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FUTURE SCRAP ENVIRONMENT ACT PROPOSAL Auto Wrecking
SUBMITTED TO MANITOBA CONSERVATION ON BEHALF OF XPOTENTIAL PRODUCTS INC, OPERATING AS: FUTURE SCRAP ENVIRONMENT ACT PROPOSAL Auto Wrecking Yard and Car Shredder 999 Redonda Street Rural Municipality of Springfield FEBRUARY, 2014 Prepared by: D. Ediger Consulting Services : ii TABLE OF CONTENTS 1.0 INTRODUCTION ...................................................................................................................... 1 2.0 DESCRIPTION OF DEVELOPMENT ..................................................................................... 2 2.1 PROPERTY OWNERSHIP .............................................................................................................. 2 2.2 LAND USE DESIGNATION .............................................................................................................. 2 2.3 ADJOINING PROPERTIES .............................................................................................................. 2 2.4 PROXIMITY TO RESIDENCES ........................................................................................................ 2 2.5 SITE ACCESS ............................................................................................................................... 3 2.6 FACILITY DESIGN ........................................................................................................................ 3 2.6.1 AUTO WRECKING YARD ................................................................................................ 3 2.6.2 SHREDDER AND PROCESSING AREA............................................................................... -
By Alan Mcmillan 2009 Photos Used Are from Various Sources in His Archives
Vanguard Spotters Guide By Alan McMillan 2009 Photos used are from various sources in his archives. Chapter 1 1948 The Beginning The 1948 Vanguard is quite easy to identify from the outside by the absence of rain gutters and marker lights, small bumper overriders and long doors. As we move to the interior we notice the much talked about right hand gear change, an eight button dash and most probably cloth seats. Surprisingly, the options for seats were cloth or leather with vinyl coming later. The pull out front door pockets, which those familiar with these will quickly remind me can only be effectively pulled out when the door is open, is also an indication that you are looking at a very old Vanguard. Close inspection of the front seat will reveal a screw type adjusting mechanism. When we open the bonnet we see some more differences over the more “normal” Vanguard engine bay views. The battery is mounted behind the engine on the firewall rather than at the side, there are no horns visible as they are mounted under the front bumper, a non vacuum advance distributor, a metal topped fuel pump (U type), a 32BI carburettor, a combined regulator/fuse box and a large inlet/outlet hose radiator with appropriate thermostat housing. Several chassis frames have been used on Vanguards, the main difference in the one used in 1948 is found in the shape of the front shock absorber mountings. These can only take the straight arm shock absorbers. I understand that later changes to increase the travel of the front end were brought about by experiences gained on Australian roads. -
Little Elm Zoning Ordinance
LITTLE ELM ZONING ORDINANCE TABLE OF CONTENTS ................................................................................................................................................... i LIST OF TABLES ....................................................................................................................................................... v ARTICLE I – General Provisions 106.01.01 Title and Purpose .......................................................................................................................... 1 106.01.02 Authority ....................................................................................................................................... 1 106.01.03 Jurisdiction and Application .......................................................................................................... 1 106.01.04 Compliance Required .................................................................................................................... 1 106.01.05 Document Rules of Construction .................................................................................................. 3 106.01.06 Zoning Districts Established .......................................................................................................... 3 106.01.07 Official Zoning Map ....................................................................................................................... 4 106.01.08 Zoning District Boundaries ........................................................................................................... -
