The Port Phillip Lime Economy: the Vessels, the Industry and Their Decline Peter Taylor Submitted in Total Fulfilment of The

Total Page:16

File Type:pdf, Size:1020Kb

The Port Phillip Lime Economy: the Vessels, the Industry and Their Decline Peter Taylor Submitted in Total Fulfilment of The The Port Phillip Lime Economy: the Vessels, the Industry and Their Decline Peter Taylor Submitted in total fulfilment of the requirements for the degree of Master of Arts (Research) Federation University Australia Faculty of Education and Arts Collaborative Research Centre in Australian History Email address: [email protected] November 16 2017 Table of Contents Table of contents…………………………………………………………. ii Summary………………………………………………………………….. iv Statement of authorship…………………………………………………. v Acknowledgements………………………………………………………. vi Chapter contents…………………………………………………………. vii List of tables………………………………………………………………. xi List of figures……………………………………………………………… xiii List of imperial weights and measurements: metric equivalent……… xiii Decimalised currency…………………………………………………….. xiv Currency comparison…………………………………………………….. xiv Measuring a vessel……………………………………………………….. xiv Types of lime………………………………………………………………. xiv Weights…………………………………………………………………….. xv Abbreviated rig names……………………………………………………. xv ii Introduction……………………………………………………………….. 1 Chapter 1 Methodology……………………………………………… 13 Chapter 2 Literature review………………………………………….. 16 Chapter 3 First period lime craft: 1835–1851……………………… 25 Chapter 4 Second period lime craft: 1852–1921…………………. 55 Chapter 5 The rise and fall of the Port Phillip lime economy……. 87 Chapter 6 Shipwreck searches and case study…………………… 118 Conclusion………………………………………………………………... 144 Bibliography………………………………………………………………. 147 Primary sources: books and pamphlets………………………… 147 Marine charts……………………………………………………… 148 Secondary sources……………………………………………….. 148 Newspapers………………………………………………………. 152 Appendices………………………………………………………………… 153 A List of first period vessels………………………………… 153 B List of second period vessels…………………………….. 155 C Glossary…………………………………………………….. 158 iii Summary The objective of this Master of Arts thesis is to address the previous knowledge gap that existed with regards to the unwritten history of the Port Phillip lime economy. The particular focus of this thesis concerns the participating craft that helped to drive that economy, the types of craft and a number of shipwrecks concerning lime craft.1 To help address this gap the author found and carried out a partial excavation of an ex lime craft within the waters of Port Phillip. Considering the importance of the vessels that helped build what was then termed ‘Marvellous Melbourne’, it is surprising that the subject had escaped the eyes of both historians and researchers.2 This thesis also explores the transportation of both shell lime and calcined limestone, over the waters of Port Phillip, by those previously mentioned craft. It is also reveals how significant the shell trade was as an early industry and the roles that both convicts and army personnel played in collecting sea-shells from within the waters of Port Phillip. Within the thesis is an exploration of the power structures with regards to the lime-cartels, which operated a hegemonic system, controlling both supply and pricing. 1 Craft that operated in the lime trade within Port Phillip, but not necessarily built for the trade. They quite often carried general cargoes around Port Phillip, to supplement the owners’ income. 2 Graeme Davison, The Rise and Fall of Marvellous Melbourne, (Melbourne University Press, 1981 reprint). iv Statement of authorship I certify that the work presented in this document, to the best of my knowledge, has neither been previously published nor written by another person except from those where due reference has been made within the text nor has been submitted for a degree or diploma at this or any other University. Peter Taylor ________________________________________ Peter Taylor November 16 2017 Federation University Ballarat, Victoria v Acknowledgements The concept of studying and documenting the vessels involved within the Port Phillip lime trade was first suggested to me in 2015 by archaeologist Geoff Hewitt, at an Australasian Institute of Maritime Archaeology conference. Geoff recognised that a comprehensive study of the subject matter had never been undertaken and the topic was just waiting for someone to assume the responsibility for this task. This thesis is the culmination on many years of research and work in the field. I would like to personally thank Federation University Australia and the Commonwealth Government for making such opportunities available under the Research Training Scheme. I would also like to sincerely thank my supervisors, Professor Keir Reeves and Doctor Benjamin Mountford, who have helped to steer this thesis, providing direction and guidance when needed. I would also like