The Brantford Canal. Introduction

Similar documents
Water Treatment Plant Historical Timeline

SAMPLE PAGE. Trains Express Lapbook. Any Age. A Journey Through Learning

Corduroy Road. Corduroy road

Official name: Peugeot S.A. Owned by: PSA Peugeot Citroën.

Green Line LRT: Beltline Segment Update April 19, 2017

Project Description - 1 -

Rural Electrification. A Brief History GEORGIA S ELECTRIC MEMBERSHIP CORPORATION

FREQUENTLY ASKED QUESTIONS

Oxide Film Arrester An Overview By Jonathan Woodworth

Advance planning and this powerful generator provided emergency power during the 2003 blackout.

Stanley s original transformer

Honorable Mayor Smith and members of the City Council; City Manager Brenda Fischer. Approval of Contract: Brindlee Mountain Fire Apparatus

Expanding Capacity for the Northeast Corridor The Gateway Program

INFRASTRUCTURE RENEWAL FOR THE NEXT GENERATION PATCO High Speed Line Power Infrastructure Renewal

Jane is 125 years old this year

Modernising the Great Western railway

A Brief History of the Origins of Monorails Beginning with the World s 1st Monorail in And. Culminating in 1929

Bill Witcher CEO Minute Man Trucks Minuteman Trucks History

Supplemental Material: War of Currents

Yukon Resource Gateway Project

Build a Green, Harmonious and Integrated Public Transport System

17.8 acres site 4.6 acres in floodplain & wetlands 3.5 acres of surface parking 9 acres of open space

Official name: Aston Martin Holdings UK (AMH UK)

Poster book. by Marvin T. Broyhill. Copyright All rights reserved. May not be used in whole or in part without prior written consent.

Taxis and Accessible Services Division Medallion Reform Background May 1, 2018

China's Sany Electric completes first US wind project

The Corporation of Haldimand County

The Steam Engine and Industrialization

High Speed 2- engineering, benefits & challenges. Prof Roderick A Smith

Submission to Greater Cambridge City Deal

CITY OF LONDON STRATEGIC MULTI-YEAR BUDGET ADDITIONAL INVESTMENTS BUSINESS CASE # 6

CITY OF VAUGHAN EXTRACT FROM COUNCIL MEETING MINUTES OF NOVEMBER 21, 2017

DRAFT Subject to modifications

AMTRAK ENVISIONS WORLD CLASS HIGH-SPEED RAIL Washington to Boston in about three hours at up to 220 mph (354 kph)

Green Line LRT: Beltline Recommendation Frequently Asked Questions

Unit 4. Industrial Revolution, Russian Revolution, and Chinese Revolution

EMERGING REQUIREMENTS

What We Heard Report - Metro Line NW LRT

The Road to the Model T A Self-Guided Tour Itinerary for Greenfield Village

PROSPERITY IN THE 1920 S

Figure 1 Unleaded Gasoline Prices

Procurement notes for councils (Scotland)

Life Along The Apalachicola River (American Chronicles) By Jim McClellan READ ONLINE

The Preferred Alternative: a Vision for Growth on the Northeast Corridor

Bedford/Franklin Regional Rail Initiative (BFRRI) Rationale for a Bedford Amtrak Station June 30, 2015

On June 11, 2012, the Park Board approved the installation of three electric vehicle charging stations along Beach Avenue.

ORILLIA WATER, LIGHT & POWER COMMISSION ORILLIA POWER CORPORATION Take a walk down memory lane.

The Engineering Department recommends Council receive this report for information.

20compressed.pdf Additional Material: GVHC Library File 49

REMINISCING ABOUT WELLAND. Courtesy of the. City of Welland Heritage Advisory Committee. and the. Welland Historical Museum

the nineteen twenties - the early years

Louis Bull Tribe s Journey:

Connect. Thrive. Develop. KC Streetcar Riverfront Extension & Multi-Modal Feasibility Study

actsheet Car-Sharing

EnVibe, Inc. Houston, Texas. Carbon Seal Rub on a Steam Turbine

The Industrial Revolutions: How do we prepare? Wonkoo Lee Department of Chemistry Sogang University, Seoul, Korea

History of Subway in Kyoto

Donald J. Lewis President. Directors. Dave Bashline. John Basile. Randy Berger. Rod Cornell. John DeSantis. Martin Fasack.

