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Oberlin and Hair Depilatories

Wednesday, August 3rd, 2022
By Emily Winnicki, 2022 Summer OHC Intern

 

DISCLAIMER: The Oberlin Heritage Center does not recommend the use of any products not currently approved by the FDA.

 

Screenshot 2022-07-28 140252

Figure 1. Advertisement for “Flash” (Oberlin Alumni Magazine, July 1921)

 

History of Hair Removal

The history of hair removal dates to prehistoric times, with cave drawings depicting men without facial hair. Ancient Egyptians removed hair from their faces and heads for the practical reason of limiting the enemies’ ability to seize them in battle. Early politicians in America stayed clean shaven, and it was not until Abraham Lincoln was elected in 1861 that there was a sitting President of the United States who had a beard. The history of removing hair on women dates back just as far, with portrayals of ancient women of Greece, Egypt, and the Roman empire removing all of their body hair. [1]

In 1844, Dr. Gouraud created one of the first marketed depilatories in the United States. In the past, people had used different solutions and creams or physical methods of shaving and plucking to remove hair, but Dr. Gouraud’s Poudre Subtile, translated as Subtle Powder, is often cited as the first depilatory [2]. By 1895, King Camp Gillette marketed the first safety razor featuring disposable blades. But it was not until 1915, thirty years later, that Gillette marketed a razor for women [3]. This shift, marketing razors and shaving supplies for women, reflects a change in fashion that took place at the beginning of the 20th century. By the 1920s, sleeveless tops and shorter dresses were becoming popular, so women felt the need to find ways to make their legs and armpits ‘smooth.’ Advertisements that targeted women used the term ‘smooth’ because ‘shaving’ was considered too masculine of a term [4]. Upon the rise of the Roaring Twenties, women saw a rise in hemlines, which occurred simultaneously with a rise in the number of advertisements for hair removal devices and creams specifically marketed towards women [5]. This is the era that sets the stage for Oberlin’s own, locally made depilatories.

 

Professor Jewett and “Flash”
As an intern at OHC this summer, I performed research on the achievements and legacy of Professor Frank Fanning Jewett. During the research, I came across a small reference to a depilatory which Professor Jewett had crafted. The idea of a locally made depilatory intrigued me. Through more digging, I found two locally produced depilatories, “Flash” and “Enzit.” These two depilatories had similar timelines and advertising techniques.

 

On April 20, 1921, a short article in the Oberlin News was titled “New Company at Work”. The Oberlin Chemical Company was starting to manufacture a depilatory which would be prepared using a formula crafted by Professor Frank Fanning Jewett. The article makes a point of noting that Professor Jewett had been the “head of the department of chemistry of Oberlin College” and also announces that the manager of the company is to be C. W. Upp [6]. Later that same year, in May of 1921, C.W. Upp is listed as the owner of the newly opening Campus View Beauty Parlor—located above Cooley’s Shoe store, and using the same stairway as Rice’s studio, which was located above today’s 37 West College Street. According to the article on the Campus View Beauty Parlor, “all the conveniences and services a woman can desire are found under one roof.” One of the noted services is the “application of the new depilatory, recently invented by Prof. Jewett” [7]. The use of the word ‘recently’ is interesting because in 1921, Prof. Jewett would have been 77 years old. So, this 77-year-old chemist was creating hair depilatories which were being advertised for women? It makes one wonder who, if anyone, is testing this product? His 67-year-old wife?

 

By July 1921, the Oberlin Chemical Co. was placing advertisements in the Oberlin Alumni Magazine.

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Figure 2. Advertisement for “Flash” (Oberlin Alumni Magazine, July 1921)

The viewer of this advertisement is immediately attracted to the name “Flash” surrounded by lightning bolts and the ‘before’ and ‘after’ pictures. On the left side of the advertisement, there is a sketch of a woman who has “Superfluous Hair,” in the form of a slight unibrow, and some hair on her lip and chin. On the right side of the advertisement, there is a sketch of the same woman but with these ‘hairs’ removed. After reading the title and viewing the images, a person then continues down the advertisement, reading claims about how the depilatory is both safe and effective for removing the hair and the roots. At the end of the article the statement “a YALE graduate, the head of the Oberlin College Chemical Department for many years” is a reference to Professor Jewett. Finally, this advertisement provides an address for this new chemical company, 31 West College Street. While this address does not exist today, it was once used as the address for the upstairs of today’s 29 West College Street [8].

