Interview with Sue Threader and Kate Castle of Rochester Bridge

From Left: Pictured are Kate Castle (Senior Engineer) & Sue Threader (Bridge Clerk) at Rochester Bridge Trust.

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Love builds bridges where there are none, and bridges are built with the love and care that only bridge engineers can give them. Yet for a bridge to last forever, tender loving care is needed by the same engineers to ensure they are maintained not only by their function as a crossing but also by its outer appearance. In order to ensure they are properly maintained and to understand how bridges work, education and only education is the key. 

When looking at the Rochester Bridge, we look at a unique structure that features not only one crossing, but as many as four: Two roadway structures, one walkway for maintenance and one two-track railroad structure. Each one coming from different generations- a lattice iron bridge dating back to the Victorian era, a three-span steel arch bridge built in 1910s and the youngest bridge is over 50 years old and made of concrete and steel. But there are more things about the bridge that goes way beyond the structures that exist. We have the ornamental warden houses on each end of the arch bridge, the architecture mimicking the Roman times and each corner having a statue of the lion; the lion is the bridge’s mascot. There’s the bridge chapel which had many lives apart from being a church. It is now a meeting place for the bridge trust. And one mustn’t forget the Esplanade with its ornate walkway to allow for tourists to be in awe of the structure and get as many photos as possible.

The bridge has maintained its composure as a structure that not only functions, but also looks attractive to visitors but in part because of the regular maintenance it has received. It has also been a poster boy for learning about bridges and how they are built and maintained. After all, the first bridge at this site dates back to the Roman Empire, built using stone. The bridge has been rebuilt at least four times before the Victorian era when the present-day railroad bridge was built. And the rest was history.

To ensure that the public can appreciate the beauty of the bridge and understand how bridges are built and cared for, the bridge underwent an 18-month extensive rehabilitation project that included everything that needed to be fixed, cleaned and in some cases, renewed so that the bridge looks like new. In addition, further ways of educating the public about this bridge including the use of technology has brought the public closer to the topic of bridges, how they are built and more importantly, how they are maintained with tender loving care. This project has reaped awards as the bridge has received accolades from several institutions nationally and internationally.

And that includes the 2021 Bridgehunter Awards, where the Rochester Bridge won in the category Best Example of a Restored Historic Bridge and Kate Castle won in the category Lifetime Achievement. We decided to interview both her and Sue Threader, about the entire project to get an inside look at the bridge, the Rochester Bridge Trust, the bridges’ restoration project and how the bridge has become one of Rochester England’s prized attractions. So without further ado, here are some things we know about the bridge from their aspects:

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1. (Both) How would you summarize the Rochester Bridge in terms of its description and history?

The first Rochester Bridge was constructed by the Romans, around the time of their invasion in 43AD. The Roman bridge crossed the River Medway on the line of Watling Street, the main Roman road running from London to Richborough and Dover on the Kent coast. 

After centuries of maintenance and repair, the Roman bridge was washed away by flood waters and ice in 1381.

Ten years later we have the medieval stone bridge, which was constructed some hundred yards upriver of the Roman ruins. Then in the 1850s the Victorians replaced that bridge and Sir William Cubitt built his new bridge on the route of the original Roman crossing.

Today we have three bridges. The Old Bridge (1914) a reconstruction of the Victorian bridge; the New Bridge (1970) and the often-overlooked Service Bridge.

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2. What is the role of the Rochester Bridge Trust?

The Rochester Bridge Trust (RBT) was founded in 1399 by Sir John de Cobham and Sir Robert Knolles to ensure the provision of passage over, under or across the River Medway between Rochester and Strood, in perpetuity. They petitioned King Richard II for the organisation (now a registered charity) to be created, and they sought donations of land and money from other wealthy landowners. These donations formed the basis of the current estate of the Rochester Bridge Trust and fund all works.

Today, that means maintaining the three bridges (two road, and one carrying services). This includes managing the Trust’s historic estate to ensure there are enough funds to carry out any work; and supporting engineering and agricultural education, to ensure the expertise we require continues to be developed.

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3. In the RBT Website, there is a lion named Langdon, who entertains the younger visitors who want to see the bridge. Who was behind the creation of Langdon and why? What role does he play with the bridge?

Langdon the Lion is our education mascot and has his own dedicated website: https://rochesterbridgetrust.org.uk/

His inspiration comes from the lion statues that decorate the Old Bridge, with his name taken from Langdon Manor Farm, one of the first properties to be donated to the Trust and still under the charity’s ownership today.

We introduce Langdon to children with this story: https://rochesterbridgetrust.org.uk/meet-langdon/legend-langdon-lion/

His role is to help inspire young people to take an interest in bridges and civil engineering.

4. Tell us in simple terms about the restoration project on the Rochester Bridge based on the following questions

    a. Why was the restoration needed?  

It is essential that large bridges are properly maintained. Although our team carries out regular routine maintenance, there comes a time when more extensive work is needed to make sure the crossings remain safe and secure. It’s a bit like the schedule of services you might have with a car – you routinely keep it clean, change the oil and replace the bulbs, but after a large number of miles, the timing belt needs to be replaced. We had reached the point where the Trust’s three bridges at Rochester needed some more major work, and so we carried out the Rochester Bridge Refurbishment Project.

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    b. What areas of the bridge needed to be restored?

This is a brief introduction to the works. The New Bridge was built in the late 1960s and some parts, such as the lighting, parapet and expansion joints, had reached the end of their serviceable life and needed to be replaced.

The lighting on the Old Bridge needed a review and it was time to improve its efficiency and install LEDs to reduce the environmental impact. Because of the bridge’s Grade II listed status, the existing lights were refurbished and upgraded and some additional matching lanterns were specially designed. We also carried out numerous unseen works to repair steel and concrete, as well as a complete re-waterproofing and re-laying of the roadway.

A new roof was installed on the Service Bridge.

Rochester Esplanade was constructed in 1856, from the remains of the old medieval bridge. The structure and river wall needed some attention and a new drainage system was installed. The whole area in front of the Bridge Chamber was landscaped and new benches added, together with information about the history of the bridges.

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    c. How was the bridge restored?

A major programme of engineering works was carried out over a period of 18 months. Hundreds of different activities took place along the length of the bridges and surrounding area. Much of the work was unseen by the public because it took place on the huge scaffold beneath the deck, which alone cost well over a million pounds.

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    d. How was traffic impacted by the restoration project?

Traffic impact was kept to a minimum. During the whole 18-month project there were fewer than 100 hours of bridge closure, and then only in one direction. Works were carried out in phases and mostly at night, using single lane closures to ensure traffic could continue to flow.

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    e. How was the project financed? Did you do any fundraisers prior to the project?