to thank the many friends that I have made through my volunteer work as an avocational maritime archaeologist, with both practitioners and avocationals, and the support and guidance of Peter Harvey, from the Maritime Heritage Unit at Heritage Victoria. A key inspiration in my life as a researcher of maritime history has been the friendship and the exchange of knowledge and ideas with Bob Leek. Bob’s methodical approach to the study of maritime history taught me a great deal about the art of research. That knowledge and methodology now forms an essential part of my toolkit. Lastly, the most important person of all is my wonderful wife of 37 years, Jane. Her encouragement and support have proved crucial in finishing this thesis. vi Chapter Contents Introduction……………………………………………….……………… 1 Introduction………………………………………………… 1 Understanding lime……………………………………….. 2 Shell lime…………………………………………………… 5 Early limeburning at Port Phillip…………………………. 5 The emergence of the Port Phillip lime craft…………… 6 Fire and other catastrophic events……………………… 8 Disappearing forests……………………………………… 9 Melbourne Gas Works…………………………………… . 9 The two periods of the Port Phillip lime economy…….. 11 The decline of the lime craft……………………………… 11 Primary research question……………………………….. 12 Summary…………………………………………………… 12 Chapter 1 Methodology……………………………………………… 13 Research aims…………………………………………….. 13 Method approaches………………………………………. 13 Search for a case study………………………………….. 13 Search methodology……………………………………… 13 Fieldwork…………………………………………………... 13 Resources used for lime trader database……………… 14 Database…………………………………………………… 14 Estimating quantities of lime consumed………………… 14 Carrying capacity of vessels……………………………... 15 Methods of determining sizes, and, or tonnages……… 15 Port Phillip wind and weather conditions………………. 15 Summary…………………………………………………… 15 vii Chapter Contents Chapter 2 Literature Review………………………………………… 16 Introduction………………………………………………… 16 George McCrae: Mornington Peninsula pioneer………. 17 Olaf Ruhen: author………………………………………… 18 Charles Hollinshed: Mornington Peninsula historian…. 19 Historical Records of Victoria 1835–1840………………. 20 John Alexander: avocational historian…………………... 20 Jane Harrington: archaeologist…………………………… 21 Chris Nelms: Melbourne University student…………….. 22 Rod Elphinstone: Planning Officer National Trust (Vic.).. 22 Justin McCarthy, Robert Varman: archaeologists……… 23 Summary……………………………………………………. 24 Chapter 3 First period lime craft ………………………………….. 25 Introduction……………………………………………….. 25 The early lime and shell trades at Port Phillip………… 25 Convict verses private enterprise in the shell trade…... 29 Shell boats………………………………………………… 31 Estimating tonnage of boats…………………………….. 33 Possible earning capacity of shell boats………………. 34 Shell boats—tools and equipment……………………… 35 Bushels and bags………………………………………… 38 Limeburners’ incomes…………………………………… 39 First period lime craft—origins and rigs……………….. 40 Division of ownership……………………………………. 42 Classes of vessels……………………………………….. 43 Port Phillip wind conditions……………………………… 46 Shipwrecks……………………………………………….. 47 Crewing a vessel………………………………………… 48 Fleet owners and their vessels…………………………. 49 viii Chapter Contents Summary………………………………………………….. 54 Chapter 4 Second period lime craft............................................ 55 Introduction……………………………………………….. 55 The corporatisation of the lime trade…………………… 56 The disappearance of the local shell trade……………. 60 Second period lime craft—origins and rigs……………. 61 The John McDouall Stuart—a lime packet…………….. 65 The 100 ton lime traders…………………………………. 66 Interpreting the Rosetta through historic photographs… 68 Interpreting wharf facilities through historic photographs 72 Second period fleet owners……………………………… 75 Lime craft at Lime wharf—1859………………………… . 82 Lime trading incidents and shipwrecks………………… . 83 Summary…………………………………………………… 86 Chapter 5 The rise and fall of the Port Phillip lime economy... 87 Introduction………………………………………………… 87 The rise and decline of Marvellous Melbourne………… 87 Lime production data……………………………………… 98 The decline in lime production…………………………… 101 A sideways shift in the lime economy…………………… 101 The introduction of the railway…………………………… 102 The end of the Port Phillip lime craft……………………. 103 The last lime fleet owner…………………………………. 107 Summary…………………………………………………… 111 ix Chapter Contents Chapter 6 Shipwreck searches and case study………………… 113 Introduction………………………………………………… 113 The Water Witch—ex lime craft………………………… . 114 The wreck confirmed……………………………………… 115 Choosing remote sensing equipment for search……… 115 Interpreting the historical position………………………. .. 116 Outcomes of the Water Witch search…………………… 119 Google Earth desktop wreck search…………………….. 119 Wreck signatures from airborne derived data………….. 120 The on-water search …………………………………….. 122 Site description……………………………………………. 122 Fastenings…………………………………………………. 126 Diagnostic evidence found……………………………….