 

In October of 1921, an Annual Report filed by the Oberlin Chemical Company listed it as a new incorporation with finances amounting to $30,000 [9].

 

Shortly after the advertisement and annual report, in November 1921, an article in the Oberlin News tells of the sale of “exclusive sales rights in the United States” of “Flash” to Oberlin businessmen: Howard Askey, W.D. Hobbs, and Stanton Hobbs. These new owners of “Flash” were planning “an extensive advertising campaign and a little later will open a sales and demonstration office here in Oberlin.” This article concludes with a prediction of success for these new owners [10].

 

In May 1922, there was another advertisement for “Flash” in the Oberlin Alumni Magazine.

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Figure 3. Advertisement for “Flash” (Oberlin Alumni Magazine, May 1922)

 

This advertisement is similar to the July 1921 advertisement, although, this one lacks the ‘before and after’ pictures, including only the ‘after’ sketch, and does not reference Professor Jewett. The lack of mention is possibly because  Professor Jewett had sold his right to “Flash” by this point [11].

 

After 1922, I have found no mentions about “Flash” or the Oberlin Chemical Company and no patents can be found for “Flash.” [The owners could have decided to keep “Flash” as a trade secret instead of patenting the formula]. While the story of “Flash” ends in 1922, the story of another depilatory crafted in Oberlin picks up just four years later in 1926.

 

Philip Ohly and Enzit

In the 1926 Index of U.S. Patents, one can find a listing for Philip H. Ohly, who “doing business as Enzit Chemical Co., Oberlin, Ohio” had received a patent for a depilatory on November 9, 1926 [12]. Also in November 1926, the Oberlin Alumni Magazine, ran an advertisement for “Enzit”.

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Figure 4. Advertisement for “Enzit” (Oberlin Alumni Magazine, November 1926)

This product is advertised as “A New Hair Remover that does Amazing things” by removing your unwanted hair and roots. In earlier pages of the Alumni Magazine, it mentions that Ohly had “perfected a formula for a depilatory” which he had been working on for several years [13].

 

In 1927, we find two advertisements for Enzit.

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Figure 5. Advertisement for Enzit (Oberlin Alumni Magazine, January 1927)

 

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Figure 6. Advertisement for Enzit (Cleveland Plain Dealer, June 5, 1927)

 

Similar to “Flash,” “Enzit” targets selling to women, because “No woman’s face need be blemished by hair” [14]. Claiming that “Enzit” will leave women with “smooth skin beauty” [15].

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Figure 7. Advertisement for “Enzit” (Hi-oh-hi 1928).

 

In 1947, Enzit Chemical Company once again appeared in the U.S. Patent Index, with Philip Ohly renewing a patent for a depilatory. [However, it is a different patent number than he had in 1926] [16].

 

Conclusion
When I first started this research, I was hoping to show that “Enzit” was just a rebranded revision of “Flash.” However, I was unable to find a definite connection between the two companies (Oberlin Chemical Company and Enzit Laboratories), nor was I able to find a connection between Professor Jewett’s “Flash” and Philip Ohly’s “Enzit.” But, while I found no connection proving they are the same thing, I can show that they made use of similar advertising trends, symbols, and had a similar timeline.

 

First, both products are advertised towards women and removing unwanted hair, particularly from the face. Also, both products claim to remove not only the hair but the roots as well. In advertisements for “Flash” lightning bolts appeared around the word, while “Enzit” had a lightning bolt through their trademarked name. Finally, the first record of “Flash” dates to 1921, while a Pharmaceutical Era article in 1926, said that Philip Ohly had been working on the formula for “Enzit” for eight years, meaning he started his work in 1918, three years before “Flash” was advertised [17].

 

So, while these two depilatory brands (may or) may not be the same formula, their advertisements and goals mirror each other and show a trend in hair removal in 1920s Oberlin. Through research, I was never able to determine the chemical properties of these two depilatories, nor determine how they supposedly worked.

 

Today, many different hair removal methods and depilatories appear on the market. Popular hair depilatories, such as “Nair,” still target women in their advertisements, talking about ‘smoothness’ and featuring women in bathing suits [18].

