Crucible Steel Company of America

Total Page:16

File Type:pdf, Size:1020Kb

Crucible Steel Company of America http://theshiveringbeggar.com http://theshiveringbeggar.com CRUCIBLE STEEL COMPANY OF AMERICA CATALOGUE OF PRODUCTS OF THE SANDERSON BROS. STEEL WORKS Copyright 1911 1913 EDITION General Offices HENRY W. OLIVER BUILDING. PITISBURGH, PENNSYLVANIA 8-18-10M http://theshiveringbeggar.com SANDERSON BROS. ST EEL WORKS LocATION oF WoRKS The Sanderson Bros. Works of the CRUCIBLE STEEL COMPANY OF AMERICA are located at Syracuse, in the State of New York, United States of America. Syracuse is one of the largl! cities of the State, on the great Trunk Lines of the New York Central & Hudson River Railroad, the tracks of which extend from the At­ lantic Ocean at New Y·�rk City-with connections covering all New England on t!te East-to Chicago and the greatcities of the West. The Delaware, Lackawana & Western Trunk Line brings the city within easy reach of the great anthracite coal fields of Penn­ sylvania, while the Erie Canal affords water transportation to and from the Great Lakes. Thriving manufacturing cities and towns in every direction afford markets for the prqducts, which, however, are shipped to all parts of the country and the world. WHEN ORDERING ALWAYS SPECIFY THE PURPOSE FOR WHICH THE STEEL IS TO BE USED. Pa&"e Three http://theshiveringbeggar.com CRUCIBLE ST EEL COMPANY OF AMERICA BROS. STEEL WORKS CRuciBLE STEEL CoMPANY OF AMERICA BRANCH HousEs DIRECTORS Boston, Mass. S81-S89 Congress Street Baltimore, Md 306 North Gay Street Herbert Du Puy C. C. Ramsey George E. Shaw Buffalo, N. Y. 69 Carroll Street A. W. Black R. H. Illingworth G. Harton Singer Cleveland, 721-727 Lakeside Ave., N. W. 0. G. M. Black J. W. Dougherty H. S. A. Stewart Cincinnati, 6 East Second Street 0. Geo. W. Crawford Chicago, Ill. 650-652-654 Washington Blvd. H. S. Wilkinson John A. Sutton Chattanoc1ga,Tenn. Cor. Newby and Foundry Streets H. D. W. English James H. Park G. W. Sargent Detroit, Mich. Cor. Fourth and Larned Streets J. M. May Denver, Col. 1225 and 1227 Wazee Street Hartford, Conn .. 70-74 Market Street Indianapolis, Ind. 437-489 South Illinois Street ExECUTIVE CoMMITTEE Louisville, Ky. 831 W. Main Street Herbert Du Puy, Chairman Milwaukee, Wis. 112-114 Clybo�rn Street C. C. Ramsey Montreal, Canada 19 St. Peter Street H. D. W. English H. S. A. Stewart New York, N. Y. 2 Rector Street (General Eastern Office) John A. Sutton James H. Park George E. Shaw New York, N. Y. 414 to 420 Canal Street (Warehouse) New Haven, Conn. 886 York Street Providence, R. I. 116 Clifford Street EXECUTIVE OFFICERS 528 Philadelphia, Pa. Arch Street Chairman Executive Committee Herbert Du Puy San Francisco, Cal. 536 to 548 Folsom Street President . C. C. Ramsey St. Louis, Mo. 1518 to 1522 N. Ninth Street St. Paul, Minn. Endicott Building John A. Sutton W. Dougherty 54 Vice Presidents ) J. Springfield, Mass. Taylor Street · 1 Geo. W. Sargent, Ph. D. Syracuse, N. Y .. Cor. Fayette and Magnolia Streets H. A. Brown 1014 Seattle, Wash. First Avenue, South Treasurer George A. Turville Toronto. Canada 163-165 Richmond Street, West Secretary . Chas. W. Rowlands London Paris Berlin Comptroller N. W. Nolen St. Petersburg GENERAL OFFICES Pittsburgh, Pennsylvania Page Four Page http://theshiveringbeggar.com Five CRUCIBLE STEEL COMPANY O.Q, AMERICA SANDERSON BROS. STEEL WORKS TERMS Prices are subject to change without notice. INTRODUCTION Claims for errors must be made within thirty days after receipt of goods. HE Sanderson Bros. Steel Works were originally an American We will replace steel which proves to be defective, but will extension of the Sheffield Works of the same name, which not allow claims for labor or damage. Twere established in 1776. 