The £12m project was paid for privately, by the Rochester Bridge Trust, using funds generated by the historic estate. There was no cost to the public.

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    f. Which engineering firms/ construction companies were involved with the project?

The work was carried out by lead contractor FM Conway and a team of specialist sub-contractors.

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    g. When did the restoration begin and how long did the project last?

The refurbishment began in April 2019. There was a temporary closure while covid-safety measures were implemented at the start of the pandemic, with the works taking 18 months. The project was completed ahead of schedule in December 2021.

All the carbon generated during this project has been offset with the planting of more than 8,000 trees to create a new woodland.

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    h. How is the Rochester Bridge different now than before the project?

The three bridges have now been put into the best possible condition for the future, meaning that no major interventions – excluding the unexpected – should be required for many years to come.

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  1. Are there any missing items that need to be taken care of on the bridge?

There are no missing items on the bridge. The nature of bridge maintenance means there are always activities to be carried out.

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5. What was your reaction to winning the 2021 Bridgehunter Awards in the category of Best Example of a Restored Historic Bridge? What statement does it have with historic bridge preservation in your opinion?

This refurbishment was a significant project for us and we are very pleased to see Rochester Bridge recognised in these international awards.

We spent many years preparing for this project and ensuring everything would be carried out to the best possible standard, prioritising quality over cost. To see such an interest in our refurbishment, and to have people from all over the world voting for our bridge shows how much they appreciated our efforts and our Old Bridge.

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6. What roles did you play in the project (including title and description):

    a. Kate Castle
As the Bridge Programme Manager I worked alongside the Bridge Clerk to ensure all elements of the Rochester Bridge Refurbishment Project were carried out according to plan.

    b. Sue Threader

I am the Bridge Clerk [Chief Executive] of the Rochester Bridge Trust, and I oversaw the whole project.

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7. What is your career background prior to joining the RBT?

    a. Kate Castle
I graduated with a degree in civil engineering at the University of Surrey in 2002 and my background is in traffic and road safety engineering. I’ve worked for both the client and consultancy design sign, including Transport for London and Hyder Consulting. During these differing roles I gained project management experience which gave me a combination of skills that was vital during the refurbishment project. I joined the Trust in 2020, having been part of the wider team at then Bridge Engineer Arcadis since early 2013.

    b. Sue Threader
I graduated with a degree in civil and structural engineering from the University of Sheffield in 1988. I’ve worked for several local authorities as a civil engineer and transportation planner before joining the international engineering consultancy, WSP Group plc, in 1998 as a Technical Director. Moving back to the public sector in 2001, I held the post of Deputy Chief Executive and firstly Director of Services, then Director of Resources, for a district council in Surrey. I joined the Rochester Bridge Trust in 2006.

I am also a Fellow of the Institution of Civil Engineers, a Liveryman of the Worshipful Company of Engineers and a member of the Institution of Civil Engineers (ICE) Archives Panel. I was awarded an honorary doctorate of science by the University of West London and an Outstanding Contribution Award from the ICE in recognition of my work to promote civil engineering to young people.

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8. Why did you choose your respective posts at RBT?

    a. Kate Castle
Having worked with the Rochester Bridge Trust for many years I already knew the structures and the breadth of interesting engineering involved in the site. It’s great to be able to contribute to this important historic river crossing.

    b. Sue Threader

As a civil engineer with an interest in history, the Rochester Bridge Trust brings together two of my favourite topics. It’s also a pleasure to be able to work for the same organisation that previously employed my engineering hero, Sir William Cubitt.

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9. Kate Castle, the crew at Bridge Boys, based in California, nominated you for Lifetime Achievement which you won decisively in the voting. Congratulations on winning the title! What are your reactions to winning the awards?

I’m overwhelmed! It’s wonderful to have my work recognised. During the project I took a lot of trouble creating virtual tours of the bridges as a replacement to the hard hat tours that covid prevented. To know that my explanations were appreciated and helped to bring the engineering to life all around the world is really special. Thank you to the Bridge Boys for nominating me and to everyone who felt my work was worthy of this award.

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10. (Kate Castle) What makes this bridge special to you, in your opinion?

All bridges are brilliant because they do an important job connecting people. This set of bridges is particularly special because of the extensive history that came before us – our archives om the Trust’s history are amazing and to be continuing that story is both a challenge and a joy. It’s also great to work on a local landmark, the Old Bridge’s bowstring-shaped trusses are an integral part of the Rochester landscape.

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11. (Kate Castle) What elements of a historic bridge are important and that people should appreciate? 

For me it’s the little details, such as ornamentation. We have lots of lions, heraldry, fruit, rams, crowns and more and it really emphasises the care and attention lavished on the Old Bridge when it was constructed. The Victorians who built our bridge wanted it to be beautiful as well as functional.

Some historic bridges tell their story in their structure too, for example the piers of our Old Bridge are older than the bowstring-shaped trusses – identifying the different phases within the structure can lead to the discovery of interesting stories.

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12. (Kate Castle) And that of the Rochester Bridge in your opinion?

That also.

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13. (Both of you) If there is a historic bridge that has as high value as the Rochester Bridge, what advice would you give to the group wanting to save the bridge?

Keep up with regular maintenance because it’s more efficient to do that, in terms of both cost and carbon usage, than having to completely replace a bridge when it’s been allowed to deteriorate too much to save.

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14. What is next for the bridge: Are you planning on writing a book about the project?

The project is fully documented in our archives which cover more than 600 years of the bridge’s history (the period since the foundation of the Rochester Bridge Trust).

As for what’s next? We never sit back and think, we fixed that bridge, so we can stop. We’re constantly looking for the next challenge and improvement.

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Thank you to Sue Threader and Kate Castle for the exclusive interview and for the stories behind the bridge. Congratulations once again on winning the 2021 Bridgehunter Awards for Best Example of a Restored Historic Bridge and to Kate Castle for Lifetime Achievement. 🙂

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Before ending this article, I would like to present you with a small clip of the bridge and the restoration project. While this was released in 2020, it will show you all the aspects of the project, as well as provide you with an overview of the bridge from ariel to ground view. Enjoy!

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Endangered TRUSS: The Three Historic Bridges of Christian County, Missouri

Unless noted otherwise, all pics were taken by the author in 2011

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OZARK, MISSOURI- When I first became involved with Christian County’s historic bridges back in late 2010, we were at the beginning of a renaissance- a renaissance where our country was becoming more aware of the importance of historic bridges, and there were numerous exchanges of ideas and success stories on historic bridge preservation. The public was beginning to wake up and whenever they heard about a historic bridge that was targeted for demolition and replacement, they stepped forward to halt the plans and worked together to save these precious structures, those that played key roles in the development of America’s infrastructure and with it, bridge engineering. Myself, together with fellow pontists Todd Wilson, Nathan Holth, Bill Hart and the late James Baughn worked together with Kris Dyer and the organization to save the Riverside Bridge in Ozark, first restoring it onsite in 2012 and then after flooding caused damage two years later, relocating the bridge and restoring it at its new home at Finley Farms in 2020. The preservation movement gained a lot of support among the community and the county that they never forgot how important the Riverside Bridge really was to them- and still is today.