 

This post is a local glimpse into a national trend and a possible entry point for study of the beauty industry, chemistry, patent law, and the interplay of advertising and gender expectations.

 

 

Acknowledgements
A special thank you to the Cleveland Public Library Staff and Oberlin College Archives for providing many of the resources used in my research and for all their help and advice.

 

 

Sources Consulted [Footnotes]
Alexandra A Fernandez BA, Katlein França MD, MSc, Anna H Chacon MD, Keyvan Nouri MD, From flint razors to lasers: a timeline of hair removal methods, (Journal of Cosmetic Dermatology), 2013 [3]

Annual report of the Secretary of State to the Governor of Ohio, June 30, 1922 [9]

“Beauty Parlor Opens Thursday” (Oberlin Review), May 10, 1921 [7]

“Clean Limbed Loveliness free from Hair” (Cleveland Plain Dealer), June 5, 1927 [15]

Department Reports of the State of Ohio, October 16, 1921 – April 6, 1922

“Enzit” (Hi-oh-hi), 1928

“Flash” (Oberlin College Alumni Magazine), July 1921 [8]

“Flash” (Oberlin College Alumni Magazine), May 1922 [11]

“General Nair Questions” (Nair.com). Accessed July 23, 2022. [18]

Kirsten Hansen, Hair or Bare?: The History of American Women and Hair Removal, 1914-1934 (Barnard College), 2017 [1, 5]

“New Company at Work” (Oberlin News), April 20, 1921 [6]

“A New Hair Remover that Does Amazing Things” (Oberlin College Alumni Magazine), November 1926

Pharmaceutical Era, 1926 [17]

“Phil Ohly Becomes Manufacturer” (Oberlin College Alumni Magazine), November 1926 [16]

“Secure Sales Rights for Flash in America” (Oberlin News), November 2, 1921 [10]

Smithsonian, Hair Removal (Cosmetics and Personal Care Products in the Medicine and Science Collections), No Date [4]

Taylor Barringer, History of Hair Removal – Products and methods for hair removal from the ages. (Elle Fashion), 2013 [2]

“Tomorrow Campus View Beauty Parlor Opens” (Oberlin News), May 11, 1921

United States Patent Index for 1926 [12]

https://library.si.edu/digital-library/book/indexofpatentsis1926unit

United State Patent Index for 1947 [14]

https://books.google.com/books?id=_oZlkPcfPFMC&pg=PA172-IA8&lpg=PA172-IA8&dq=enzit+chemical+laboratories&source=bl&ots=hVlj8d9Xo9&sig=ACfU3U1uNU6DRugMmgti6_KdYtCXK8K3SQ&hl=en&sa=X&ved=2ahUKEwih-JHVk_b4AhVTSzABHQdsBSYQ6AF6BAgZEAM#v=onepage&q&f=false

“Unwanted Hairs Enzit” (Oberlin College Alumni Magazine), January 1927 [14]

1930 Drought: The Most Critical Situation in Oberlin’s Waterworks History

Tuesday, September 14th, 2021

By Zenobia Calhoun, 2021 Summer OHC Volunteer

A long drought in 1930 tested Oberlinians’ energy and strength along with millions around the nation. It decimated crops and threatened Oberlin’s water supply: “The water shortage really was a serious condition—more serious than most people were inclined to believe,” said Superintendent of the Maintenance Department Doren Lyon in 1931.[1] The drought also created other potential problems, like disease outbreaks and worse fires. The drought was statewide and nationwide, as the results of the dust bowl show. Before 1930, the northern areas of Fulton, Lucas, Ottawa, Erie, and Lorain counties were usually the driest, each having 33 inches of rain or less for the whole year, with the whole state averaging 38.25 inches. However, in 1930, the whole state averaged just 27 inches of rain.

Ohio Rainfall 1930 vs Previous

Data from Straszheim, Robert E, and Falconor, J I. “The Drought in 1930.” Mimeograph Bulletin 37 [of the Department of Rural Economics at Ohio State University] (April 1931).