'The Works at Syracuse �w re built in 1876, but were destroyed by fire in 1887, being rebuilt the follow­ Serious fires, strikes, differences with workmen, accidents to machinery, or other causesunavoidable or beyond our control, ing year with double the former capacity. shall excuse any delay caused thereby in filling orders. They have been under the present corporate ownership and Checks and drafts should be made to the order of Crucible management since 1900. Steel Company of America, and remitted to the Treasurer at Operated for a time under methods in vogue in Europe, the Pittsburgh, Pa. Sanderson Works have felt the American touch and impetus, and while holding fast to old and tried processes, have had incorporat­ ed with these such newer practice as experience has found to be When ordering always specify the of advantage; thus it is but candor to say that the Works were purpose for which the Steel is to be used. never more efficient than at the present time. Like the other PRODUCTIVE DEPARTMENTS of the CRUCIBLE S'l'EEL CoMPANY OF AMERICA, these Works are self-contained and DISTINCTIVE PRODUCTS turn out a product of the highest quality in various forms. These are recommended to the steel-consuming public under The products of the Sanderson Bros. Works of the the Sanderson axiom, so often stated that "It pays to use CRUCIBLE STEEL COMPANY OF AMERICA consist the most reliable Tool Steel in the market." of High Grade Steels made by the crucible process, including High Speed and Self-Hardening Steel, High Speed Polished Drill Rods, Carbon Steel .Polished Rods and Wire, Perman­ ent Magnet Steel, a number of brands of Fine Tool Steels, Die Blocks, Sheet Steels, and many Specialties. The excellent quality and careful finish of the products are specially noteworthy. Pace Six Page Seven http://theshiveringbeggar.com CRUCIBLE ST EEL COMPANY UF AMERICA SA NDERSON BROS. ST EEL WORKS "REX" HIGH SPEED STEEL HIGH SPEED STEEL f'orges Easily . REX "AA"· . ' REX "A" Anneals and Machines Readily. Responds perfectly to Heat Treatment A maximum of Hardness, Toughness, Endurance and Strength can be attained. Its Cutting Power, both with respect to Depth of Cut and DESCR,IPTIO N, USES AND SUGGESTIONS FOR cetaining its Cutting Edge under the greatest stress and speed, is a conspicuous feature. TREATMENT "REx" HIGH SPEED STEEL is recommended and extensively used for:- LATHE TooLs, END MILLS, PLANER TooLS, SLOTTING CUTTERS, BoRING TooLs, THREADING CUTTERS, BOUT twelve years ago a distinctive and significant ad­ RAIL and other DRILLS, DIES, ETC., ETC. GEAR C:OTTERS, vance in the steel-making art was achieved when the BLANKING AND SCKEW CuT- Crucible Steel Company of America produced " E " HIGH TING DIES, A R x SPEED STEEL. TAPs, INSERT REAMER BLADES, REAMERS, SEGMENTAL TAPS, TWIST AND STRAIGHT DRILLS, FoRMED MILLING TooLs, INTRICATE SPECIAL CuTTERS, It is scarcely necessary at this time to state the advan­ MILLING CUTTERS, ETc., ETC. tages of " REx" HIGH SPEED STEEL in economy of costs and It is extensively used for Dies for Forming Hot general efficiency since its extensive use has made its merits so Iron and Steel such as Bolt and Rivet Dies, Gripping Dies, well known, yet it may be pointed out that as the use of H IGH Domino or H�ding Tools, Nut Piercers, Nut Boxes, Crown­ ing Tools, Shear Blades, Cut-Offs, Swedging Dies, Spike Cut­ SPEED STEEL developed, the quality of "REx" has been im­ ters and Dies, etc. , etc. proved, the result being that to-day