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After a double-success story which garnered a two gold medals in the 2012 Ammann Awards and three silver medals in last year’s Bridgehunter Awards, plus several other awards, there is hope that the Riverside Bridge story could be spread to three other bridges in Christian County. As mentioned in last week’s BHC Newsflyer podcast, three historic bridges are slated for replacement, though it is unknown how the county will fund these projects, let alone when they will be replaced remains open.

Which of these bridges are targeted for replacement? Three remaining “wild” truss bridges- bridges that are either open to traffic still or have been abandoned for only a few years, waiting for repairs or replacement so that the crossing is used again. The only common variable: Like the Riverside Bridge, these three were built by the Canton Bridge Company in Ohio. Specifically they are as follows:

Green Bridge

Location: Finley Creek on Smyrna Rd. NE of Ozark

Bridge Type: Pin-connected Pratt through truss with A-frame portal bracings

Dimensions: 281 feet long (main span: 119 feet), 11.8 feet wide, vertical clearance: 14.8 feet high

Date of construction: 1912; rehabilitated in 2004 & 2017

The Green Bridge is one of only three through truss bridges left in the county and also the last of the single span truss bridge. Like the Riverside Bridge, its portals feature the typical markings and the bridge builder plates with the name Canton on there. It’s one of the tallest in the county and one where even a train could cross it. It’s narrow enough that only one truck and one person could be on the bridge at the same time. This was my personal experience visiting the bridge with Ms. Dyer and a friend (and former high school classmate) of mine and his family. The bridge is situated in a natural habitat surrounded by forests on both sides of Finley Creek. A beautiful place for a picnic or a photo opportunity.

Photo by Nathan Holth at historicbridges.org

Hawkins Ford Bridge

Location: Finley Creek on Seneca Road

Bridge type: Two-span pin-connected Pratt pony truss bridge

Dimensions: 161 feet long (per truss span: 80 feet); 11.8 feet wide

Date of construction: 1915.

The Hawkins Ford Bridge is one of those mystery bridges, whose case needs to be solved before its ending as a vehicular crossing. It was relocated here in 1966 but no record mentions where its origin was. We just know that Canton built the structure in 1915 and that’s it. The bridge has been closed to traffic since 2017 and even though there are claims that justify its end of life, the bridge still has a chance at a new life for because of its bridge type, there are many ways to save it. The bridge is quite popular among locals, as you can see in the photos in bridgehunter.com.

Red Bridge

Location: Bull Creek on Red Bridge Road south of Ozark

Bridge Type: Three-span Pratt pony truss with pinned connections

Dimensions: 255 feet long in total (longest span 85.8 feet), 11.5 feet wide

Date of Construction: 1915; Repaired in 2005

The Red Bridge was built at the same time as Hawkins Mill but like the Green Bridge, it is located in a heavily forested setting and is a very narrow crossing- narrow enough that only one car and one person could fit, side by side. If there is one bridge that would need to be completely rebuilt, it is this one because of the piers that have been crumbling since my visit in 2011.

All three bridges are considered elgible for listing on the National Register of Historic Places, but given Canton Bridge Company’s good track record with the county, let alone the company’s agent, these three structures should be on the National Register. In fact, given the fact that also the Riverside Bridge and Ozark Mill Bridge, now standing side by side at Finley Farms, have not been listed yet, there should be a historic bridge designation with the purpose of not only protecting them but also making them a tourist attraction, as it is being done with the covered bridges in Lyndon, Vermont (as mentioned in the most recent podcast).

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The bridges at hand here are no longer suitable for modern-day traffic and according to Christian County Highway Commissioner Miranda Beadles, the new structures would be two-lane to allow for all traffic to use them, especially emergency crews, school buses and utilities. But the county has expressed interest in saving the structures and is open to all options, including giving them to a third party. The question is what options are available? Here are a few worth considering:

Leaving them in place

This option has been practiced where historic bridges could be in place alongside the old one. For the three bridges, there is the option of making a park/rest area on the bridge, integrating them into a bike trail crossing, converting them into a fishing pier or leaving it as is. Advantage is that the relocation costs would be subtracted and the cost would only be allocated for repurposing them onsite, including the cost for the parking area and possible lighting. Plus it would allow for easier and quicker listing on the National Register. The drawback is the costs for ensuring that the bridge is not a liable risk. That means repairs to the structure, esp. with the Red Bridge, plus security and flood protection would be needed. But for this option, it is the most popular avenue for historic bridge preservation.

Relocating them

This was done with the Riverside Bridge already as Finley Farms purchased the structure and financed the restoration project. Normally relocating a bridge takes a lot of money, not only for the cost of disassembly and reassembly, but also the transport and the construction of the abutment and decking. In the case of the three bridges, there is the question of where to place them, though Ozark would be the best spot for these structures, be it as a city-wide bike trail network where these bridges would be showcased, or a bridge museum and/or park near the Finley Farm complex, or an open space where the bridges could be displayed and a new park would be created. That option would depend on the availability of space in town but most importantly, the interest in the community in this endeavor.

Integrating the historic bridges into the new structure

This practice is being done with several historic bridges, including the Route 66 Bridge at Bridgeport, Oklahoma, which will be considered the largest ever. And even though all three bridges would benefit from this “reconstruction,” including the National Register listing, the county has made it clear that the new structures would be two lanes, thus making Hawkins Ford and Red Bridges eligible, and the Green Bridge would be left out, its future unknown.

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The current status is as follows: the three bridges are scheduled for replacement but the county has not given up on them just yet. They are looking for ideas on how to reuse them. The interest is still there to save them. The question is how. The Riverside Bridge has shown us that when there is the interest and the way to preserve a historic bridge, nothing will stop it from making it happen. While the Missouri Department of Transportation has been literally busy working on replacing every single historic bridge on the map, competing with Maine, Minnesota and Wisconsin for the title of the first truss-bridge-less state in the country, there are some counties in the state and those along the Route 66 Corridor that do not subscribe to MoDOT’s point of view. The end of a bridge’s structural life does not mean the bridge must be torn down and replaced. And newer structures designed to last 100 years have turned out to have lasted a quarter of that time. With global warming and its disastrous implications on our environment, we have to rethink the way we preserve and replace bridges. We have to appreciate how bridges are built and make use of what history offers us by preserving what is left and using the playbook to build those that are adaptable to change and conform to the environment surrounding it. Truss bridges have played a pivotal role in doing both- as a bridge type that fits with nature and a bridge type that withstands floods and other natural disasters.