The main concern of water management in 1930 was having enough safe drinking water for everyone in Oberlin. Other concerns included saving the crops of the year and fire and disease outbreaks. At the beginning of 1930, Oberlin’s water supply was the Vermilion River in South Kipton. By July, the drought was already well-underway and the Oberlin News-Tribune noted that city officials asked citizens not to use water for “unnecessary purposes”, which included washing cars, watering gardens, and maintenance of the golf course.[2] At that time, there was enough water for another 30 days of regular use, which worried the city council as August is usually a dry month. Delaying the start of the college year was also considered as a mitigation strategy. Waterworks Superintendent Harry V. “Vic” Zahm also reported that due to the record-setting high temperatures there was a 25% increase in the amount of water used in comparison to the previous July, mainly in attempts to cool off. In Cleveland, a new high of 97 degrees was recorded for July.

 

Notice to Water Users 8-7-1930

Sears, L A. “Notice To Water Users.” Oberlin News-Tribune. August 7, 1930.

The second major concern was agriculture, both livestock and crops. The Oberlin News-Tribune reported on July 31 that the early corn was a failure and that late corn, potatoes, berries, and small fruit were soon to follow, and that even “should weather conditions become favorable, the crop will be way below the average.” On August 7, it was reported that farmers had been hauling water for their stock, burned pastures, and had no hope for the corn crop.

Usually, drought fears are alleviated by fall; however, in 1930 they remained. A little rain fell in September, but not enough to eradicate the fears of the Oberlin City Council and City Manager Leon Sears. The Oberlin News-Tribune noted on September 11 that there was still “real need of conservation wherever possible” and that the Elyria paper with the heading “No Shortage of Water at Oberlin” was “entirely misleading”. It was decided the college would start on schedule, though village officials worried about the new strain on the water supply. The article went on to explain how the Oberlin Water Department had bought a booster pump to move water from the Morgan Street reservoir to the settling basins, and that the watershed in Kipton now provided a trickle, rather than a stream, with outtake far exceeding intake.

On September 25, the Oberlin News-Tribune noted that there was enough water in the reservoir for 40 days of use. City Manager Sears believed that the worst fears were over and with continued caution the town would get along until normal weather conditions return. There had been light showers, but no heavy rains. The Kipton reservoir and watershed seemed much better off than earlier in the same month, with around 1/3 of the daily consumption running to the reservoir, but the mood was hopeful and city officials believed water restrictions could be lifted after several heavy rains.

In early November 1930, water restraints were still present. The average daily consumption of water was 262,000 gallons, with much less coming down the conduit from Kipton. The autumn rain had not been enough to stop the daily lowering of the reservoir. Luckily, City Manager Sears and City Council had been searching for a new water source and they found one. The Nichols stone quarry located east of Kipton had a large volume of water they pumped out daily which had previously been being wasted. The company agreed to turn the water into a line connected to Oberlin’s water conduit, adding 50,000 gallons of water to Oberlin’s daily water supply. The water, being from under a quarry, was also softer and purer then the regular supply and required less chemical treatment. Oberlin citizens were also working to use less water. The daily average of the week of November 13 was 230,000 gallons. By extreme economizing, city officials believed the town could cut down to 225,000 gallons daily.

It was found that college students were also using less water than in the beginning of the semester. However, one dorm might have been an exception. A story was received at the Oberlin News-Tribune from a college student: the inmates of her dorm were homesick and had been trying to use as much water as possible so that they could go home [3] (assuming that if the drought situation become more dire, the college would be obliged to take a break) [4]. However, besides this stand-out anecdote, most Oberlin residents and college students alike worked to ration their water throughout the drought.

Unfortunately, droughts can have other negative effects besides loss of drinking water. The Ohio Department of Health informed county and local officials that the current weather could result in more outbreaks of typhoid fever due to people seeking new, less safe water supplies, and the eventual rain picking up many pollutants and making more water supplies unsafe. The Lorain County Health Commissioner, Dr. Barrett, recommended immunization against typhoid fever for all who were drinking even possibly unsafe water.[5] Surveys by the health department found that 2/3 of dug wells at the time were not fully protected against pollution, making them vulnerable to typhoid and other germs, especially in the expected first heavy rains.[6]

In August and September, fire precautions were limited to help conserve water. This meant that there was no longer a waiting water supply, and, if there had been a large fire in the year, destruction would have been extreme. Thankfully, there was not. However, a local fire department noted in early 1931 that there was a significant increase in the number of fires in 1930 in comparison to past years, causing $2,760 worth of damage, or around $44,000 in today’s money.