this STEEL is the accepted Also for certain classes of Tools for Stone Work, Machine standard-the acknowledged leader among HIGH SPEED STEELS. Woodworking Knives, and for Forming Tools in Tin and Sheet Metal, Rubber, Glass, etc. As time progressed new adaptations and uses were found WE FURNISH IN ANY LENGTH BARS, ANNEALED OR UNAN­ NEALED, ROUNDS, SQUARES, OCTAGONS, FLA'rS, for this STEEL, and we venture the opinion that the user of HIGH BLOCKS, SPEED STEEL will find the suggestions in this catalogue BLANKS, of interest and profit. CuT AND FoRGED Discs. Also Tool Holder Sizes Hardened Ready for use (see Page 11) Page Eight Page http://theshiveringbeggar.com Nine CRUCIBLE STE EL COMPANY OF AMERICA SANDERSON BROS. STEEL WORKS HIGH SPEED STEEL CARRIED IN STOCK HIGH SPEED STEEL We carry at all of our Branches a complete stock of AN­ NE;U- ED and UNAN NEAL ED RouNDS for Taps, Reamers, Twist HARDEN ED LENGTHS FO R TooL HoLD ERS Dn11s, etc., also FLATS and SQUA RE S, both ANNE ALED and UN­ squares u to l-inch in­ ANNE AL ED, while special shapes and sizes are supplied promptly We sOpply High Speed Steel in p E ID Tool Holders from the Works. clusive, HARDE NE D IN THE BAR, READY FO R Us We also carry at these Branches a complete stock of AN­ or otherwise. SI NGL E AND Do uBLE �EALED Discs for Circular Cutters, Dies, etc., ranging in sizes A complete stock of sma11 squares, three (S) foot lengths, HARDENED RE AD Y FO R US E from i inches diameter and lar�er by }4_-inch thick and heavier. BEVELS, in (SEE LI ST herein). These D1scs are evenly annealed, extra is carried at al1 our Branches. soft, ready to be made up. For those Tool Makers who choose It is not necessary to heat this steel, but it can be nicked and then to use forged Btanks in preference to Cut, we su_P-ply specia11y on a sharp emery wheel, broken off to length desired, Fo RG ED Discs and BL O CKS as per fo1lowing Classifications: ground to the required cutting shape. HIGH SPEED STEEL CLASSIFICATION STANDARD SIZES OF FORGED DISCS standard sizes and len ths of Hardened High ANNEALED The ordinary g Steel for Tool Holders are as fo11ows: Base Price .............................................. Speed Extra Per Lb. Xi inch square, 2% inches long. Cents ..Ar u " 27'2 " " 25 .
Recommended publications
  • Reduce Reuse Recycle Remanufacture
    STEEL - THE PERMANENT MATERIAL IN THE CIRCULAR ECONOMY AR ECONOMY BEN CUL EFI CIR TS E R R C E a U U w n D S m io E E a t t c R e u r i d a e l r s s c n o o n i s s s e i r v m a e t i 2 o O n C E n o E R i f t f U a ic R v o ie T n E n c C In y C Y FA C U LE N MA RE ts Jo duc bs pro Durable 1 CONTENTS Steel in the circular economy 3 Steel is essential to our modern world 5 Reduce 7 Decreasing the amount of material, energy and other resources used to create steel and reducing the weight of steel used in products. Use and reuse 11 Reuse is using an object or material again, either for its original purpose or for a similar purpose, without significantly altering the physical form of the object or material. Remanufacture 15 The process of restoring durable used steel products to as-new condition. Recycle 19 Melting steel products at the end of their useful life to create new steels. Recycling alters the physical form of the steel object so that a new application can be created from the recycled material. End notes 22 2 STEEL IN THE CIRCULAR ECONOMY A sustainable circular economy is one in which steel is fundamental to the circular economy. society reduces the burden on nature by ensuring The industry is continuing to expand its offer resources remain in use for as long as possible.
