Taking it from the top at Tillotson Construction’s annex in Flagler, Colorado

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This photo from the Tillotson Construction Company archives shows the staging deck, on which all formwork was built to ensure it was dead level. The square section was probably the form for a conveyor or bucket shaft, or for a man lift. The triangular section, called a groin form, was made for the void where two rows of bin forms were placed together. The excavation hole for the new annex is seen, lower left, at the foot of the 252,000-bushel elevator the company built in 1950, modeling it after their one in Pond Creek, Okla. 

By Ronald Ahrens

In 1953, my grandfather Reginald Tillotson decided to send his three sons, Charles, 18, Tim, 16, and Mike, 13, to work on an annex to the Flagler, Colo., elevator Tillotson Construction Company had built three years earlier.

My grandmother Margaret didn’t like the idea.”You can’t send those kids out there,” she protested.

“It’s about time they grew up,” Reginald said.

Indeed, my uncles were sent, leaving Omaha in a new Ford and pulling the travel trailer that would be their home for the next few weeks.

“I don’t remember that he even came out,” Uncle Tim said recently of Reginald.

From left, Tim and Chuck Tillotson and La Rose Tillotson Hunt in 2012.

From left, Tim and Chuck Tillotson and La Rose Tillotson Hunt in 2012.

While Charles and Tim labored on the formwork that rose toward the sky, Mike stayed in the trailer, which doubled as their bunkhouse and the job office. His task was that of timekeeper.

“I don’t recall him bein’ out there when we was jackin’ and pourin’,  jackin’ and pourin,'” Tim said, although he did recall him reading hot rod magazines.

Once the pouring started, it couldn’t stop. A cold joint between concrete that had already set and a new pour wasn’t at all desirable, for it would leak.

“You had to treat that damn good when you started over,” Tim said.

Work went on in twelve-hour shifts. As the concrete was dumped out of a Georgia buggy–a V-shaped tub riding on large wheels behind a U-shaped handle–someone with a spud hoe would follow the pour and work the concrete, releasing the air from around the rebar. “The only way you shut down was an emergency,” Tim said. Lightning, for example, was an emergency because it was attracted to the rebar being used to bolster the concrete.

_DSC0033_9425The crew was made up of some trusted old hands and an assortment of locals. “You never knew who you were workin’ next to,” Tim said.

He remembers the local sheriff asking himself why he should put up anyone in the jail when they could work and earn their keep. One of the convicts toiling alongside Tim had a funny thought. “You think you can hang onto that hoist handle hard enough if I push you off?” he said.

Any number of mishaps could occur. “You ought to see one of them Georgia buggies go off the top,” Tim said. “Or the cotter pin come off the wheel and the wheel go off.”

At ground level the pour was made in six-inch increments, but the speed increased as the elevator rose.

To keep the screw jacks on the same plane and maintain plumb, the crew used a water-level system on the deck. A clear hose was fed by water from a 55-gallon drum. Tim said the hose had a level “that you marked before you ever pulled off the ground. And believe it or not, you’d get one hundred and some feet up, and you’d be plumb!”

Gordon, Nebraska’s elevator was built in a classic Mayer-Osborn style

The Mayer-Osborn elevator, identified by manhole covers inside the driveway, stands in front of Chalmers and Borton additions

The Mayer-Osborn elevator, identified by manhole covers inside the driveway, stands in front of Chalmers and Borton additions.

Story and photos by Gary Rich

Farmers Co-op operates these elevators. The co-op is based in Gordon, Hay Springs, and Hemingford, Neb.

The elevator in the foreground was built by Mayer-Osborn Construction Company, based in Denver. The completion date is not known.

The elevator in the background was built by Chalmers and Borton Construction, based in Hutchinson, Kan., in 1958. The company built a second elevator, west of these elevators, as well as a couple of annexes.

A side view of the Mayer Osborn elevator

A side view of the Mayer Osborn elevator.

By Kristen Cart

This stepped up headhouse design was first rolled out with the elevator in McCook, Neb., built in 1949 by Mayer-Osborn Construction Company. The style was featured in the Mayer-Osborn ad that ran in the early 1950s in the Farmers Elevator Guide.

The Gordon elevator showcased the rounded headhouse construction method adopted by Tillotson Construction for their later projects, but it is not known which company pioneered the cost saving technique.