There Who Think That Regular Oil Changes Are a Waste of Time And
SRVIO Head First There are still a few misguided car owners out c. install a used engine from a wrecking yard. there who think that regular oil changes are a waste After considering the expense of all three op of time and money. After all, why spend money on tions, they chose: something you can't see? This hands-off mainte d. none of the above, and sold the car instead. nance philosophy served the owners of a certain That's the end of one story, but the beginning of 1984 Toyota Cressida for almost 100,000 miles. Oil another. We decided to buy the Toyota and turn it changes and other scheduled maintenance came at into a long term project. When two guys from Ohio very irregular intervals, if at all. find a rust-free 1984 Cressida from North Carolina, a But what goes around comes around. And it blown motor that's in pieces in the trunk seems like eventually did, in a big way. Several seized piston a minor inconvenience. rings, some scuffed cylinder walls, and other inter Over the next few months, we'll look at the re nal engine problems finally brought the Cressida into pair, overhaul, and installation of the twin-cam six the shop for some long overdue attention. After the in four separate articles. We're jumping in head first engine was disassembled to total up the damage, the this month with a complete rebuild of the top end. owners were given their choices. They could: Next month we'll handle the repair of the bottom end. -
Quality Code
EXHIBIT A Draft Pleasanton Municipal Code Amendment Case P16-1418 (Proposed new language is underlined. Language proposed for deletion is in strikeout) Chapter 9.22 RECYCLING Sections: 9.22.010 Purpose and findings. 9.22.020 Definitions. 9.22.030 Permits required. 9.22.040 Permit approval process. 9.22.050 Building permit required. 9.22.060 Criteria and design standards. 9.22.030 Permits required. No person shall permit the placement, construction, or operation of any recycling facility without first obtaining a permit pursuant to the provisions set forth in this section. Recycling facilities may be permitted as set forth in Table 9.22.030. In addition, recycling facilities may also be allowed in planned unit developments (PUDs) which allow uses that are conditionally permitted in the commercial or industrial zoning districts listed in Table 9.22.030, and provided that the applicable permits are obtained pursuant to the requirements set forth in Table 9.22.030. Table 9.22.030 Permits Required for Recycling Facilities by Zoning District The types of recycling facilities listed below shall require the following permits in the commercial and industrial zon- ing districts, where the symbol “C” for conditional use permit, or “ACTC” for administrative temporary conditional use permit appears in the column beneath the zoning districts: Zoning District Type of Facility CR(m) CR(p) CN CC CS CF LI IP IG (m) (p) Recycling collec- TCAC TCAC TCAC TC TCAC TCAC AC TCAC tion facility, small* 1 Zoning District Type of Facility CR(m) CR(p) CN CC CS CF LI IP IG (m) (p) Recycling collec- C C C tion facility, large Recycling pro- C cessing facility, small Recycling pro- C cessing facility, large * Note: Reverse vending machines are included in the category of small collection facilities. -
The Pilgrimage
centerfold The famous MG record breaking cars. The Pilgrimage if you wish to learn more. One other Final Installment attraction on site was the Land Rover By Simon Dix Test Area that allows customers to MG Club of St Louis drive through some rugged terrain and All provided by Simon Dix get an idea of what kind of abuse their new Land Rovers can take. 1896 Wolseley - the first one lthough I have been to Beaulieu Although we wondered around by The beautiful MG 18/80. in the distant past, going back ourselves for a while when we arrived, Ato before I even moved to the there was an organized tour that we USA, I had not previously been to, linked up with and a great guy named or even heard of the Heritage Mo- Bill Lacey gave us the tour. Bill’s ap- tor Centre (HMC) at Gaydon. Robert proach was to not go car by car and Rushing was up on all things MG talk about the car’s specifications, and as Gaydon was in relatively close but more on the overall history of the proximity to everything else we had automobile and the British motor in- planned, this became part of the vaca- dustry. He started us off at the very be- tion as well. ginning of motorized vehicles, which The museum is located on the seemed to be bicycles with engines! grounds of the Land Rover/Jaguar/ This period lasted for some years and Britain was relatively backward com- MG SA; Introduced in the 1935 Motor Show. -