Recommended publications
  • Pre-Industrial Lime Kilns
    Pre-industrial Lime Kilns On 1st April 2015 the Historic Buildings and Monuments Commission for England changed its common name from English Heritage to Historic England. We are now re-branding all our documents. Although this document refers to English Heritage, it is still the Commission's current advice and guidance and will in due course be re-branded as Historic England. Please see our website for up to date contact information, and further advice. We welcome feedback to help improve this document, which will be periodically revised. Please email comments to [email protected] We are the government's expert advisory service for England's historic environment. We give constructive advice to local authorities, owners and the public. We champion historic places helping people to understand, value and care for them, now and for the future. HistoricEngland.org.uk/advice Introductions to Heritage Assets Pre-industrial Lime Kilns May 2011 Fig. 1. Ground plans showing the main types of Romano-British lime kilns known in England. A – Periodic or flare kiln. B – Irregular kiln. C – Pit or ‘clamp’ kiln. INTRODUCTION A lime kiln was a structure used to manufacture lime (Figure 1). During the Anglo-Saxon period buildings (calcium oxide) by burning calcium carbonate at were usually of timber construction and, although lime temperatures above 900°C. The calcium carbonate may have been used for white-washing high status burned (or ‘calcined’) was commonly limestone or buildings, the demand for it was very low. This changed chalk, but occassionally other materials such as oyster in the medieval period (1066-1485), when large or egg shells were used.
    [Show full text]
  • 53652 02 MG Lime Kiln Leaflet 8Pp:Layout 2
    Slaked lime. What happened to the industry? The lime kilns today Discover What was To make clay soils more By the 1880s the lime trade was Today the lime kilns stand as a monument to the industrial era in a workable and to neutralise in decline and by 1900 seems to place not usually associated with such activity. In recent times, work the burnt lime acid soil.** have ceased production. Activity has been carried out by the National Trust which has involved parts of To make whitewash, had only been sporadic through the kilns being reinforced and altered. This is most evident around the used for? mortar and plaster.** the final years of the nineteenth The Castle Point south western pot, where the brick walls have been removed from century. On the 17th September above the draw arches and concrete lintels have been installed. Burnt lime from Lindisfarne was To destroy odours in mass probably used primarily in burials.** 1883, the Agnes left the Staithes; In 2010, the first phase of important improvements to access and agriculture. The alkali-rich slaked the last ship to depart Holy interpretation began. The old fences were improved to prevent sheep To make bleaching powder, lime kilns lime was perfect for neutralising Island laden with lime, This ship, a disinfectant.* from gaining access to the kilns, and a floor was laid in the central acidic soil and so improving along with others of Nicoll’s passageway. A new public access gate was also installed. fertility. It is also likely that some fleet, did return in the next few To make caustic soda used to Funding for this project came from National Trust Property Raffle sales of the slaked lime was used in make soap.* years but only, it seems, to in the Castle, Gift Aid on Entry money from visitors.