And this is where we return to the three bridges of Christian County and their futures. How should they be preserved? If you have any ideas, here are the contact details of people with whom you can share your ideas and ask more about them.

Save the Riverside Bridge would be a good way to start. It has a fb page: https://www.facebook.com/saveriversidebridge

Then you have the following contact details of the Christian County officials:

Ralph Phillips:

rphillips@christiancountymo.gov

417-582-4302

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Lynn Morris:

lmorris@christiancountymo.gov

417-582-4304

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Hosea Bilyeu

Hbilyeu@christiancounty.org

417-582-4303

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Highway Administrator – Miranda Beadles mbeadles@christiancountymo.gov

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Christian County Commission

100 West Church St., Room 100

Ozark, MO 65721

Phone: 417-582-4300

Countycommission@christiancountymo.gov

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The Chronicles will keep you posted on the latest involving the three bridges and their futures, which are currently up in the air. Will they be saved and if so, how and which ones will benefit? All options are open at this point.

BHC Newsflyer: 17 April 2020

Phelps Mill Bridge in Otter Tail County, MN: Photo taken by Jake Lennington

 

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To listen to the podcast, click on the link here: https://anchor.fm/jason-smith-bhc19/episodes/BHC-Newsflyer-17-April-2020-ect4hb

 

 

Headlines:

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Kern Bowstring Arch Bridge Has (Possible) New Home in Fergus Falls

Photo taken in 2009

 
3rd Avenue Bridge in Minneapolis to be Rehabilitated

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Kassberg Bridge. Photo taken in 2017

 
Kassberg Bridge in Chemnitz Reopens After 2-year Restoration
 
Historic Bridge in Halsbrücke to be Removed

 
Amrutanjan Viaduct in India Imploded
Article on the demolition:  Amrutanjan Bridge Demolished
 

Champlain Bridge before its replacement bridge. Photo: UncivilFire / CC BY-SA (https://creativecommons.org/licenses/by-sa/3.0)

Team Selected for Champlain Bridge Removal in Montreal

 
Work Commences to Finish Sixaola Bridge Project

Photo taken by John Phelan (NPS)

 
Art Competition for Arthur A. Smith Covered Bridge:
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Mystery Bridge Nr. 128: The Disappearing Thacher Truss Bridge in Castlewood, SD

BHC Mystery Bridge

This Mystery Bridge entry takes us to the town of Castlewood in Hamlin County, The town is located east of the Big Sioux River, which snakes its way through the field in its infancy before it widens near Watertown. While Castlewood may be a typical rural American town, it does hold a treasure that is historically significant and one where we’re looking for.

The Castlewood Truss Bridge was a Thacher through truss bridge that had spanned the Big Sioux River southeast of town. It carries 184th street. The structure is 100 feet long with the main span having been 80 feet. The bridge was built by the King Bridge Company in 1894 under the direction of agent Milo Adams, and was the second of two bridges that was discovered and researched by the National Park Service in 1989. The second was at Yellow Bank Church Bridge in Laq Qui Parle County in neighboring Minnesota, built one year earlier. . Together with the Ellworth Ranch Bridge in Emmet County, Iowa, the Castlewood Bridge represented an example of the hybrid form of the Thacher Truss Bridge, which was patented by Edwin Thacher in 1881.

The bridge was listed on the National Register of Historic Places on December 9th, 1993, yet the bridge was replaced on a new alignment by a low-water crossing in the summer of 1990. According to recent satellite view, the Thacher Truss structure is no-more. All that is left are the wing-walls and the lally columns on the west bank of the river.

This leads us to the main question: What happened to the bridge?

Research in newspaper articles and correspondences have thus far come up with nothing concrete. The exception was the plan to replace the bridge in 1989 after reports revealed that the structure was rusting and no longer able to carry traffic, which ran parallel to the research into the bridge’s historic significance. Bridgehunter.com had pinpointed the replacement date as sometime after June 1990, even though the article mentioned August 1990 as its planned replacement date.

This leads us to why the Castlewood Bridge was listed before the end of 1993. According to the National Register of Historic Places, any historic structure can be listed on the register if they comply to the requirements of historic significance. Once it’s listed, then grants and funding are made available for restoring and protecting the place, and it is next to impossible to demolish the historic place unless plausible arguments are made justifying it, which includes understanding the consequences of destroying it, which is its delisting. If the Castlewood Bridge was demolished for any reason, the bridge would be delisted from the National Register, and all records pertaining to its nomination, history and the like would be archived and made unavailable for researchers. If the bridge was replaced before its nomination in 1993, why list the structure to begin with? And if it was destroyed after its listing in 1993, why is it still listed?

This leads us to the question of what happened to the Castlewood Bridge. One has to assume that the bridge was dismantled and put into storage to be reused elsewhere. This was what happened to the Yellow Bank Church Bridge, and the truss bridge now has a new home at the historic village park south of Hastings in Minnesota. Its role is mimicking the Famous Hastings Spiral Bridge, the first bridge in the world with a loop approach. With regards to the Castlewood Bridge, the question is: Where’s the bridge? And will it be reused somewhere, if it has not been re-erected already? If the bridge no longer exist, then the question is 1. Why justify its existence on the National Register, and 2. Were any bridge parts been preserved as a historical marker?

The research about the bridge’s fate has not born any fruit to date. Therefore, the question goes straight to the locals of Hamlin County, South Dakota and the residents of Castlewood with this in mind:

“Where’s the Bridge?”

BHC 10 years

What to do with a HB: Millbrook Truss Bridge in Kendall County, Illinois

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Once scheduled for demolition, the contract is rescinded. Now discussion about its future is back on the table.

MILLBROOK, ILLINOIS- One will see the structure upon crossing the Fox River.A three-span Pratt through truss bridge with a total length of 500 feet. The bridge is 123 years old, although the largest of the two spans was relocated at around 1910. That span has riveted connections and Howe lattice portal and strut bracings. The two smaller spans, apparently original, have Town lattice portals, V-laced strut bracings and pinned connections. The bridge and the road both were bypassed in 1984 and since then, the structure has been used as a pedestrian and bike crossing. A beautiful accessory to the nearby forest.

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Still, the Kendall County Forest Preserve wants to see the bridge be removed. The reason? Failing limestone piers.

The forest preserve is cash-strapped for any funding to even fix the bridge. Even the money coughed up for removing the bridge was from scraping the bottom of the funding pot. When the contract was let to demolish the bridge in 2018, the amount was more than what was estimated- 476,000 to D-Construction instead of $200,000. The cost for rehabilitating the bridge: over one million Dollars. And this for repairing the bridge piers, the paint job and possible repairs.