APP/P1.2/SCH. Scheme Overview Summary Proof of Evidence Peter Adams

A route for Train Simulator 2012

Warrington Tram. The alternative to Urban Road Transport Pollution. A better value scheme than the Western Link Road

=- Establish the Size of a Viable Dealer Network

CN in Your Community British Columbia Photo: Squamish, 1BC

Guide to the Niagara Falls Power Company Photographs

West Virginia Office of Miners Health, Safety and Training. May 17, Report of a Fatality by Fall to a Lower Level Liberty Processing

-Mobility Solutions. Electric Taxis

Green Power Feasibility Study Econet Lesotho

BIRMINGHAM CONNECTED Anne Shaw Tuesday 20 January 2015

The Regional Municipality of York. Purchase of Six Battery Electric Buses

National strategy for alternative fuels infrastructure

Project Title: Lowertown Ballpark (CHS Field) Solar Arrays Contract Number: EP4-34 Milestone Number: 1 Report Date: June 21, 2016

The Industrial Revolution Spreads. Chapter 6 Section 1

KANSAS CITY STREETCAR

UD Trucks celebrates its 80 th anniversary

NORTHERN INDIANA PUBLIC SERVICE COMPANY NORWAY AND OAKDALE HYDRO ELECTRIC PLANTS MONTICELLO, INDIANA

The Future of Transportation on the Caltrain Corridor

Jeff Hanley Vice President Sales Energy Tubulars

Dear New Clean Cities Stakeholder:

Late Starter. Tuesday, November 6, 2018

Pump Station 7 Improvements

FROM BRAIN WAVE TO HEAVY LIFT TERMINAL IN ONE YEAR

History of The Milwaukee Electric Railway & Light Company -- and the East Troy Electric Railroad

#lexingten: A History of Lexington in 10 Objects

Motors and Generators competition between Westinghouse and Edison to supply electricity to cities

MEDIA RELEASE. June 16, 2008 For Immediate Release

Presentation overview

Java Sugar Mill Blog Part 13 (Unlucky for Olean!) 9 August 2017 Olean, Prajakan and on to Jember

Revising the Historic Monthly Mean Niagara River Flow at Buffalo to Reflect Better Estimates of Maid-of-the-Mist Pool Outflows

The Model Deltic Locomotive at Riverside Museum. Appendix 1. D. Napier & Son Ltd., a very brief history. A detailed history of the company is given by

The Hinkley Point C Project

Preserving Railroad History along the Donner Pass Route. A Tale of Two Locomotives (and Their Donner Route Connections)

Divided Past To Integrated Future Developments in local public rail transport in Berlin

Proposed Dounreay - Mybster 275 kv / 132 kv

Port Hacking cable crossing project Community engagement and feedback summary August 2016

CLEAN VEHICLES AND SUSTAINABLE MOBILITY ROADMAP INITIATIVES IN SENEGAL

Planning of the HSR Network

Supplement to the Histelect News No. S58 December 2014 CHINA S THREE GORGES DAM HYDRO-ELECTRIC POWER PLANT

Overview of hydro electric dams and how they work Provide background on basic principles of hydropower and its history. Explain features that all

Former Yreka Western No. 19 Arrives at Age of Steam Roundhouse

Frequently Asked Questions

Transcription:

The Brantford Canal Introduction The preservation of heritage also includes protecting tangible objects other than buildings. It also encompasses such things as ruins, lakes, rivers, landscapes, relics, bridges and other engineered, man-made works. Examination of such items allows us to learn about the history and development of our surroundings. The remnants of the Brantford Canal and the city=s first hydro electric station allow us to understand the settlement patterns in the development of the city and how the coming of electricity sustained that development once we no longer navigated the river for transportation. The development of the canal system built between 1830 and the 1860's from Dunnville to Brantford is part of the industrial history of the Grand River valley. Paddlewheelers and other crafts used the system to transport wheat, other goods and passengers to and from the United States and other Canadian ports. Access to other cities was facilitated by the construction of a feeder canal between the lower Grand and the Welland canal. The area located south of Lock Road at Beach Road, which runs along the Grand River, played a very important role in the development of Brantford. The area is rich in history of navigation and the origins of hydro electric power. The site was the location of the old locks which were necessary in operating the Brantford Canal. The canal increased the efficiency of navigating the Grand River by eliminating 12 miles of meandering of the waterway. As large scale navigation developed, the City benefited as industries and people were attracted to the area. This area was a major component in the link created by the Grand River Navigation Company between Buffalo and Brantford. The coming of the railroad to Brantford led to the fall of the Grand River Navigation Company and reduced the dependence of the Grand River for shipping and transportation. This area continued to play an important role in the economic development of Brantford, as it became the site of Brantford=s first Hydro Electric Generating Station. Electric companies came and went but with each of them electrical developments progressed continuously. The availability of cheap hydroelectric power continued to attract industries and Brantford became a prosperous industrial centre. This year marks the 150th anniversary of the opening of the Brantford Canal. On November 6, 1848, The Grand River Navigation Company officially opened the canal and the navigation of the Grand River for a distance of fifty seven miles from Brantford to Dunnville was made possible. The Grand River Navigation Company played an important role in the development of the City in that it formed a commercial link with outside markets. It provided for the haulage of goods and later expanded to passenger service from Brantford to Buffalo. The ability to navigate the Grand River was the catalyst for settlement and economic development in the region. Remains of the Grand River locks are quite visible today.

Brief History of the Grand River Navigation Company In the early 1800's, people living in the area were looking at the river to improve extremely poor land transportation routes. During this time, North America was experiencing Acanal fever@. In 1824 the Welland Canal Company was incorporated and people in this area studied the feasibility of a canal to improve the navigation of the Grand River. The potential of large scale navigation on the Grand River came in 1829 with the construction of a dam at Dunnville and a feeder canal to supply water to the just completed Welland Canal. This led to the formation of the Grand River Navigation Company. As part of the Act, which incorporated the Grand River Navigation Company, the company was given total authority to approriate any land which was necessary for navigation purposes. By 1832, the company began the construction of eight locks and dams. Construction of the river project consisted of a series of locks and dams. Dam and Lock #1 was built 22 miles upriver from Dunnville, later known as the Town Of Indiana. Lock and Dam #2 was built further 3 miles upriver at Nelles Rapids. This area later became the site of the Village of York. Lock and Dam #3 was known as Sim=s Lock. The fourth lock and dam was located a further mile and became the site of the Village Seneca, at Stoney Creek. A series of other locks and dams were constructed two miles apart. An extra two locks were later necessary for the Brantford Cut, a three mile canal built to avoid twelve miles of meandering of the river between Bunnell=s landing and Brantford. Construction of the canal progressed very slowly. Factors which contributed to such difficulties included financial, cholera outbreaks and inexperienced contractors. Despite the money drawbacks in construction, the canal officially opened on November 6, 1848, making the Grand River navigable for 57 miles from Dunnville to the heart of Brantford. The landing wharf and the company=s offices were located west of the former Market Street Bridge. The Grand River Navigation Company enabled local businesses to ship and receive goods from their own warehouses and provided the means through which the produce of the surrounding area could be sent to outside markets. The Town of Brantford benefited immensely. The bringing of the canal to Brantford increased trade and attracted new businesses to the area. By 1850 there were over 100 steamers on the Grand River. Paddle wheel steamers with names such as AQueen@, ARed Jacket@ and AMessmore@ provided 48 hour round trips from Brantford to Buffalo. At Caledonia, connections were made with stage coaches to Hamilton and Port Dover. Steamers made stops at Newport, Caledonia, Cayuga and Dunnville.