    [Show full text]
  • Crucible A2 Data Sheet
    CRUCIBLE DATA SHEET Airkool (AISI A2) is an air-hardening medium alloy tool steel ® Issue #1 which is heat treatable to HRC 60-62. It has wear resistance AIRKOOL intermediate between the oil hardening tool steels (O1) and (AISI A2) the high carbon chromium tool steels (D2). Because it offers a combination of good toughness along with moderate Carbon 1.00% wear resistance, it has been widely used for many years in Manganese 0.85% variety of cold work applications which require fairly high abrasion resistance but where the higher carbon/ high Chromium 5.25% chromium steels are prone to chipping and cracking. Molybdenum 1.10% Airkool is quite easily machined in the annealed condition Vanadium 0.25% and, like other air-hardening tool steels, exhibits minimal distortion on hardening, making it an excellent choice for dies of complicated design. Physical Properties Elastic Modulus 30 X 106 psi (207 GPa) Density 0.284 lbs./in3 (7.86 g/cm3) Thermal Conductivity Tool Steel Comparagraph BTU/hr-ft-°F W/m-°K cal/cm-s-°C at 200°F (95°C) 15 26 0.062 Coefficient of Thermal Expansion ° ° Toughness in/in/ F mm/mm/ C ° ° -6 -6 Wear Resistance 70-500 F (20-260 C) 5.91 X10 (10.6 X10 ) 70-800°F (20-425°C) 7.19 X10-6 (12.9 X10-6) 70-1000°F (20-540°C) 7.76 X10-6 (14.0 X10-6) 70-1200°F (20-650°C) 7.91 X10-6 (14.2 X10-6) Relative Values Mechanical Properties Heat Treatment(1) Impact Wear Austenitizing Toughness(2) Resistance(3) Temperature HRC ft.-lb.
    [Show full text]
  • Higher-Quality Electric-Arc Furnace Steel
    ACADEMIC PULSE Higher-Quality Electric-Arc Furnace Steel teelmakers have traditionally viewed Research Continues to Improve the electric arc furnaces (EAFs) as unsuitable Quality of Steel for producing steel with the highest- Even with continued improvements to the Squality surface finish because the process design of steelmaking processes, the steelmaking uses recycled steel instead of fresh iron. With over research community has focused their attention 100 years of processing improvements, however, on the fundamental materials used in steelmaking EAFs have become an efficient and reliable in order to improve the quality of steel. In my lab steelmaking alternative to integrated steelmaking. In at Carnegie Mellon University, we have several fact, steel produced in a modern-day EAF is often research projects that deal with controlling the DR. P. BILLCHRIS MAYER PISTORIUS indistinguishable from what is produced with the impurity concentration and chemical quality of POSCOManaging Professor Editorof Materials integrated blast-furnace/oxygen-steelmaking route. steel produced in EAFs. Science412-306-4350 and Engineering [email protected] Mellon University Improvements in design, coupled with research For example, we recently used mathematical developments in metallurgy, mean high-quality steel modeling to explore ways to control produced quickly and energy-efficiently. phosphorus. Careful regulation of temperature, slag and stirring are needed to produce low- Not Your (Great-) Grandparent’s EAF phosphorus steel. We analyzed data from Especially since the mid-1990s, there have been operating furnaces and found that, in many significant improvements in the design of EAFs, cases, the phosphorus removal reaction could which allow for better-functioning burners and a proceed further.