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Theory and practice reveal that even repairing or replacing the piers alone is approximately 50% cheaper than removing the bridge alone. With the restoration work needed for the bridge, if one chooses the right firm, such as Workin Bridges, BACH or Mead and Hunt, the cost for the above-mentioned job is 20% cheaper. Even if trusses are dismantled and stored while funding is collected for rebuilding the piers, the cost would be much cheaper. The act to remove the bridge without a slight hint of possible restoration and incorporating it into a trail, let alone the possibility of seeking resources and grants is very short-sighted and thus should be reconsidered.

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Already the first attempt to form an intergovernmental partnership with the village of Millbrook failed to bear fruit. Still a larger attempt to include the county and state authorities, let alone private actors is needed to ensure any action with the bridge is carried out without emptying the pockets in the process. This also applies to removing the bridge which if done, pedestrians and cyclists would be forced to use the current crossing 100 yards away, which would increase the risk of accidents and fatalities, thus putting the liability onto the forest service and the county.

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At the present time, the contract with D-Construction has been rescinded for the purpose of the state attorney needing to examine it. Yet in the news release on February 4th, the Forest Commission is planning to vote on the proposed demolition of the bridge on February 18th. The meeting is scheduled to take place at 9:00am on the second floor of the County Office Building at 111 W. Fox St. in Yorkville. Furthermore, discussions on the attempts to save the bridge will also be included. Instead of proceeding with the project of simply wiping away a bridge that is loaded with history and is one of Millbrook’s prized treasures, one should look at other alternatives, including any partnership possibilities and contacting resources who can help with restoring the bridge. Even by dismantling and storing the bridge temporarily until funding found for the trail and restoring the bridge, it would be a starting point and one that the parties involve would be willing to take as the first step. What is important is that bridge can be saved and there are ways of doing that.

It’s just a matter of taking that first step, even as the clock runs out.

 

Note:

There’s a facebook page that is focused on saving the Millbrook Truss Bridge which you can join and follow the developments. Click on the link below and you’ll be directed to the site.

https://www.facebook.com/FriendsoftheMillbrookBridge/

 

If the demolition was approved, the work wouldn’t start until earliest July of this year. The Chronicles will keep you posted on the developments involving this bridge.

 

BHC 10 years

Longest Bowstring Arch Bridge in the USA Removed

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The Kern Bowstring Arch Bridge to be dismantled and stored awaiting relocation to a new home.

MANKATO, MINNESOTA- It finally happened. After 147 years spanning the LeSueur River south of Mankato as the longest bowstring arch bridge in the US (and second longest in the world behind the Blackfriars Road Bridge in Canada), the Kern Bowstring Arch Bridge is off the river and awaiting for a new home.  Construction crews on Thursday lifted the 189-foot long bowstring arch bridge, in one piece, off its stone foundations and placed it in the field to the east of where it once stood.

One of the main obstacles that workers faced was the issues with the crumbling eastern abutment. “We were all kind of holding our breath,” said Lisa Bigham, state aid engineer for the Minnesota Department of Transportation’s District 7 in an interview with Minnesota Public Radio News. “It took a while to get everything kind of in place, the cranes to be positioned where they needed to be. Then, we were just kind of watching. And then, all of a sudden you could see air in between the bridge and the abutment. And it actually went very smoothly.” The eastern abutment had been coming apart, piece by piece in the past 5-10 years thanks to years of erosion and neglect, raising concerns across the board, from engineers and preservationists to even locals that the historic structure could potentially collapse. The structure had been closed to all traffic since 1989, with the township road having been abandoned. But nonetheless, the workers were satisfied with the lifting as it went smoothly as it could.

With the bridge standing in the nearby field, the wrought iron structure will be disassembled and stored in containers awaiting relocation for reuse as a bike and pedestrian crossing. Currently, MnDOT is soliciting proposals for reusing the bridge at a different location on a statewide level. “The pieces will be kept safe and dry,” Bigham said. “And so then whoever gets to take this bridge in the future, will be able to put the pieces back together and they’ll have a really cool bridge.”  Federal and state funding has been placed aside for the project, with some funding having already been collected prior to the move. Carlton Companies of Mankato bidded $595,660 for the move itself. Because many bridge parts may need to be sandblasted and/or repaired before being reassembled, the cost for completing the whole project, including rehabilitation and reassembly is still unknown. The bottom line is the bridge is out of the water and is safe on land. The question will be what the future will hold for the bridge. That will be answered in the coming months.

The Kern Bowstring Arch Bridge was built by the Wrought Iron Bridge Company in 1873, 15 years after the creation of the State of Minnesota. It was also known as the Yaeger Bridge, named after the nearby farm owned by George Yaeger. The structure is all wrought iron with pinned connections. It was listed on the National Register of Historic Places in 1980, and the relocation project will not affect its status. The bridge is the last of its kind in Minnesota, even though dozens of them had existed mainly in the southern half of the state up until the 1970s. The bridge was closed to traffic in 1989 and was taken off the highway and bridge data bank in 2003. The structure has been the focus of literary works and also attempts to refurbish it for future use, all of whom had failed to date. This attempt came because of its historic significance and popularity among pontists and (bridge) photographers and locals familiar with the bridge and its enriched history. Since 2019, a facebook page on Relocating the Kern Bridge has been in use, where people can share ideas on how to reuse the bowstring arch structure, as well as photos, stories and the like. A link to the page is at the end of the article.

The Bridgehunter’s Chronicles will keep you posted on the latest with the Kern Bridge and its future.

Links:

Bridge information:

bridgehunter.com: http://bridgehunter.com/mn/blue-earth/bh36213/

historicbridges.org: https://historicbridges.org/bridges/browser/?bridgebrowser=minnesota/kern/

 

Bridge Removal Project:

-MPR News: https://www.mprnews.org/story/2020/02/06/cranes-lift-historic-minnesota-bridge-from-its-crumbling-perch

-KEYC TV: https://www.keyc.com/2020/02/07/americas-longest-bowstring-arch-truss-bridge-removed-near-mankato/ 

 

facebook page: https://www.facebook.com/Relocate-and-Restore-the-Historic-Kern-Bowstring-Arch-Bridge-in-Mankato-1257649057723433/?modal=admin_todo_tour

 

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The Railroad Bridges along the Pegnitz Valley in Bavaria

 

One of the Deck Truss Bridges spanning the River Pegnitz  Source: Roehrensee [CC BY-SA (https://creativecommons.org/licenses/by-sa/4.0)%5D
Film clip

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Starting in the Fichtel Mountains in northeastern Bavaria, the River Pegnitz snakes its way through steep cliffs and deep forests enroute to Nuremberg. It’s hard to believe that one could build dozens of bridges and tunnels to accommodate rail traffic. But that was part of the concept for the construction of the Pegnitztal Railway in 1874. Using the section of the Dresden-Hof-Nuremberg Magistral at Schnabelwald as its starting point, the project to build the line took three years to complete, ending in 1877 to provide direct access to Bayreuth from Nuremberg. Originally the Magistral went through Bamberg but railroad officials chose Bayreuth as the quicker alternative. At Schnabelwald, the line branched off to the east, reaching Marktredwitz and ending at Cheb in the Czech Republic by 1879.   As many as 23 railroad bridges and seven tunnels occupy the stretch between Schnabelwald and Hersbruck near Nuremberg. Many of them are of original construction. Two thirds of these bridges are truss spans mainly of Warren design.