From his home in Colorado, Gary Rich investigated this elevator on a trip east to photograph a number of Midwestern elevators. Gary has been instrumental in identifying a large number of Mayer-Osborn, Tillotson Construction, and J. H. Tillotson projects, pursuing the history of the elevators with as much passion as he puts into his excellent photography.

We are indebted to him for his relentless pursuit of good information, now contained in this blog.

Tillotson Construction’s signature, the curved headhouse, was a practical matter

The main house of Tillotson Construction's elevator at Dike, Iowa, built in 1946 (annex, left, 1949), is crowned by a rectilinear headhouse.

The main house of Tillotson Construction’s elevator at Dike, Iowa, built in 1946 (annex, left, 1949), is crowned by a rectilinear headhouse. 

In this post, Charles J. Tillotson explains how his father, Reginald Tillotson, president of Tillotson Construction Company, developed the curved headhouse design.

It would be nice to say that the curved walls were created by Dad for aesthetic reasons and leave it at that.

However, a number of factors actually influenced the design, those being:

  1. Re-use of the curved yokes (the horizontal framework supporting the vertical forms used during slip-form construction of the storage bins).
  2. Building square corners into concrete slip-form construction proved to be more difficult than curved corners.
  3. Placing horizontal reinforcing steel for square corners entailed bending it at a ninety-degree angle and then manhandling it into position, whereas with the curved forms, the horizontal reinforcing steel could be inserted much easier by sliding it into position.
Tillotson's Aurora, Neb., elevator, built in 1950, has a curved headhouse.

Tillotson’s Aurora, Neb., elevator, built in 1950, has a curved headhouse.

For numbers two and three above, keep in mind that all horizontal reinforcing steel, or rebar, was placed by hand (anywhere from twelve to sixteen inches) during the slip-form process, all while the forms were being slipped vertically by screw jacks.

The horizontal steel had to be placed rather quickly throughout the entire structure, so that the steel bars were approximately in alignment from the beginning of placement throughout the structure and back to the beginning point.

On large projects, steel placement was divided into segments with a team captain in charge of each, and all captains would then synchronize their start times for installing the rebar.

Slip-form construction involves a great deal of detailed labor to carry out specific functions while the forms are being jacked vertically in constant motion. It used to be about five to six inches per hour.

Iowan Frank Nine recalls working for Tillotson Construction in the mid-1950s

This photo showing the aftermath of a grain dryer explosion at the Boxholm elevator was uploaded to KCCI by u local contributor hmuench.

This 2009 photo showing the aftermath of a grain dryer explosion at Tillotson’s Boxholm elevator was uploaded to KCCI by u local contributor hmuench.

The following two-part memoir was recently written by Frank Nine, who worked for Tillotson Construction Company in 1954 and 1955 and now lives near Sedalia, Missouri:

I first worked for Tillotson in Dayton, Iowa. Jay Wiser was superviser. We finished there and moved to Bancroft, Iowa, and finished late-fall 1954.

Frank Nine is seen in this recent photo.

Frank Nine, in a recent photo.

Early 1955 we started the Boxholm elevator, where I was from. G.T. Christensen, Jay Wiser, and I became friends and often hung out together when not working. I attended George’s funeral. I was 19 at the time. We went to Dallas Center, Iowa. George’s wife and family [lived] for some time in Boxholm. I later helped her with some minor repair, etc, on their trailerhouse. The children were very young then.

I am now 77 years old.

♦ ♦ ♦

I started out on the tractor-loader filling the hopper for the cement mixer. Some as carpenter helper, on-deck pouring cement, and most of time wherever needed. This was in Dayton, Iowa.

Jay Wiser’s brother–Bud is what they called him, I think Harold was his name–was foreman or boss.

Then we moved to Bancroft, Iowa, where Jay was supervisor, his brother Jesse was a foreman, and George T. Christensen was also.

I worked with Bobby Wheeler and his brother Billy. (I think that was his name.) Also with Jerry Gustafson and his dad and a man they called Cowboy. I think Carlson was his last name.

Bobby and I were friends and hung out often. Jerry and I did the same.

We finished job October-November 1954. Early 1955 we started the job in Boxholm, Iowa, where I met Jim Sheets, and we became friends. I worked the master jacks and run jack crew. Later on, finished cement with Jim–among other jobs as needed. This is where George, Jay, and an old welder, Jesse, became friends.