    [Show full text]
  • Iron, Steel and Swords Script - Page 1 Powder Is Difficult
    10.4. Crucible Steel 10.4.1 The Making of Crucible Steel in Antiquity Debunking the Myth of "Wootz" Before I start on "wootz" I want to be very clear on how I see this rather confused topic: There never has been a secret about the making of crucible (or "wootz") steel, and there isn't one now. Recipes for making crucible steel were well-known throughout the ages, and they were just as sensible or strange as recipes for making bloomery iron or other things. There are many ways for making crucible steel. If the crucible process worked properly, the steel produced was fully liquid, and it didn't matter much exactly how you made it. If the process did not work well and the steel was only partially molten, i.e. a mixture of liquid cast iron and solid austenite, the product was not good steel. Besides differences in the (always large) carbon concentration, the concentration of impurities might also be different - just like for bloomery steel. This might lead to differences in properties for comparable carbon concentrations, for example the susceptibility to cold shortness or the ability to form a good "watered silk" or "water" pattern. Crucible steel that has been liquid once is relatively homogeneous and slag-free - in contrast to bloomery steel. That is where crucible steel is "better" than bloomery steel. Crucible steel is always high carbon if not ultra-high carbon steel (UHCS). This is generally not so good. However, mixtures that would, for example, have produced 0.8 % carbon steel, a steel optimal for many applications, would not melt at the temperatures available.
    [Show full text]
  • Cold Rolled Steel Coils Arcelormittal Europe
    ENVIRONMENTAL PRODUCT DECLARATION as per ISO 14025 and EN 15804 Owner of the Declaration ArcelorMittal Europe - Flat Products Programme holder Institut Bauen und Umwelt e.V. (IBU) Publisher Institut Bauen und Umwelt e.V. (IBU) Declaration number EPD-ARC-20200027-CBD1-EN ECO EPD Ref. No. ECO-00001269 Issue date 10/07/2020 Valid to 09/07/2025 Cold Rolled Steel Coils ArcelorMittal Europe www.ibu-epd.com | https://epd-online.com Umwelt Produktdeklaration Name des Herstellers – Name des Produkts General Information ArcelorMittal Europe Cold Rolled Steel Coils Programme holder Owner of the declaration IBU – Institut Bauen und Umwelt e.V. ArcelorMittal Europe – Flat Products Panoramastr. 1 24-26 Boulevard d’Avranches 10178 Berlin L-1160 Luxembourg Germany Luxembourg Declaration number Declared product / declared unit EPD-ARC-20200027-CBD1-EN The declaration applies to 1 ton of cold rolled steel coil. This declaration is based on the product Scope: category rules: The Life Cycle Assessment is based on data collected Structural steels, 07.2014 from the ArcelorMittal plants producing Cold Rolled (PCR checked and approved by the SVR) Coils, representing 95 % of the annual production from 2015. Issue date 10/07/2020 The owner of the declaration shall be liable for the underlying information and evidence; the IBU shall not Valid to be liable with respect to manufacturer information, life cycle assessment data and evidences. 09/07/2025 Verification The standard EN 15804 serves as the core PCR Independent verification of the declaration and data according to ISO 14025:2010 Dipl. Ing. Hans Peters internally x externally (chairman of Institut Bauen und Umwelt e.V.) Dr.