Sadly, these bridges are in danger of being demolished and replaced. The German Railways (Deutsche Bahn) is planning to electrify the entire rail line to Nuremberg from Dresden (via Bayreuth and Hof) and Cheb (via Marktredwitz), respectively, to provide better and faster service among the cities. The plan is to have more passenger and freight service running on electricity by 2030, including Inter-City trains. And with that, all the bridges should be replaced.

Or should they? Residents of the communities have voiced their opposition to replacing the bridges due to their historic character, high costs for the concrete structures and the increase in noise in the region. Since 2012, the initiative to save the Pegnitztal Bridges has been in place with the goal of saving as many of the 23 structures as possible. There have been meetings, hiking events and the like since the initiative started and as of date, many people from the area have joined in the fight to protect these bridges and find more constructive ways to restore them and reuse them as part of the modern route.  To determine what these bridges are all about, here’s a tour guide video on the bridges along the Pegnitztal Railroad with close-ups of them all.

The fight to save them have been mixed. Engineering surveys have recommended five of the 23 structures to be rehabilitated and fit for further use. Yet sadly, five of them are scheduled to be replaced. While one of them, a short, 20 meter span, was replaced in 2013, the following three were replaced in 2018, as seen in the video below. Currently, temporary bridges are being built while designs for the new structures are being determined.  It is still unknown what will happen with the remaining 16 structures. But one thing is clear, the Initiative will continue to fight for every bridge until either the renovation or replacement job is completed. The German Railways have recently introduce measures to provide 180 billion Euros for rehabilitatinig bridges over the next ten years and have been able to compromise on some of the bridges. Yet still, they are baby steps in the name of progress, and more will have to be done to ensure a peaceful co-existence between a modern railline going northeast running on electricity and protecting the history of the structures, typical of the Pegnitztal Rail line, historically significant and definitely one that fits in the nature and is worth seeing while traveling along the Pegnitz.

Link with Information on the Bridges and the Initiative to Save them: http://www.bahnbruecken.info/ 

 

 

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Paper Mill/Marshall Bridge: Rising from the Ashes- An Interview with Julie Bowers

 

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What is considered the impossible became the impossible. David never gave up on the notion of beating Goliath until it actually happened. Some heavily favorites can fall to the underdogs. All it takes is patience, preserverence, passion and persistence- the four Ps to success. Five if you want to include politics.

For Julie Bowers and the crew at Workin Bridges, those five Ps were needed plus some personnel with expertise and just as much of the five Ps to bring a bowstring arch bridge back from the rubble, resurrect the structure, restore it to its former glory and now, it’s being reused for recreation. That is the story behind the history of the Marshall Bostring Arch Bridge located now at the Auburn Heights Preserve in Delaware. It has gone by many names, but two come out as the most commonly used aside from its official name: the McIntyre Bowstring Arch Bridge when it was in Iowa, and most recently, Paper Mills Bridge. The bridge has come a long way after it was destroyed by flooding in August 2009 at its original location in Poweshiek County, spanning the Skunk River. After it was pulled from the river and stored, efforts were undertaken to restore it, which included a long journey to its new home in Yorklyn, Delaware. The Odyssey came with a lot of challenges, as you will see in the interview I did with Julie Bowers before Christmas.  I wanted to find out how the 5 Ps played a role in bringing the bowstring arch bridge that is like a family to her and the crew who restored it back to life. Here’s how the story happened. Enjoy! 🙂

 

1. Tell us briefly about yourself and your role in restoring historic bridges. I’ve been doing this for ten years. I knew nothing about bridges or restoration or bureaucratic politics when our bridge was lost to the N. Skunk River. I did have a background in construction, architecture and databases and used that as a base to build on. I don’t give up and have been called stubborn. We could not do this without a lot of sacrifice by everyone that travels to save a bridge but mostly we couldn’t do it without Bach Steel and Nels Raynor and our board of directors, both current and past.

 

 

  1. In your opinion, how special is the Paper Mill Bridge (PMB) in terms of its history and personal association with it?

It was erected in 1883, built by the King Iron Bridge Company. We think it is from around 1878 production design based on the lacing in the vertical outriggers and the castings. The bridge of many names (Skunk River Bridge, Humpback Bridge, McDowell for a minute then McIntyre, then Paper Mill) now the Marshall Family Bridge, is the heart of the Auburn Heights Preserve in Yorklyn, Delaware. A public / private partnership to clean up zinc laden habitat, to rebuild old warehouses including the Paper Mill and to build a trail system using historic bridges. If we had not had this project we would not have saved our bridge. It was a lot more work after falling in the river but it will live on.

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  1. Prior to its relocation from Iowa to Delaware, the PMB was once known as the McIntyre Bridge. Tell us about the bridge in its original location.

The bridge was located on River Road over the N. Skunk River in SE Poweshiek County. Our family had ties to the area and found ourselves there often for fall and winter picnics. When I returned to Iowa in 2001, we restarted those picnics. It fit it’s location perfectly and was safely in a park until flooding pushed it off it’s piers.

 

  1. In 2010, floodwaters swept the bridge off its foundations and caused severe damage. Tell us more about it and how it influenced your decision to restore the bridge.

My daughter and I found the bridge on the Sunday following Friday the 13th. We heard later the county crews were pulling trees up river that were compromising a concrete span. They came on down river and the roots entangled with the cable railing and pushed the span off the piers. It was our bridge, my family had been tied to that place for generations and I got the call. What are you going to do? We started educating ourselves, making calls, and figuring out our options. Turns out, all we needed was Bach Steel at that time, before the bridge went down.

 

  1. What was the plan for restoring the McIntyre Bridge in its original place and why did it fail?

It was just decisions that let us keep trying to figure out how much it cost and how to find the funds. There were setbacks, grant rejections, a lot of them, but we persevered. Our first plan was research, we were referred to Vern Mesler and Nathan Holth and had them  come to Iowa. We raised $3000 for that consult.  The bridge was still up at that point. When the bridge fell we were told about Nels Raynor and we proceeded with Nels to pull the bridge from the river and to work with us on this bridge and others. My daughter, Laran Bowers is on the board now, has been for years and that makes sense. She was the one that found the bridge. Jaydine Good rounds out the board and we have about 5 advisors that we utilize all the time for their perspectives. We wrote grants to the State Historic Preservation Office (SHPO), getting our County involved.