Phenolic Molding Compounds in Automotive Powertrain Applications
PHENOLIC MOLDING COMPOUNDS IN AUTOMOTIVE POWERTRAIN APPLICATIONS 17th Annual Automotive Composites Conference & Exhibition September 8, 2017 – Novi, Michigan Cedric Ball Hexion, Inc. Abstract The powertrain remains one vehicle system that itself has not undergone significant lightweighting as automakers strive to meet more stringent emission and fuel economy standards. The average light vehicle internal combustion engine (ICE) makes up over one-third of the total vehicle weight. Almost ninety percent of the engine’s weight is traditional iron, steel or aluminum. The balance is a variety of rubber, glass and plastic materials.1 High engine temperatures limit use of the most commonly available composite materials including polyamides (nylon). However, newer grades of phenolic-based engineering thermoset (ETS) materials / molding compounds are higher in strength, temperature and corrosion resistance allowing for their use in an increasing number of under-the-hood and powertrain applications. Together with smart design, automakers are converting more powertrain components from metal to engineering thermosets for both weight and frequently cost savings when significant post machining of metal is required to meet tight tolerances. This paper describes selected past, present and future uses of phenolic-based engineering thermoset materials for lightweighting of powertrain components. Introduction Bakelite® was the world’s first commercially produced plastic. Invented in 1909 by Dr. Leo Baekeland, Bakelite became one of the most versatile plastics ever produced.2 Its early uses ranged from consumer goods (e.g. telephones, jewelry) to industrial applications (e.g. electrical insulators, airplane propellers). Automobiles have used Bakelite molding compounds for gears, pulleys, electrical housings and brake components since the days of Henry Ford. -
B.M.C, M.G, & Morris Engine Codes
B.M.C, M.G, & Morris Engine Codes. This list cover the 1936 Morris engines, and the 1952 to 1990 BMC/BMH/BL/Austin Rover 'A', 'B', and 'C' series engines you will find in the companies cars. It is intended to help identification of an engine. 1936 to 1956. Consists of four letters, followed by the engines number. (1)MODEL (2)Valves (3)Bore & H.P. (4)Make. U Morris 8 S Sidevalve H 57mm 8HP M Morris M Morris 10/4 P OHV J 63.5mm 10HP G M.G. X late Morris 10/4 C OHC A 66.5mm 11HP W Wolseley T Morris 12/4 B 69.5mm 12HP C Commercial Q 2ltr 6 cyl E 72mm 13HP O 3 1/2 ltr 6cyl D 75mm 14HP A Austin A30 D 61.5mm 6cyl H 69mm 6cyl ie; XPAG 1250cc MG TB OHV engine 11HP. XPJM 1140cc Morris 10/4 ohv engine 10HP. XPJW 1140cc Wolseley 10/40 ohv engine 10HP. USHM 918cc Morris Minor MM SV engine 8HP. XPEG 1488cc MG TF OHV engine 13HP. MPJG 1292cc MG TA engine ohv 12HP. MPJM 1292cc Morris 12/4 OHV engine 10HP. MPJW 1292cc Wolseley 12/48 OHV engine 10HP. APHM 803cc Morris Minor MM OHV engine, 8HP. ( first 'A' series.) APJM 948cc Morris Minor 1000 OHV engine 10HP. TPBG 1549cc MG VA ohv engine 12HP. TPDG 1705cc MG 'Cream Cracker' TA engine. QPJG 2322cc MG WA ohv engine 18HP. QPHW 2561cc Wolseley 18/80 ohv engine 18HP. BMC 'B' Series, 1947 to 1981.( First real 'B' series was in 1953.) With the arrival of Austin based 'A' & 'B' series amongst those used, a system of engine 'cc' was added. -
Phase I Environmental Site Assessment Report
PHASE I ENVIRONMENTAL SITE ASSESSMENT REPORT PERFORMED AT 2005, 2015, and 2019 South Main Street and 111 West 21st Street Los Angeles, California 90007 APN: 5126-030-009 Andersen Environmental Project No. 1309-1542 PREPARED FOR MS. LILLIAN MEYERSON 428 Bellagio Terrace Los Angeles, California 90049 October 18, 2013 2005, 2015, and 2019 South Main Street and 111 West 21st Street Ms. Lillian Meyerson Andersen Environmental Project No. 1309-1542 TABLE OF CONTENTS EXECUTIVE SUMMARY ............................................................................................................................................ 1 CONCLUSIONS ............................................................................................................................................................. 3 1.0 INTRODUCTION ............................................................................................................................................ 4 1.1 SIGNIFICANT ASSUMPTIONS ......................................................................................................................... 4 1.2 LIMITATIONS AND EXCEPTIONS ................................................................................................................... 5 1.3 RELIANCE ...................................................................................................................................................... 5 2.0 SITE DESCRIPTION ..................................................................................................................................... -