By March 1931, all water supply fears had been reprieved and there was more than enough rain to last until spring. However, the fear of the previous year was still felt. Jacob Berg, an Oberlin resident who kept a diary recording the weather every day, found that the year 1930 was the driest in 60 years, [7] while Superintendent Lyon revealed that in October in 1930 there was a water supply for just 30 days, and that the situation was “the most critical that has ever been in the history of the Oberlin waterworks.” [8]

Since both citizens and city management dealt well with the heavy stress caused by this drought, it can be used as an example for what to do in the case of future climate disasters. It also offers the warning that one challenge often leads to other potential challenges that must be taken seriously, like the fires and possible typhoid outbreaks. Oberlin demonstrated both prudence and flexibility in its response to the 1930 drought.

 

SOURCES CONSULTED:

“Condition of Crops Serious in Vicinity.” Oberlin News-Tribune, July 31, 1930.

“Drought and Heat Wave Hit Farms Throughout Middle West.” Oberlin News-Tribune, August 7, 1930.
Retrieved 5 August 2021

“Citizens Ordered to Reduce All Water Consumption to the Minimum Until Rain Comes.” Oberlin News-Tribune, August 21, 1930.

“Thirty Days Water Supply.” Oberlin News-Tribune, August 21, 1930.

“Danger From Typhoid Fever at This Time.” Oberlin News-Tribune, August 21, 1930.

“Must Conserve Water Supply.” Oberlin News-Tribune, September 11, 1930.

“Water Shows Increase in Conduit Line.” Oberlin News-Tribune, September 25, 1930.

“Water Situation Remains Serious.” Oberlin News-Tribune, November 6, 1930.

“New Supply of Water to Aid Village.” Oberlin News-Tribune, November 13, 1930.

“Has Kept Diary For Last Sixty Years.” Oberlin News-Tribune, January 1, 1931.

“Forty-Four Fires Caused $2,670 Damage.” Oberlin News-Tribune, January 8, 1931.

“Indefinite Supply of Water Now Assured.” Oberlin News-Tribune, March 5, 1931.

Aier. “Cost of Living Calculator: What Is Your Dollar Worth Today?” AIER. American Institute for Economic Research, June 15, 2021. https://www.aier.org/cost-of-living-calculator/

Straszheim, Robert E, and Falconor, J I. “The Drought in 1930.” Mimeograph Bulletin 37 [of the Department of Rural Economics at Ohio State University] (April 1931). Retrieved from https://core.ac.uk/download/pdf/159598534.pdf

FOOTNOTES:

[1] “Indefinite Supply of Water Now Assured.” Oberlin News-Tribune, March 5, 1931. 

[2] “Thirty Days Water Supply.” Oberlin News-Tribune, August 21, 1930. 

[3] “New Supply of Water to Aid Village.” Oberlin News-Tribune, November 13, 1930. 

[4] “Must Conserve Water Supply.” Oberlin News-Tribune, September 11, 1930.

[5] “Danger From Typhoid Fever at This Time.” Oberlin News-Tribune, August 21, 1930.

[6] “Danger From Typhoid Fever.” Oberlin News-Tribune.

[7] “Has Kept Diary For Last Sixty Years.” Oberlin News-Tribune, January 1, 1931.

[8] “Indefinite Supply Water Assured.” Oberlin News-Tribune.

Sandusky’s Underground Railroad

Tuesday, December 10th, 2019

by Melva Tolbert, OHC Volunteer

About 4 years ago, the Oberlin Heritage Center traveled to Sandusky, Ohio as part of their education program for staff and volunteer docents. Unfortunately, I was unable to attend, but continued to have an interest in the history of Sandusky’s involvement with Underground Railroad and wanted to learn more.  This past October, my husband and I ventured out and found two locations connected to this history: the Second Baptist Church and the Follett House Museum.  The experience was memorable and I want to share it with all of you.

We found the Second Baptist Church (on Decatur St.), which is said to have been one of the most active locations in the Sandusky Underground Railroad network. We were fortunate to find one of its members at the neighboring parsonage and he invited us in for a brief tour of the current building.  The historic placard in the front yard explained the Underground Railroad activity that occurred there.  With the view of Lake Erie in plain sight from our location, it was easy for me to visualize the freedom seekers’ journey to Canada.  The gentleman led us into the small sanctuary with its large stained glass windows and purple family pew cushions.  The original church was founded as a Zion Baptist Church in 1849 by a group of formerly enslaved peoples and freeborn Blacks. Just prior to the Civil War, the church was organized at its present site under the name First Regular Anti-Slavery Baptist Church. The sanctuary that we stood in dates to around 1930, and was constructed around the original church’s wooden framework.