They subsequently reneged on their commitment to a TAP grant and we knew grants would never be our solution. When the county commissioners took back their backing, we knew that the solution was not going to be there and started looking. Flooding in August of 2009 changed everything from restoration plans to salvage, then restoration. No one ever decided not to save the bridge, it was always our number 1 priority through all of our efforts. We’ve educated a lot of folks on knowing the project before deciding to continue or not. We always knew our project costs from the beginning.

 

 Author’s Note: TAP stands for Transportation Alternative Program which focuses mainly on bridge rehabilitation/restoration instead of replacement.

 

6.  What happened to the McIntyre Bridge afterwards?

It went to Bach Steel for storage while we tried raising funds. Then we brought it back to Iowa because SHPO said we had moved the bridge out of Iowa. Then SHPO delisted the bridge because it was moved off it’s piers, they didn’t believe our scope and estimate, and the bridge was stored while we worked on other projects, became a contractor and tried earning funds rather than asking for funds.

 

Author’s Note: The bridge was listed on the National Register of Historic Places in the 1980s along with two dozen other bowstring arch bridges in Iowa. Because of its significance, grants were available to restore the bridge but only at its original location. The bridge can be delisted if it’s either altered beyond historic recognition, destroyed by natural disaster or demolition or moved to another location. Some exceptions do apply.

 

7. How and when did the opportunity to relocate and restore the McIntyre Bridge come about?

Nels Raynor and I worked with Project PATH at PennDOT with Kara Russell and Preservation Pennsylvania, providing scope and estimates on several bridges. Without that information it is very hard to sell a bridge in their program. That lead to a call from DNREC. McIntyre Bridge was certainly our choice although Nels would have preferred others that might not have had as much damage. It was a lot of work and the care that Derek and Lee and their crew put into the restoration was immense. There was twisting along the box chord but if you look close today, you will see very little distortion.

More on PATH: https://path.penndot.gov/

 

8. How was the bridge reconstructed?

Very carefully. It’s a bridge that will take pedestrians and we care. This is a bowstring truss. The eye-bars are connected with castings and pins to make the length  of the bridge and the verticals hit the eye-bars, connected with cast parts. The trusses were laid opposite to each other, so that they could be picked up nearly in place and then the lateral connections were put in. Miles of angle were welded together to make the vertical “star iron / cruciform posts that were beyond repair. This is what we call in-kind restoration which means if we have to recreate parts we do that.  The trusses required mending, heat straightening, pack rust removal and it took a long time to essentially rebuild our bridge. Nels did that for us because he said he would.

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9. Who were the actors involved in the restoration?

There were no actors involved. It took the expertise of Nels Raynor at Bach Steel along with his crew over years. It also took finding James Schiffer, P.E. Now he does some work for others but the original team of Workin Bridges was Nels, Jim and I. Derek and Lee Pung worked the most on the bridge, along with Nels son Brock and others that have learned iron working arts during this project.

10. What other factors led to the success in restoring the bridge?

Perseverance, not patience, and finding other work along the way, not just waiting around for grants and then deciding grants and donations aren’t enough. We started working the construction angle to have the funds to pay for overhead while some grants were pursued. Remember, you can’t do anything after the grant goes in. 6 months to wait for denial is no fun. As we went along we found more and more opportunities and we know what failure looks like. The board, under the direction of my father Dick Bowers, Gary Sanders, Diane Roth, Laran Bowers and now Jaydine Good have kept me pursuing the best outcome for our bridge and helping other people with their bridges.

 

11.  The bridge was renamed Paper Mill Bridge and later Marshall? Why was that? 

The Marshall Family owned the Paper Mill and the Mansion and a collection of vintage Stanley Steemers and other collectible vehicles. They donated this to the state parks system and DNREC wanted to honor the family by naming the bowstring after them. Marshall Family Bridge was dedicated last year while Mr. Marshall could be there.

 

12.  Paper Mill Bridge is now in Delaware, but there is talk of adding some bridges, a couple from Pennsylvania. Can you elaborate further on this?

Part of Project PATH was a pony truss bridge for sale that we added to the complement of bridges from York County, PA. The project criteria were to find bridges with different builders, types and ages from different states to complement the mills being restored. That bridge, now called Farm Lane, is a pony truss that we modified for strength and width with girders. We also widened it to allow for a pedestrian lane, and engineered it for vehicular traffic with a moveable railing if emergency or agricultural vehicles need to cross. Martin Road will become Snuff Mill. A pratt truss from Michigan has been restored and is being painted, awaiting installation at NVF.  Another large truss, the Portland Water Works bridge is in storage in Delaware for future installation after we purchased and transported it across country two years ago.

 

 13.     How would you theme the project, Saving the Paper Mill Bridge either as a title or in one sentence? The Skunk River Bridge Story – 1883 to present

 

14.   What future bridge restoration projects do you have on the agenda, especially the bowstring arch bridge, like the Paper Mill?

We are working on Watts Mill Road Bridge, a rare continuous pony truss, we have tried to take on Aetnaville Bridge in Wheeling as a restoration project knowing that $2.5 million could be useful for preservation. We saved the Springfield Des-Arc bridge in a new park, that was another bowstring. I think we are instrumental in Pennsylvania and Ohio utilizing Bach Steel to save bowstrings now. If they are the Kings of Kings, we know where that started. Any that we can find now will go into the “Bridge in a Box” sales program that we are developing. Of course we expanded on the Old Richardsville Bridge and are hopeful that the engineers will be required to work with us on the restoration needs. We found little to fix but the Kentucky Cabinet likes spending funds on local certified engineers, lots of money. We got the process started to showcase that it was much older and it will be preserved as a vehicular bridge. That took historical research from the bridge hunting community which was great to dial in the history that negated the NPS dates for NRHP.

 

 15. What words of advice would you give to those who are pursuing preserving and reusing a historic bridge, based on your personal experiences with this bridge?