The Engines in This Book Are Those Made After Such Wonderful Pieces of Equipment
How to be an Engine Expert on MGs MG Engines from 1935 to 1998 Neil Cairns Engines for M.G.s Their Story after 1935 by Neil Cairns Copyright Neil Cairns • December1997 Edition 2 • ammended 26.09.98 1 Covering the XPAG series BMC ‘A’ Series BMC ‘B’ Series With their relative units such as the Twin Cam, BMC ‘C’ series, Rover V8, some early Morris units, the ‘O’, ‘R’, ‘S’ and ‘K’ series till 1998 A study of engines fitted to MG cars from 1935 to 1998 The cover Photo is that of a K1 Magnette, using a derivate of the Wolsley Hornet Engine. The engines in this book are those made after such wonderful pieces of equipment. 2 M.G. Engines 1935–1998 Of all the engines M.G. used, perhaps the most romantic is the XPAG shown below, as it powered the majority of the ‘T’ type Midgets, on their spindly wheels with flowing wings. The version below is the unit destined for the M.G. ‘One and a Quarter Litre’ saloon of 1947, the huge air silencer above the engine and its single SU H2 carburettor being identifying signs, with its early oil filter. 3 Contents Introduction . 5 An Engine . 7 Chapter One, M.G. Engines Care of Morris . 8 Chapter Two, The TA Onwards . 12 Chapter Three, ‘X’ Series of Engines. 25 Chapter Four, XPAG State of the Art . 46 Chapter Five, BMC ‘A’ Series & Triumph . 56 Chapter Six, BMC ‘B’ Series . 84 Chapter Seven, Big ‘B’ Series . 112 Chapter Eight, ‘C’, & ‘K’ series, & Rover V8’s . -
LONDON OLYMPIA Collectors’ Motor Cars and Automobilia Wednesday 6 December 2017 Olympia, London
LONDON OLYMPIA Collectors’ Motor Cars and Automobilia Wednesday 6 December 2017 Olympia, London LONDON OLYMPIA Collectors’ Motor Cars and Automobilia Wednesday 6 December 2017 at 12:00 and 14:00 Olympia, Kensington, London, W14 8UX VIEWING Please note that bids should ENQUIRIES CUSTOMER SERVICES be submitted no later than 18:00 Monday to Friday 08:30 - 18:00 Tuesday 5 December Motor Cars on Tuesday 5 December 2017. +44 (0) 20 7447 7447 16:00 to 19:30 +44 (0) 20 7468 5801 All bids should be sent Wednesday 6 December +44 (0) 20 7468 5802 fax directly to the Bonhams office, Please see page 2 for bidder from 09:00 [email protected] +44 (0) 20 7447 7401 fax or information including after-sale Email: [email protected] collection and shipment SALE TIMES Automobilia +44 (0) 8700 273 619 Automobilia 12:00 We regret that we are unable to [email protected] Please see back of catalogue Motor Cars 14:00 accept telephone bids for lots with for important notice to bidders a low estimate below £500. SALE NUMBER Absentee bids will be accepted. ENQUIRIES ON VIEW AND SALE DAYS ILLUSTRATIONS 24125 New bidders must also provide Front cover: 230 +44 (0) 8700 270 090 proof of identity when submitting Back cover: 282 +44 (0) 8700 270 089 fax CATALOGUE bids. Failure to do so may result in your bids not being processed. £30.00 + p&p IMPORTANT INFORMATION (admits two) The United States Government Live online bidding is has banned the import of ivory available for this sale into the USA. -
Spokane County
Spokane County Zoning Code Department of Building and Planning 2016 Printing Date of Adoption: May 25, 2004 Effective Date: June 1, 2004 Responsible Officials: Board of Spokane County Commissioners Table of Contents Preface 14.100 Introductory Provisions ..................................................................................... 14.300 Definitions ............................................................................................................ 14.400 General Procedures ............................................................................................ 14.402 Amendments 14.404 Conditional Use Permits 14.406 Variances 14.408 Enforcement 14.410 Building Permit Review 14.500 Administrative Procedures ................................................................................ 14.502 Administrative Procedures 14.504 Administrative Interpretations 14.506 Administrative Permits 14.508 Nonconforming Provisions 14.510 Administrative Exceptions 14.512 Alternative Methods of Compliance 14.600 Zone Classifications ........................................................................................... 14.604 List of Zone Classifications 14.606 Urban Residential Zones.................................................................................... 14.608 Mixed Use Area Zone ........................................................................................ 14.612 Commercial Zones ............................................................................................. 14.614 Industrial Zones .................................................................................................