    [Show full text]
  • Effect of Heat Treatment (Ferritizing) on Chemical Composition, Microstructure, Physical Properties and Corrosion Behaviour of Spheroidal Ductile Cast Iron
    Asian Journal of Chemistry Vol. 19, No. 6 (2007), 4665-4673 Effect of Heat Treatment (Ferritizing) on Chemical Composition, Microstructure, Physical Properties and Corrosion Behaviour of Spheroidal Ductile Cast Iron A.R. ISMAEEL*, S.S. ABDEL REHIM† and A.E. ABDOU‡ Department of Chemistry, Faculty of Science, Garyounis University, Benghazi, Libya E-mail: [email protected] Two steps ferritizing technique was applied on ductile cast iron samples by austenitizing at 900ºC, air cooling to produce pearlite, ferritizing by reheating samples for different times at 700ºC and air cooling to room temperature. Chemical analysis and microstructure showed that as ferritizing time increased, an increase of percentage of ferrite, decrease of pearlite, with corresponding decrease in cementite and increase of free carbon in the form of spheroidal graphite. These changes explain the changes of physical (mechanical) properties repre- sented in the increase of percentage elongation, decrease of tensile strength and decrease in brinle hardness. Weight loss corrosion test technique was followed for investigation of corrosion rate of heat treated samples in 0.1 N H2SO4 solution, which show decrease in corrosion rate with increased ferritizing time. This was explained due to decrease of cathodic sites represented in cementite forming pearlitic lamella. The exception was in the early step of ferritizing, where the corrosion rate increased due to formation of secondary graphite acting as effec- tive cathodic sites. Key Words: Ferritizing, Pearlite, Austenitizing, Microstructure, Cementite, Spheroidal graphite, Cathodic, Corrosion, Secondary graphite. INTRODUCTION Ductile (nodular or spherulitic graphite) cast iron in which a part or all of the carbon is present in the form of a tiny spherical balls, of average 33 to 37 µm1-4.
    [Show full text]
  • Heat Treating of Aluminum Alloys
    ASM Handbook, Volume 4: Heat Treating Copyright © 1991 ASM International® ASM Handbook Committee, p 841-879 All rights reserved. DOI: 10.1361/asmhba0001205 www.asminternational.org Heat Treating of Aluminum Alloys HEAT TREATING in its broadest sense, • Aluminum-copper-magnesium systems The mechanism of strengthening from refers to any of the heating and cooling (magnesium intensifies precipitation) precipitation involves the formation of co- operations that are performed for the pur- • Aluminum-magnesium-silicon systems herent clusters of solute atoms (that is, the pose of changing the mechanical properties, with strengthening from Mg2Si solute atoms have collected into a cluster the metallurgical structure, or the residual • Aluminum-zinc-magnesium systems with but still have the same crystal structure as stress state of a metal product. When the strengthening from MgZn2 the solvent phase). This causes a great deal term is applied to aluminum alloys, howev- • Aluminum-zinc-magnesium-copper sys- of strain because of mismatch in size be- er, its use frequently is restricted to the tems tween the solvent and solute atoms. Conse- specific operations' employed to increase quently, the presence of the precipitate par- strength and hardness of the precipitation- The general requirement for precipitation ticles, and even more importantly the strain hardenable wrought and cast alloys. These strengthening of supersaturated solid solu- fields in the matrix surrounding the coher- usually are referred to as the "heat-treat- tions involves the formation of finely dis- ent particles, provide higher strength by able" alloys to distinguish them from those persed precipitates during aging heat treat- obstructing and retarding the movement of alloys in which no significant strengthening ments (which may include either natural aging dislocations.
    [Show full text]
  • STEEL in the CIRCULAR ECONOMY a Life Cycle Perspective CONTENTS
    STEEL IN THE CIRCULAR ECONOMY A life cycle perspective CONTENTS Foreword 3 The circular economy 4 Life cycle thinking 6 The life cycle assessment (LCA) approach 8 worldsteel’s LCA methodology and life cycle inventory (LCI) database 10 Sustainability and life cycle assessment 12 LCA in the steel industry 14 LCA by life cycle phase 15 Raw materials and steel production 15 Markets for by-products 16 Manufacturing and use 16 Reuse and remanufacturing 18 Recycling 19 LCA initiatives 20 Regional and global initiatives 21 Market sector initiatives 22 Construction 22 Automotive 24 Packaging 25 End notes 28 Glossary 29 Cover image: Steel staircase, office building, Prague, Czech Republic Design: double-id.com FOREWORD We live in a rapidly changing world with finite resources. Too many legislative bodies around the world At the same time, improvements in standards of living still enact regulations which only affect the “use and eradication of poverty, combined with global phase” of a product’s life, for example water and population growth, exert pressure on our ecosystems. energy consumption for washing machines, energy consumption for a fridge or CO2 emissions whilst As steel is everywhere in our lives and is at the heart driving a vehicle. This focus on the “use phase” can of our sustainable future, our industry is an integral part lead to more expensive alternative lower density of the global circular economy. The circular economy materials being employed but which typically have a promotes zero waste, reduces the amount of materials higher environmental burden when the whole life cycle used, and encourages the reuse and recycling of is considered.