It is always political. Find the economic benefits for the bridge to the local community. You can’t assume that they will take it on like Beaver County did with Watts Mill Road Bridge after it is reset. Engineers estimates are overly high so get another opinion. Engineers are asked specific questions by their clients that they answer – their answers don’t always look at preservation. For instance, the engineers estimate for Broadway Bridge in Frankfort assumes putting concrete back on it and doesn’t even consider planks or an engineered decking system. Some DOTS are really working hard at finding solutions, but we have to become competitive in selling a “Bridge in a Box – by Bach”  if we want to be competitive with those selling welded steel spans. Convincing and branding a membership driven “Workin'” non profit would create funds annually to help save bridges and other structures. We’ve looked into many ideas, some have merit, some do not. For now we do site visits that give real costs for restoration so that our clients can have enough information for good decisions to be made. We will be crafting more stories on video and perhaps a book on the McIntyre – we have footage of my father and other locals when we first started. We also have content on a lot of site visits that we will start to analyze and put out as well. Having a wonderful board that won’t let you give up even in the face of struggles is the secret. There will be struggles and set backs. Engineers want to build new bridges and cities don’t want the risks of old ones. We try to mitigate the risks.

It’s hard. We’ve learned a lot of valuable lessons as we pursued this. No good deed ever goes unpunished but there are a lot of great people and wonderful stories across the US. We saved our bridge but it took a lot out of all of us and it wasn’t the outcome we wanted but it was the best outcome for the bridge. Can’t wait to walk it again soon.

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Epilog: The Paper Mill/ Marshall Bridge has received a lot of national and international recognition after its reconstruction and re-erecting at its new home in Delaware, including the 2018 Ammann Awards for Best Example of a Restored Historic Bridge and Bridge of the Year, edging out the Blackfriar’s Bridge in Canada, whose design is similar to this bridge. While Blackfriar’s still retains the role of being the world’s longest of its kind, this bridge will definitely go down in the history books as one which was resurrected after a tragedy and is now being used again after years of hard work and lots of expertise. It sets the foundation for other historic bridge restorations that will come in the new decade, for they are becoming more important to save for future generations as the numbers dwindle due to progress and environmental disasters that are partly due to that progress. Progress is not welcomed unless we see some advantages in these. And as we learned this year with Greta Thunberg’s world tour, the environment will indeed be priority number one in our future plans for making things better. This is one of the projects that will benefit many.

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Newsflyer: 9 September, 2019

 

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Click here to listen to the Podcast. The links and photos of the bridges in detail are below:

 

Links:

Historic Staffeler Bridge in Limburg to be replaced. Old bridge to be repurposed for recreational use:

https://www.fnp.de/lokales/limburg-weilburg/limburg-hessen-staffeler-bruecke-soll-bleiben-12947468.html

 

Gänsetorbrücke spanning the River Danube at Ulm. Photo taken by AHert [CC BY-SA 4.0 (https://creativecommons.org/licenses/by-sa/4.0)%5D
Historic Gänsetorbrücke in Ulm/ Neu-Ulm to be torn down and replaced after losing its historic status:

https://www.swp.de/suedwesten/staedte/ulm/gaenstorbruecke-denkmalschutz-ist-vom-tisch-33019623.html

The Bridges of Ulm: https://bridgehunterschronicles.wordpress.com/2015/10/27/the-bridges-of-ulm-germany/

Ulrich Finsterwalder Biography: https://www.b-tu.de/great-engineers-lexikon/ingenieure/finsterwalder-ulrich-1897-1988

King William Road with the Towers of the Bridge in the Background. Photo taken by Adam J.W.C (wikiCommons)

Historic King William Bridge in Adelaide, Australia to either close or be replaced by 2030:

https://www.abc.net.au/news/2019-09-04/king-william-road-adelaide-bridge-might-need-to-be-replaced/11476978

 

Historic Bridge Stones stolen by vandals at historic bridge in Yorkshire. Police investigating:

https://www.wakefieldexpress.co.uk/news/crime/yorkshire-stone-stolen-from-200-year-old-grade-1-listed-bridge-at-ferrybridge-1-9969320

Hammersmith Bridge in London. Source: “Photo by DAVID ILIFF. License: CC BY-SA 3.0”

Historic Hammersmith Bridge in London to be Rehabilitated. Closed for three years.

https://www.taxi-point.co.uk/single-post/2019/09/03/Hammersmith-Bridge-repair-work-starts-and-expected-to-last-THREE-YEARS

Mangaweka Bridge in New Zealand spared demolition- will remain as a pedestrian/ bike crossing:

https://www.nzherald.co.nz/the-country/news/article.cfm?c_id=16&objectid=12264113

 

Brunel’s historic bridge in Bristol celebrating its birthday milestone (not the suspension bridge though):

https://www.bristolpost.co.uk/whats-on/huge-birthday-celebrations-brunels-bridge-3277964

 

And Information on preservation and fundraising efforts (Contact Details included):

https://www.brunelsotherbridge.org.uk/

 

Historic drawbridge in Florida rehabbed and reopened to traffic:

http://bocanewspaper.com/camino-bridge-finally-reopens-after-renovations-28231

Historic bridge in Costa Rica faces unknown future as community mulls at replacement:

https://vozdeguanacaste.com/en/historic-bridge-in-liberia-faces-uncertain-future/

 

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Newsflyer: 5 August, 2019

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Champ Clark Bridge before its replacement bridge was built. Photo taken by Steve Conro in 2012.

 

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To listen to the podcast in detail, please click here.

Articles in connection with the headlines:

Pont des Trous in Tournais. Photo taken by Jean-Pol Grandmond (wikiCommons)

Historic Bridge in Tournai (Belgium) Dating back to the 13th Century Removed

News article on the Bridge removal

Information on the City of Tournai

Flooding Destroys Historic Bridge in Yorkshire (UK), threatens Cycling World Cup

News article on the flooding

Information on the Cycling World Cup.

Anderson Bridge in Singapore: One of three bridges gazetted as national Monuments. Photo by Kensang via wikiCommons

Three historic bridges and an open park in Singapore to be declared national Monuments

News article via Strait Times

Details on the three bridges via Strait Times

Tour Guide on the Bridges of Singapore (now a candidate for the 2019 Bridgehunter  Awards in Tour Guide International).

New Harmony Bridge in Indiana Gets a New Owner: Rehabilitation and Reopening Planned

Article on the Harmony Way Bridge Act

Information on the Harmony Way Bridge via bridgehunter.com

 

Champ Clark Bridge’s replacement span open; old Bridge coming down

Information on the Bridge and replacement project

Karnin Lift Bridge as of today. Photo by Kläuser via wikiCommons

The Reactivation of the railroad line to Usedom Island (Germany) and the Karnin Lift Bridge Close to Reality

Article on the Reactivation Project

Information on the Karnin Lift Bridge

The Bridge of Asel when water levels of Lake Eder are at its lowest. Photo taken in 2017 by Hubert Beberich via wikiCommons Levels have reached even lower since this photo was taken.

Low Waters make for Discovery of Atlantis in a Lake in Hesse

Article via FFH Frankfurt

Information on Findings via Lake Eder website

 

The Future of the Meadowbrook Park Truss Bridge after the Fire of 2017:

Article (poll included)

Information on the bridge

Feel free to comment in the Comment section below

 

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