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Second Baptist Church, March 17th 1957. Photo Courtesy of the Sandusky Library.

I asked whether there was a basement, which our guide confirmed there was, so we followed him downstairs to a large room with tables, chairs, and a large commercial kitchen.  Our guide then showed me a side room that housed the furnace. Thinking about how the space may have been used in the era of slavery, I could image that many people seeking refuge could find some rest and comfort here before continuing on to Canada.

 

The following day, I arrived at the Follett House for a tour.  The original use of the home was for Oran and Eliza Follett and their children.  The home is now owned and operated by the Sandusky Public Library, which documents the history of both Sandusky and Erie County. My tour began in the den of Mr. Follett, who was known primarily for being a publisher, president of the Sandusky, Dayton, and Cincinnati Railroad, and for his involvement in the local banking industry.  His wife was a homemaker and active in the local community providing aid to those in need.

Circ 1894 Follett House compressed

 

The Follett House, ca. 1984. Photo Courtesy of the Sandusky Library.

The docent led me to the front parlor and rear parlor pointing out the massive fireplaces which illustrated the family’s wealth.  There was a temporary display in the rear parlor of people connected to Sandusky’s early Underground Railroad activity, including the Folletts. We then continued the tour into the basement of the home.  There were several quilts displayed and old maps of the Sandusky area.  The tour led us to the second floor which contained four large bedrooms for the family and then to another staircase to the fourth floor (attic) where the tour ended.

My desire is to continue visiting and learning more about this incredibly historic area of Ohio, and I urge all of you to do your own exploring as well.

 

For more information on the Sandusky Underground Railroad Network, feel free to visit the following websites to plan your own experiences:

Erie County Underground Railroad Historic Walking Tour

Follett House Museum

NPS Visit Underground Railroad Sites

History of the Morgan Street Water Works

Sunday, February 10th, 2019

By OHC Executive Director Liz Schultz

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The complex of structures on Morgan Street known as the Water Works tells the history of Oberlin’s growth as a city, continuous efforts to problem-solve through science and engineering, and leadership in civic improvements. Part of that legacy resulted in Oberlin installing the first municipal lime and soda water softening plant in the nation.

Early Water History of Oberlin

Prior to the construction of the Morgan Street Water Works most home owners and businesses obtained water through private and shared wells, cisterns, or even Plum Creek. While perhaps adequate, such sources were susceptible to contamination and could more easily spread waterborne diseases such as typhoid and dysentery. They also limited the town’s ability to fight fires, including the disastrous fire that burned through downtown in 1882. Despite strong advocacy by Judge John Steele, some residents continued to prefer the “bucket brigade” to a high-pressure hydrant system. Just as the city was contemplating borrowing money to build a city water system in spring of 1886, another fire blazed across the southwest block of downtown.

Voters passed a $50,000 bond in April 1886 and after testing various sources it was agreed that the Vermilion River supply be adopted. Oberlin College also contributed over $5,000 toward the costs. Permission was obtained from Kipton property owners to lay line to transport the water, much of which was installed by Italian immigrants from Pittsburgh. The city also built a reservoir and pump station and purchased boilers and pumps. Local leaders in these efforts included Judge Steele, Edwin Regal, Professor Albert A. Wright, Professor Frank F. Jewett and Engineers H. F. Dunham and W. B. Gerrish. By September of 1887 there was enough water in the system to impress townspeople with a demonstration of shooting water from a hydrant up and over the 110 foot flag pole in front of the Union School on South Main Street. Service was inaugurated on December 23, 1887 and by spring of 1888 construction was complete.

1888 Sanborn map

1888 Sanborn Fire Insurance Map showing the early layout of the water works near the corner of Morgan and Cedar Streets, including a pump station on the left, circular well, and 1 million gallon reservoir to the south.