    [Show full text]
  • The Stainless Steel Family
    The Stainless Steel Family A short description of the various grades of stainless steel and how they fit into distinct metallurgical families. It has been written primarily from a European perspective and may not fully reflect the practice in other regions. Stainless steel is the term used to describe an extremely versatile family of engineering materials, which are selected primarily for their corrosion and heat resistant properties. All stainless steels contain principally iron and a minimum of 10.5% chromium. At this level, chromium reacts with oxygen and moisture in the environment to form a protective, adherent and coherent, oxide film that envelops the entire surface of the material. This oxide film (known as the passive or boundary layer) is very thin (2-3 namometres). [1nanometre = 10-9 m]. The passive layer on stainless steels exhibits a truly remarkable property: when damaged (e.g. abraded), it self-repairs as chromium in the steel reacts rapidly with oxygen and moisture in the environment to reform the oxide layer. Increasing the chromium content beyond the minimum of 10.5% confers still greater corrosion resistance. Corrosion resistance may be further improved, and a wide range of properties provided, by the addition of 8% or more nickel. The addition of molybdenum further increases corrosion resistance (in particular, resistance to pitting corrosion), while nitrogen increases mechanical strength and enhances resistance to pitting. Categories of Stainless Steels The stainless steel family tree has several branches, which may be differentiated in a variety of ways e.g. in terms of their areas of application, by the alloying elements used in their production, or, perhaps the most accurate way, by the metallurgical phases present in their microscopic structures: .
    [Show full text]
  • Crucible Steel Site
    C~240:i ~.- tiXiUtlBJ IUrfS N70 If-tC· ,.),~ ..d-IN..~'.w~~.,f. LVNQi .................... L; t lAYI IflO ,- (. l~ ~l. FC'; ~~., ~ ( 'I'biiM ~ • Dul'kIn"- Jr •• 1fitora.y loJ' 'lAJ.AtLff JOHN r LYNCH ac IAAfO&'d ,laoe II J. S. C. •..,dc. JIIIW Jen~ 623-514) t.- 240.3 -9.9, 't7IUl:OA COURt' or .. JUSn C2IlUtC:DY DIV18JOIr ... uarsOll comrrr DOCiCItt 110. - JU&A.Ic VA.LLIT em ., COMC.tIII pubUo oorporation. .. ftAlwrlrr. ~' , -ft- gyu, ACtION CSISPIe\ lIT CAOCJIILa 'TD1. ClDalOU-TIOIr or Aaal~, 'aLDlJIQ M:lIUQJ. 1000 Iouth Pourt.b 'u••t Hard.on, -.v ".ne)'. 110 OOqlOnUon. hav1nog .ita principal oftice In the City ot . ... n, 'Oo\IAt)' Of ".u.. and 't.ate ot .WO .leney, .ar- ~.tl ... 1. ,ulAtUt u • body oorporate and politic. OJ'Nted• • tate ot Mew ".ney. 2. .1dlltUt• La .,.._te4 with tull pow.r and authority' and .u ch&rved with the duty ~ prevent the pollution ot the ..... ic tift%' aDd ita t.ributad ••• &Ad baa full power and au- thority to a •• which aU. power. &Ad duU •• are defined, ~te4 aDd hIpoaed aDder the la~ of the State of • ..., Jeruy. 1 '. = ;--.,· ... ; ..... 0 't'~~~ TIERRA-B-015617 . r .: a••• t forth In the Aevb.d Statute. of 11.-.oJ.uoy, 1937. '1'iUe . 58, Chapter 14, .a .uppl_ented and "'nded. '\. 3. Plaintiff further ahowl! that pur.uant to the powwr. and authority "..ted 1n it, W'Ider and by v1rtue of tho .tatute aforeaa14, the plAintiff. aet..1..n9W'Ider contract with certain -anicipalitl •• withln the ..... le valley S~rai. eo..LI.ionor.' C DbU'lct ••• def1Ae4 by 1IIv.