    [Show full text]
  • Cement & Lime Manufacture 1968 Vol.41 No.2
    C EM E NT & LI M E MANUFACTURE P rice Is. 6d. per Copy. Annual subscriptio ns: Inland 9s. post free. VOL. XLI. No. 2 MARCH, J968 Overseas lis. 6d . incl udi ng postage. Canada and U.S.A. 1.80 dollars incl. post. U.K. R ~ ;>re,ent.llyes:- CO NTI N ENTAL ENG I NEE RING CO. LTD., London Road, Ascot, Berks. Tel. No : Winkfield Row 20 II PAGE ii CE M ENT AND LIM E MANU FACTU RE M ARCI-II % R FULLER-DRACCO GLASS CLOTH FILTERS FOR THE CEMENT INDUSTRY * For completely dust-free cement production both kilns and clinker coolers should have Fuller- Dracco Glass-Bag filters. * Fuller-Dracco Glass-Bag filters assure virtually 100% dust collection from hot gases. * Glass bags withstand continuous temperatures of up to 550°F. * Reverse air and sonic cleaning prolong bag life. * Bag-houses can be designed for vacuum or pressure operation and for any capacity. * The largest suction type Glass Cloth Collector in the world is a Dracco installation handling 350,000 c.f.m. dry process kiln gas. Glass cloth gas cleaning has proved the most effec­ tive means of trapping hot dust i n cement plants and Fuller's extensive experience in designing and CONSTANTIN developing Glass-Bag Dust Collectors for many (ENGINEERS) LTD_ applications makes us best qualified to build your next RADNOR HOUSE . LONDON ROAD' NORBURY collecting system. LONDON ' S.W.16 <D 01-784 1571 ; Fuller-Dracco Glass-Bag dust collectors operate at intake temperatures of up to 550°F without pre­ ECDNSTANTIN CONSTANTIN cooling and we can offer a variety of bag cleaning SA ESPANOLA SJI techniques to suit your operating requ irements.
    [Show full text]
  • Lime Kilns in Worcestershire
    Lime Kilns in Worcestershire Nils Wilkes Acknowledgements I first began this project in September 2012 having noticed a number of limekilns annotated on the Ordnance Survey County Series First Edition maps whilst carrying out another project for the Historic Environment Record department (HER). That there had been limekilns right across Worcestershire was not something I was aware of, particularly as the county is not regarded to be a limestone region. When I came to look for books or documents relating specifically to limeburning in Worcestershire, there were none, and this intrigued me. So, in short, this document is the result of my endeavours to gather together both documentary and physical evidence of a long forgotten industry in Worcestershire. In the course of this research I have received the help of many kind people. Firstly I wish to thank staff at the Historic Environmental Record department of the Archive and Archaeological Service for their patience and assistance in helping me develop the Limekiln Database, in particular Emma Hancox, Maggi Noke and Olly Russell. I am extremely grateful to Francesca Llewellyn for her information on Stourport and Astley; Simon Wilkinson for notes on Upton-upon-Severn; Gordon Sawyer for his enthusiasm in locating sites in Strensham; David Viner (Canal and Rivers Trust) in accessing records at Ellesmere Port; Bill Lambert (Worcester and Birmingham Canal Trust) for involving me with the Tardebigge Limekilns Project; Pat Hughes for her knowledge of the lime trade in Worcester and Valerie Goodbury
    [Show full text]
  • Fossil Beach Cement Works Heritage Study
    Special Council Meeting - Item 2.2 Attachment 2 Monday, 1 August, 2011 BIOSIS R E S E A R C H Fossil Beach Cement Works Heritage Study April 2011 ‘A view of Fossil Beach in 1872’, oil painting by R Scott, in the collection of the Mornington Peninsula Regional Gallery. Natural & BIOSISCultural Heritage R E S E Consultants A R C H 38 Bertie Street (PO1 Box 489) Port Melbourne Victoria 3207 Special Council Meeting - Item 2.2 Attachment 2 Monday, 1 August, 2011 BIOSIS R E S E A R C H Fossil Beach Cement Works Heritage Study April 2011 Gary Vines & Geoff Yugovic Report for Mornington Peninsula Shire Ballarat: 449 Doveton Street North Ballarat 3350 Ph: (03) 5331 7000 Fax: (03) 5331 7033 email: [email protected] Melbourne: 38 Bertie Street Port Melbourne 3207 Ph: (03) 9646 9499 Fax: (03) 9646 9242 email: [email protected] Biosis Research Project – 11255 Date of Completion – 12/05/2011 Canberra: Unit 16/2 Yallourn Street Fyshwick 2609 ISBN 978-1-921405-10-5 Ph: (02) 6228 1599 Fax: (02) 6280 8752 email: [email protected] Sydney: 18-20 Mandible Street Alexandria 2015 Ph: (02) 9690 2777 Fax: (02) 9690 2577 email: [email protected] Wangaratta: PO Box 943 Wangaratta 3676 Ph: (03) 5721 9453 Fax: (03) 5721 9454 email: [email protected] Wollongong: 8 Tate Street Wollongong 2500 Ph: (02) 4229 5222 Fax: (02) 4229 55 email: [email protected] Biosis Research Pty. Ltd. This document is and shall remain the property of Biosis Research Pty.