Bobby, Jerry, Jim, George, Jay, Jesse, and others hung out often. We lost George this year.

History is preserved in pictures at St. Francis, Kansas

Story by Kristen Cart

Farmers line up their grain trucks at St. Francis, Kan.

Farmers line up their grain trucks at St. Francis, Kan.

One of the most pleasant surprises at the St. Francis Mercantile Equity Exchange was their historical record preserved in pictures. In its hundred-year history, the exchange has maintained a continuous presence on the site of the present elevator, and has seen many changes in technology. Fortunately, photos exist that document the old way of doing things, and  Shirley Zweygardt, the site grain manager, was kind enough to provide copies.

In this photo dated 1951, an old wooden elevator stands immediately behind the concrete house. It was demolished to make room for the second bank of concrete bins, built in 2000.

In this photo dated 1951, an old wooden elevator stands immediately behind the concrete house. It was demolished to make room for the second bank of concrete bins, built in 2000.

It is always a fantastic find when you locate a pictorial history of an elevator.

A picture album, filled with historical treasures, which Shirley Zweygardt was pleased to share

A picture album, filled with historical treasures, which Shirley Zweygardt was pleased to share

I had already acquired a 1947 dated postcard depicting the elevator, so we knew its age. These additional photos, dated on the reverse “1951,” show its stately beauty. They depict two additional wooden elevators, which have long since disappeared. The vintage automobile in the foreground of the first image substantiates the date of the caption. Without the car, this photo would appear timeless, even though it was taken shortly before the addition of the first annex built by Chalmers and Borton.

Another view, dated 1951

Another view, dated 1951

It was quite a lovely thing; by 1951, the largest known elevator built by J. H. Tillotson, Contractor, was celebrating its fifth year, and was still white and stark against the sky. The elevator at McCook, Neb., was only two years old when this photo was taken, and my grandfather, builder William Osborn, had gone on to other projects with the Mayer-Osborn Construction Company.

Shirley Zweygardt told me an elderly resident of the town had preserved these photos in an album, which she brought to the elevator office, where they became part of the records of the equity exchange. The prints, reproduced here, were duplicate copies, now part of my growing library of historical images.

The visit to St. Francis was a happy one, capping an October 2012 elevator tour. This elevator marked the pinnacle of J. H. Tillotson’s construction career. Impressive still, it is a fitting monument to the skill, ambition, and industry of its builders.

Kingfisher Co-op documented the sequence of its elevators in a 1984 history

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By Ronald Ahrens

Thanks to Linda at Plains Partners, in Kingfisher, Okla., we have pages from the special 50-year-history edition of The Co-op Way, published by the Kingfisher Cooperative Elevator Association in 1984.

The history reports what happened only twelve years after the co-op was incorporated. Because of postwar expansion “the need to build a new elevator was obvious,” the history says.

Scan 2The co-op chose Tillotson Construction, of Omaha, for the job.

First, however, the co-op reincorporated early in 1946 to increase its capital.

Work soon got under way when “the association wrecked the old 34,000 bu. elevator and built a new concrete elevator with a 250,000 bu. capacity,” the history says.

“They also wrecked all the other old buildings except the office and scale house which they had built in 1942. It was remodeled into a concrete cleaning and grinding mill and warehouse.”

The year of 1955 “saw the skyline of Kingfisher change once more. A new skyscraper had been added to the landscape, and the farmers took pride in the contribution they had made to their community’s appearance and prosperity.”

Tillotson company records don’t address the question of who built the second elevator, seen at right in the photo below. Neither does the co-op’s history mention the builder.

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Here is a fascinating look at the life and death of the Tidewater Grain Elevator in Philadelphia. It is a well researched article, which our readers should enjoy. Particularly illuminating are the comments. This blog delves into industrial and architectural history from a refreshing perspective, and is well worth exploring.

The Necessity for Ruins

“Philadelphia used to have a lot of industry. Not so much anymore.” –Harry Hagin, site superintendent, Camden Iron and Metal, 12/19/07

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At 7AM on Sunday, demolition charges will echo throughout the refineries and tank farms of South Philadelphia as scrap dealers Camden Iron and Metal implode the headhouse of the last of Philadelphia’s great grain elevators, the Tidewater Grain Elevator at Girard Point. This will leave only the former Reading Company/Tidewater Company elevator at 20th and Shamokin St. to witness to the city’s history as a grain entrepot.

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