    [Show full text]
  • BAT Guide for Electric Arc Furnace Iron & Steel Installations
    Eşleştirme Projesi TR 08 IB EN 03 IPPC – Entegre Kirlilik Önleme ve Kontrol T.C. Çevre ve Şehircilik Bakanlığı BAT Guide for electric arc furnace iron & steel installations Project TR-2008-IB-EN-03 Mission no: 2.1.4.c.3 Prepared by: Jesús Ángel Ocio Hipólito Bilbao José Luis Gayo Nikolás García Cesar Seoánez Iron & Steel Producers Association Serhat Karadayı (Asil Çelik Sanayi ve Ticaret A.Ş.) Muzaffer Demir Mehmet Yayla Yavuz Yücekutlu Dinçer Karadavut Betül Keskin Çatal Zerrin Leblebici Ece Tok Şaziye Savaş Özlem Gülay Önder Gürpınar October 2012 1 Eşleştirme Projesi TR 08 IB EN 03 IPPC – Entegre Kirlilik Önleme ve Kontrol T.C. Çevre ve Şehircilik Bakanlığı Contents 0 FOREWORD ............................................................................................................................ 12 1 INTRODUCTION. ..................................................................................................................... 14 1.1 IMPLEMENTATION OF THE DIRECTIVE ON INDUSTRIAL EMISSIONS IN THE SECTOR OF STEEL PRODUCTION IN ELECTRIC ARC FURNACE ................................................................................. 14 1.2 OVERVIEW OF THE SITUATION OF THE SECTOR IN TURKEY ...................................................... 14 1.2.1 Current Situation ............................................................................................................ 14 1.2.2 Iron and Steel Production Processes............................................................................... 17 1.2.3 The Role Of Steel Sector in
    [Show full text]
  • Used Motor Oil and Filter Recycling Guide
    USED MOTOR OIL & FILTER RECYCLING LEARN MORE Used Motor Oil and Oil Filter Recycling Guide Used Motor Oil is a Hazardous Waste Used motor oil is a hazardous waste that should never be put in the garbage or dumped in the storm drains or on the ground. Just one quart of motor oil can contaminate 250,000 gallons of water, creating health risks and environmental impacts across our community. Recycling is Free and Easy Used motor oil can be refined and Recycling right is more than an individual choice - it is part of how we are all reconditioned to become usable again. Paper, making a difference for a cleaner Oakland and more livable neighborhoods. steel, and plastic from used oil filters can also With your participation, Oakland’s Zero Waste program strives to divert all be recycled. recyclable and compostable material away from our landfills. There are three options for recycling used Your used motor oil recycling team is a partnership between the City of motor oil and filters: Oakland, California Waste Solutions, and CalRecycle. Our commitment to you is to provide the services and information you need to recycle right. 1. Curbside residential recycling pickup 2. Certified Collection Center drop-off locations When you pledge to recycle right, we’re here to help. 3. Household Hazardous Waste (HHW) collection facility Oaklanders Recycle No matter where you live in the City, there is a free and easy recycling option Contacts and Important Phone Numbers close to you. Visit recycleusedoil.org to find a location near you. California Waste Solutions ...............................................................(510) 625–5263 Used Motor Oil & Filters Improper Disposal is Illegal Disposal [email protected] www.calwaste.com 我們講中文 Hablamos español When you dispose hazardous materials properly, it benefits Household Hazardous Waste Drop Off ......................................
    [Show full text]