    [Show full text]
  • Lime Burning in Westmorland
    Victoria County History of Cumbria Project: Interim Draft [Note: This is an interim draft and should not be cited without first consulting the VCH Cumbria project: for contact details, see http://www.cumbriacountyhistory.org.uk/] Author: David Johnson LIME BURNING IN WESTMORLAND INTRODUCTION Lime has been produced in Britain since at least Roman times, though there appear to be some hints of its use prior to that.1 The burning of lime in the medieval era has been attested by archaeological excavation of a sow, or clamp, kiln on the southern flanks of Ingleborough, radiocarbon dated to the twelfth or thirteenth century, and of a similar sow kiln in the Forest of Bowland radiocarbon dated to the thirteenth century. In both cases, given that the sites in question were in very remote agricultural locations, the lime was probably destined for use on the land.2 No such evidence has been recorded for Westmorland but it goes without saying that every stone-built structure – church, monastery, bridge, manorial hall or baronial castle – would have needed lime in medieval times and it was common practice to construct a simple kiln at the place where lime mortar was needed. Indeed, this would also have applied in the pre-Conquest era. Kilns prior to the very late seventeenth century were not the masonry-fronted kilns surviving 1 Strabo (d. AD 23) wrote of tribesmen in what is now north-east Wales coating their hair with limewash and drawing it back thickened with lime so that it differed ‘in no way from a horse’s mane’ (I.
    [Show full text]
  • SAFETY DATA SHEET Lime Kiln Dust
    MISSISSIPPI LIME COMPANY - SAFETY DATA SHEET Section 1: Identification Lime Kiln Dust Product Line Lime Kiln Dust, LKD, Code L, "Codel" Product Uses Soil stabilization, conditioner, additive, filler, pH adjustment, DOT specifications. Manufacturer Mississippi Lime Company 16147 US Highway 61, Ste Genevieve, MO 63670 24 Hour Emergency Contact Number: (800) 437-5463 Section 2: Hazard(s) Identification Signal Word DANGER ! NFPA HMIS HEALTH - 3 0 FLAMMABILITY - 0 3 1 PHYSICAL HAZ - 1 E PER. PROTECTION- E HARMFUL IF SWALLOWED OR INHALED. CAUSES BURNS TO SKIN AND EYES. CAUSES SEVERE DESCRIPTION IRRITATION TO RESPIRATORY TRACT. H 315: Causes skin irritation. H 318: Causes serious eye damage. Hazard H 333: May be harmful if inhaled.. H 335: May cause respiratory irritation H 351: Suspected of causing cancer PREVENTION P 102: Keep out of reach of children. P 261: Avoid breathing dust. P 280: Wear protective gloves/protective clothing/eye protection/face protection. P 402: Store in dry place. RESPONSE P 302 + P 352: IF ON SKIN: Wash with plenty of soap and water. P 304 + P 340: IF INHALED: Remove victim to fresh air and keep at rest and comfortable. Statements P 305 + P 351: IF IN EYES: Rinse cautiously with water for several minutes. Precautionary Precautionary P 305 + P 337 + P 313: IF IN EYES: If eye irritation persists, Get medical advice/attention P 301 + P 330 + P 331: IF SWALLOWED: Rinse mouth. Do NOT induce vomiting. Products containing Crystalline Silica are Class D2B - Toxic, and containing Calcium Oxide are Class E - WHMIS Corrosive. Classification of substance (Regulation (EC) No 1272/2008): Skin Corrosion/Irritation (Category 1C); Serious eye ECHA damage/Irritation (Category 1) In contrast to it's dry form, calcium oxide, when diluted with water, will release heat and cause skin and eye OTHER damage (alkaline burns) with prolonged contact.