A Ticket for the steamers With the opening of the canal, there was a high level of prosperity as new mills were established and businesses increased. Despite this era of prosperity, it is ironic that the Grand River Navigation Company remained in deep financial trouble. From the company=s inception, financial problems persisted. This problem resulted in cheap construction of the works and did not allow the company to complete the necessary repairs. The poor state of finances led to deterioation of the waterway system. An assessment done in 1851 revealed the need for extensive and costly repairs to the locks and dams. The only alternative solution to maintain this waterway system from deterioration and continue to benefit from navigation was to seek governmant ownership. In 1853, the Government agreed to take over the Grand River Navigation Company but only if the County Councils of Brant and Haldimand raised sufficent funds to support the work. The Counties were unsuccessful in their attempt and the company lost their chance for government ownership. In 1859, the company could not go on any longer financially and the Town of Brantford foreclosed on the mortage. In 1861, the court decided that the ownership would go to Brantford. Later that year, the Haldimand Navigation Company purchased all the assets of the Grand River Navigation Company except the Brantford Cut, which included the Canal and three locks. The financial factors combined with the coming of the railways in the 1850's marked the end of the company. On January 13, 1854, the Buffalo, Brantford and Goderich railway line was opened and thus navigation on the Grand River declined. Those settlements along the river that depended on navigation for survival had to find altenate means of support. Some of these settlements stagnated while others died. By 1880, the locks were not in use, became neglected and were abandoned.

Brief History of Hydroelectric Development The Grand River lost its importance for transportation with the coming of the railroad. The Town of Brantford legally owned the Brantford Cut (Canal) and was responsible for its maitenance. Mr. Alfred Watts was interested in this land and saw the possibilities of the canal for the development of hydraulic power and for providing energy to operate his manufacturing enterprise. The Town of Braantford was more than glad to deed this land to Mr. Watts in 1875, for the cost of one dollar. As part of the agreement, Mr. Watts agreed to maintain the canal property in a condition satisfactory to the Town and protect the banks against the encroachments of the Grand River. Several mills were established along the Grand River but the amount of water that was utilized was quite low. In an attempt to improve this situation Mr. Watts was able to make use of a thirty -three foot difference in level between the river and the canal. Directly next to the locks Mr. Watts erected a small building to house a small dynamo. This building remained standing until the early 1920's and the ruins are still seen today at the historic site of Brantford=s first hydro electric plant. Hydro electric power was first generated at this site in 1885 and within a short period of time, Brantford=s entrepreneurs pushed for a pole-line to the city centre to light the main streets and stores. By the late 1800's many improvements were made to electrical power and the production of power increased. A tremendous amount of money was necessary to keep pace with the improvements and the quality of lighting and therefore a company known as Brantford Electric Light Company was formed. This company was incorporated in 1890 and was operated by Mr. Watts, his two sons, Mr. William Buck, Mr. Robert Henry and Mr. George Wilkes.

Shortly after, a series of companies were formed to deal with the rapid progress of electrical technolgy. The Brantford Electric & Power Company with Mr. Buck as president was formed in 1893, followed by Brantford Electric & Operating Company operated by Mr. Wilkes. In keeping up with progress the water power plant at the locks was continuously improved. By 1905, this power plant had a water power capacity of 1200 horse power and was supplying power to many large industries. By the early 1900's, power consumption had increased and a new modern steam plant was built to supplement the water power plant and act as a standby station. This new steam plant was built by Waterous Engine Works Company. The next major event in electrical development occurred on March 14, 1908 when Brantford linked its electrical network with the ADominion Power A system. Hydro electric power in Brantford was no longer supplied by the old power house, next to the locks but instead came from DeCew Falls, 52 miles away. The new transmitted power was found to be so cheap and reliable that the old power house at the locks was closed on May 15, 1911. Brantford=s first hydro electric power plant had played an important role in starting industrial development in the area. However, due to the limitations of the of the power plant and the Grand River, along with the tremendous demand for more power, the switch to the DeCew Falls system was proved necessary. This article was written by City of Brantford Planning Department staff.