In August 1893 a 66,000 gallon steel tank was set on a 40 foot stone tower – the tower many residents recognize today. Water shortages in the 1890s prompted the construction of an additional 15,000,000 gallon reservoir. Early engineers or superintendents at the water works included Henry Braithwaite, Doren E. Lyon, and H. V. Zahm.

By 1900 Oberlin was pumping 36,560,000 gallons of water a year.  (According to a report from the Ohio Environmental Protection Agency, in 2002 Oberlin averaged 640,000 gallons a day). Water was provided free in horse troughs and sprinkler systems that kept the road dust at bay. Businesses and industries generally connected earlier with the new water supply while home owners gradually tapped in, by their own choice. Additional water mains were added by street and block over the years. Some less affluent areas, which were also often predominately black residential areas, struggled far longer without access to the city supply.

1903 map from America's 1st Mun article by Fuller & Cosens

Diagram of the 1903 water works from the paper “America’s First Municipal Lime-Soda Softening Plant is Replaced”
by Raymond Fuller and Kenneth Cosens

Nation’s First Municipal Water Softening Plant

The water that supplied Oberlin’s public water system was hard, containing dissolved calcium and magnesium. In 1927 W. H. Chapin reported that the hardness of Oberlin’s natural supply, measured in calcium carbonate, averaged 270 parts per million. According to the USGS, this number today is classified as “very hard.” While that level was safe to drink, it was not to everyone’s taste. It was also not ideal for washing or bathing because soap does not lather well in hard water. Even after connecting to the public water supply some Oberlin residents continued to use rainwater from their cistern for washing.

Not content with the water quality, the village of Oberlin set about investigating the possibility of softening their supply and in 1903 it installed the first municipal lime-soda water softening plant in America.

C. Arthur Brown, a chemist and bacteriologist from Lorain who was consulted on the project, related the following.

All in all, the water was one that would have satisfied most cities. But Oberlin is different… The public-spirited and progressive city fathers decided that the best they could get was none too good for the city. While the water was satisfactory in most respects, it was a hard water and many of the citizens refused to use it for bath, laundry and cooking purposes, and it was feared at some time or other possible contamination of the water might occur and Oberlin have the same experience as Cornell University did with a typhoid epidemic.

In addition to Brown and city officials, Professors Wright and Jewett, William B. Gerrish, and W. B. Bedortha were involved in this next stage of development.

The softening process itself involved dissolving soda ash and lime with water in the pumping station, adding that mixture to the water coming in from the reservoirs, letting the water mix through a series of baffles in settling basins, allowing adequate time for the chemical reactions to occur (nearly a week), treating the water for purity, pumping it up to the water tower/standpipe, and then dropping it through sand filters and into the city’s mains. While successful, the process needed to be monitored for the greater processing time required during cold weather, the high amounts of silt that resulted, and the side effect of precipitates making it into the mains and clogging them.

Word began to spread about Oberlin’s new plant. City Engineer William Gerrish published the paper “The Municipal Water-Softening Plant at Oberlin, Ohio” in the Journal of the New England Water Works Association and responded in print to questions about the process. C. Arthur Brown presented a paper to a club of professional men in Joliet, Illinois, which was also reprinted in the Oberlin News. According to the Oberlin News, Gerrish even received a request from Moscow, Russia for information on the water-softening process.

Rise and Fall of the Morgan Street Water Works

Over the years the city implemented many improvements at the Morgan Street Water Works, including replacing the original sand filters with excelsior filters, adding more water sources after significant droughts, increasing the settling period to reduce incrustations in the water mains by adding a 10,000,000 reservoir in 1916, chlorinating the water, adding a recarbonation process, and even replacing the entire conduit line to Kipton in the 1930s.

But some issues persisted, including the continual build-up of sediments from the process, aging equipment, and increasing demands for water. By the time of the 1916 Annual Report of the Village of Oberlin there were concerns about the increased cost of soda ash and the new “Eight Hour Law” limiting the work day of engineers at the plant. The largest costs listed in the report included coal, salaries, chemicals, and construction. Coal consumed for the year: 684,000 lbs. Total pumpage for the year: 104,373,000 gallons.