    [Show full text]
  • Characterization and Utilization of Cement Kiln Dusts (Ckds) As Partial Replacements of Portland Cement
    Characterization and Utilization of Cement Kiln Dusts (CKDs) as Partial Replacements of Portland Cement by Om Shervan Khanna A thesis submitted in conformity with the requirements for the degree of Doctor of Philosophy Department of Civil Engineering University of Toronto © Copyright by Om Shervan Khanna (2009) Characterization and Utilization of Cement Kiln Dusts (CKDs) as Partial Replacements of Portland Cement Doctor of Philosophy, 2009 Om Shervan Khanna Department of Civil Engineering University of Toronto Abstract The characteristics of cement kiln dusts (CKDs) and their effects as partial replacement of Portland Cement (PC) were studied in this research program. The cement industry is currently under pressure to reduce greenhouse gas (GHG) emissions and solid by- products in the form of CKDs. The use of CKDs in concrete has the potential to substantially reduce the environmental impact of their disposal and create significant cost and energy savings to the cement industry. Studies have shown that CKDs can be used as a partial substitute of PC in a range of 5 – 15%, by mass. Although the use of CKDs is promising, there is very little understanding of their effects in CKD-PC blends. Previous studies provide variable and often conflicting results. The reasons for the inconsistent results are not obvious due to a lack of material characterization data. The characteristics of a CKD must be well-defined in order to understand its potential impact in concrete. The materials used in this study were two different types of PC (normal and moderate sulfate resistant) and seven CKDs. The CKDs used in this study were selected to provide a representation of those available in North America from the three major types of cement manufacturing processes: wet, long-dry, and preheater/precalciner.
    [Show full text]
  • A Case Study in Lime Production ~ Sri Lanka Practical Action
    A CASE STUDY IN LIME PRODUCTION TRADITIONAL TECHNIQUES IN SRI LANKA There is a long history of production and use of lime in Sri Lanka. Its main use has been as a cementing agent and as a decorative whitewash in the building industry. In recent years the demand for lime has increased. It is now also used for water treatment, in the sugar industry, for agricultural purposes and in other miscellaneous applications such as road stabilisation. However, traditional methods of lime production are still very much in evidence and few attempts have been made to improve upon these methods, for example by improving the kiln design. Coral and shell deposits, the raw materials traditionally used for lime production, are mainly confined to the south-western and southern coastal belts of the island. In the central hill country lime is also produced by making use of dolomite deposits. Dolomite is a type of limestone containing a proportion of magnesium carbonate (MgCO3) as well Figure 1: A traditional kiln. as calcium carbonate (CaCO3). Photo credit: Practical Action The demand for lime in Sri Lanka is mainly in the urban areas. Very large quantities of lime are transported to Colombo, the largest city, daily. This case study illustrates the traditional techniques adopted for the production of lime hydrate in Sri Lanka and compares the methods used with dolomite and coral as the raw materials. The present state of the lime industry has been studied by a number of organisations including Intermediate Technology Development Group, Industrial Development Board, Ceramic Research and Development Centre and Institute for Construction Training and Development.
    [Show full text]
  • Cement and Lime Kilns
    APPLICATION NOTE CEMENT AND LIME KILNS Cement, lime and gypsum manufacturing processes have in common the mixing of inorganic minerals calcined at high temperatures, typically using rotary or vertical kilns, and use multiple measurements for combustion control. CEMENT Regular Portland cements are the usual products for general calcining drives off the carbon dioxide (CO2); burning sinters concrete construction. The raw materials, limestone or chalk, and partially fuses the ingredients into lumps known as together with clay or shale are mixed and fed to a large rotary clinkers. These clinkers are then cooled and pulverized into fine kiln at temperatures up to 1427°C (2600°F). The mix can be taken powder. Some gypsum is used to control the speed of setting through several preheater and pre-calciner stages before being when water is added. After the kiln, the flue gas passes through charged into the rotary kiln. various heat recovery stages, then to electrostatic precipitators for final clean-up before being discharged to the stack. Kilns are normally fired with pulverized coal or gas at one end. Raw materials are fed to the kiln at the back end, furthest Some cement kilns are the wet “slurry” type. Slurry of raw from the burners. Travelling through the kiln, the ingredients materials is fed directly into the kiln. The temperature at the inlet are progressively heated. Here, flue gas flows in the opposite is considerably less than the dry feed process. The kiln is also direction. The kiln can be divided into three zones – drying, much longer to allow enough time for drying before calcination.
