,根據各種礦物物理性質、物理化學性質和化學性質的差異選出有用礦物的過程。實施這種過程的稱為選礦機械。選礦機械按選礦流程分為破碎、粉磨、篩分、分選(選別)和脫水機械。破碎機械常用的有顎式破碎機、旋迴破碎機、圓錐破碎機、輥式破碎機和反擊式破碎機等。粉磨機械中使用最廣的是筒式磨機,包括棒磨機、球磨機、礫磨機和超細層壓自磨機等。篩分機械中常用的有慣性振動篩和共振篩。水力分級機和機械分級機是濕式分級作業中廣泛使用的分級機械。分選浮選機械常用的有全截面氣升式微泡浮選機,脫水機械比較著名的是多頻脫水篩尾礦干排系統。破碎粉磨系統中比較著名的是超細層壓自磨機。
烘乾機械
煤泥專用烘乾機是在滾筒乾燥機的基礎上開發研製而成的新型專用乾燥設備,可廣泛應用於:
1、煤炭行業煤泥、原煤、浮選精煤、混合精煤等物料的乾燥;
2、建築行業高爐礦渣、粘土、澎潤土、石灰石、沙子、石英石等物料的乾燥;
3、選礦行業各種金屬精礦、廢渣、尾礦等物料的乾燥;
4、化工行業非熱敏性物料的乾燥。
『捌』 廣州東塑石油鑽采專用設備有限公司怎麼樣
簡介:廣州東塑石油鑽采專用設備有限公司成立於1982年06月11日,主要經營范圍為石油鑽采專用設備製造等。
法定代表人:何游
成立時間:1982-06-11
注冊資本:2200萬人民幣
工商注冊號:440126000152356
企業類型:有限責任公司(自然人投資或控股)
公司地址:廣州市番禺區沙灣鎮大巷涌路107號
『玖』 經營范圍中機械設備的銷售包括哪些
機械行業的主要產品包括以下11類:
1、農業機械:拖拉機、播種機、收割機械等。
2、重型礦山機械:冶金機械、礦山機械、起重機械、裝卸機械、工礦車輛、水泥設備等。
3、工程機械:叉車、鏟土運輸機械、壓實機械、混凝土機械等。
4、石化通用機械:石油鑽采機械、煉油機械、化工機械、泵、風機、閥門、氣體壓縮機、製冷空調機械、造紙機械、印刷機械、塑料加工機械、制葯機械等。
5、電工機械:發電機械、變壓器、電動機、高低壓開關、電線電纜、蓄電池、電焊機、家用電器等。
6、機床:金屬切削機床、鍛壓機械、鑄造機械、木工機械等。
7、汽車:載貨汽車、公路客車、轎車、改裝汽車、摩托車等。
8、儀器儀表:自動化儀表、電工儀器儀表、光學儀器、成分分析儀、汽車儀器儀表、電料裝備、電教設備、照相機等。
9、基礎機械:軸承、液壓件、密封件、粉末冶金製品、標准緊固件、工業鏈條、齒輪、模具等。
10、包裝機械:包裝機、裝箱機、輸送機等。
11、環保機械:水污染防治設備、大氣污染防治設備、固體廢物處理設備等。

(9)石油鑽采機械如何做外貿擴展閱讀:
經營范圍是指國家允許企業生產和經營的商品類別、品種及服務項目,反映企業業務活動的內容和生產經營方向,是企業業務活動范圍的法律界限,體現企業民事權利能力和行為能力的核心內容。
簡單來說,經營范圍是指企業可以從事的生產經營與服務項目,是進行公司注冊申請時的必填項。
根據《公司法》的規定,對企業的經營范圍有以下要求:
經營范圍
1.企業的經營范圍由公司章程規定,不能超越章程規定的經營范圍申請登記注冊。
2.企業的經營范圍必須進行依法登記,也就是說,企業的經營范圍以登記注冊機關核準的為准。企業應當在登記機關核準的經營范圍內從事經營活動。
3.企業的經營范圍中屬於法律、行政法規限制的項目,在進行登記之前,必須依法經過批准。
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