    [Show full text]
  • Highlands Lime Kiln Report Produced by Stuart Stark & Associates
    0 The Highlands Lime Kiln – A Rare Survivor _____________________________________________________ Contents: Introduction and Intent of this Report 1 Acknowledgements 2 Statement of Significance 3 What are Lime Kilns? 4 A Brief History of Lime Kilns in Greater Victoria 7 The Highlands Lime Kiln 9 Gartcraig Bricks at the Aldermere Lime Kiln 15 The Lime Kiln Today 17 Protection of the Lime Kiln- Heritage Register 18 Establishing a Buffer Zone Around the Lime Kiln 19 Possible Buffer Zones to Protect the Lime Kiln 20 Possible Buffer Zones shown on Maps 21 Context of the Lime Kiln Site in the Neighbourhood 22 Conservation of the Lime Kiln: Existing conditions 23 Tree and Brush Removal Diagram 24 Concept Sketch for Presentation of the Lime Kiln as a Historic Site 25 Appendix: 1887 map showing a lime kiln to the east of Millstream Road. 26 Two photographs of Highland Lime Kiln in 2007 27 _______________________________________________________________________ Introduction and Intent of this report: This report is intended to aid in the preservation of the historic Highlands lime kiln, one of only two examples of a very rare type of early industrial building in Greater Victoria. The kiln is situated beside the Highlands District offices, off Millstream Road, District of Highlands, Vancouver Island, B. C. The limekiln is located partially on District Land, and partially on private land owned by Ecoasis Development LLP. A meeting was held onsite on August 11, 2016 with Laura Beckett, Municipal Planner for the District of Highlands; members of the Heritage Committee; Ryan Mogensen, Land Development Manager, Ecoasis Development, the representative of the owner of the adjacent land (which the lime kiln partially sits on); and Stuart Stark, Heritage Consultant.
    [Show full text]
  • Cowdale Quarry and Limeworks, King Sterndale, Derbyshire
    Cowdale Quarry and Limeworks, King Sterndale, Derbyshire Conservation Management Plant (Draft for Consultation) Oxford Archaeology North December 2013 Express Park Buxton Ltd Issue No: 2013-14/1469 OA North Job No: L10683 NGR: 408030 372315 Cowdale Quarry and Limeworks, King Sterndale, Derbyshire: Conservation Management Plan (Draft) 1 CONTENTS ACKNOWLEDGEMENTS 4 1. INTRODUCTION 5 1.1 The site and its location 5 1.2 Ownership, present uses and status 7 1.3 Purpose of the Conservation Management Plan 7 1.4 Site parameters 8 1.5 Present condition and vulnerabilities 8 2. UNDERSTANDING THE SITE 10 2.1 Introduction 10 2.2 Location and context 11 2.3 The site and its components: summary 12 2.4 Geological context 14 2.5 Landscape assessment 14 2.6 Ecology 15 2.7 Climate change 15 2.8 Current issues 15 2.9 Historical and archaeological background 16 2.10 General description and analysis of sites and structures 22 2.11 Alterations during the site’s operational life 22 2.12 Values and detractors 23 2.13 Present and future management 24 2.14 Safety issues 25 3. STATEMENT OF SIGNIFICANCE 26 3.1 Criteria 26 3.2 Defining significance 26 3.3 Criteria 28 3.4 Archaeological studies 28 3.5 Levels of significance 28 3.6 Site components 31 3.7 Summary statement of significance 69 3.8 Detractors 70 3.9 Rarity value 71 3.10 Key values 74 For the use of Express Park Buxton Ltd OA North 2013 Cowdale Quarry and Limeworks, King Sterndale, Derbyshire: Conservation Management Plan (Draft) 2 3.11 The significance of Cowdale as an asset to different groups 75 3.12 Concluding comment 76 4.
    [Show full text]