 

Front view Annual Report of the City of Oberlin w

Photograph from the 1916 Annual Report of the Village of Oberlin

1960 map from America's 1st Mun article by Fuller & Cosens

Diagram of the 1960 water works, just before production moved to the Parson Road facility, from the paper “America’s First Municipal Lime-Soda Softening Plant is Replaced”

Nation-wide water shortages around the 1950s and dwindling water flow from the Kipton Reservoir prompted the construction of the newer reservoir and pumping system on Parsons Road in 1960, sourced from the Black River.

Recreation

Photographs indicate that the water works and reservoirs were enjoyed recreationally from the very beginning. While fishing and (prohibited) swimming, may be popular now, residents likely enjoyed the reservoirs with their eyes alone while they were the city water supply.

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Copy of a photograph showing Carol Kohut as a toddler at the reservoir.

John Elder recalled rolling down the rare hills as a young boy and then as a college student borrowing trays from the dining hall to go sledding.  He also recalled ice skating there, as did others, until they were shooed off.

In an oral history interview Charles Peterson recalled the Fourth of July in 2001, when fireworks were still launched behind the City Manager’s House near the water works.

The bowl by the reservoir was just packed with people and there were vendors and food, and there was music and everybody was smiling and the children were playing. And I just remember sort of standing on the street looking over the bowl thinking, “Oh my god, this is absolutely amazing!” That this town has so much spirit and the intimacy of it and everyone knew each other and were old friends and were open to new people coming. And I thought, this is, you know, I think that was the first time I really began to realize what a special place Oberlin is, and that’s a memory.

 

Legacy

Every year the Oberlin third graders are introduced to the history of the Morgan Street Water Works on their annual bus tour of Oberlin, but for many residents the stone tower, brick gabled pumping station, and grassy basin are mysterious remnants of an earlier time. The tower, without its original metal tank on top, is designated as a City of Oberlin Landmark, which means any proposed exterior alterations must be approved by the city’s Historic Preservation Commission. The older 1887 brick pump station was not included on the landmark designation renewal form of 2001. Years of disuse and neglect have taken their toll on the building and perhaps it is doubly sad that a fire in 2011 damaged the rear part of this building, which was constructed in very large part to combat that exact menace. Ideally this building will continue to be part of Oberlin’s natural and historic landscape and continue to tell this locally- and nationally-significant history.

 

If you have more to add to this story, please contact [email protected].

 

Sources

Annual Report of The Village of Oberlin, Fiscal Year 1916. Oberlin: Press of the News, 1917 [Copy held in the collections of the Oberlin Heritage Center]

Blodgett, Geoffrey. Oberlin Architecture, College and Town. Oberlin: Oberlin College, 1990.

Chapin, W. H. “Water-Softening as Practiced at Oberlin, Ohio.” Industrial and Engineering Chemistry 19 (1927): 1182-1187.

Cosens, Kenneth W. and Raymond Fuller. “America’s First Municipal Lime-Soda Softening Plant is Replaced.” No date. [Copy held in the collections of the Oberlin Heritage Center.]

Gerrish, William. “The Municipal Water-Softening Plan at Oberlin, Ohio.” Journal of the New England Water Works Association 19 (1905): 422-436.

Jones, George T., “The History of Utilities in Oberlin,” in Oberlin Community History, edited by Allan Patterson, 52-58. State College, PA: Josten’s Publications, 1981.

Oberlin News. “Paper on Oberlin’s Water Works System.” January 2, 1906.

Oberlin News-Tribune. “Water Plant Monument to John Steele.” March 29, 1935.

Oberlin Weekly News. “Information About the Water Works.” September 8, 1887.

Oberlin Weekly News. “A Partial Exhibition…” September 8, 1887.

Oral History Interview with John Elder by Rachel Hood and Haley Johnson, 5 April 2017. Oberlin Oral History Project and Environmental Studies 101 Community Engagement Project, held by the Oberlin Heritage Center, Oberlin, Ohio.

Oral History Interview with Frank Zavodsky by Rob McLean, 19 January 1987. Oberlin Oral History Project, held by the Oberlin Heritage Center, Oberlin, Ohio.

Oral History Interview with Charles Peterson by Jeanne McKibben, 13 June 2009. Oberlin Oral History Project, held by the Oberlin Heritage Center, Oberlin, Ohio.

Paynter, Braden. “Mud, Fire, and Telephones: Oberlin College and the Modernization of Oberlin 1870-1907.” Honors Thesis, Oberlin College History Department, 2005.

Phillips, Wilbur. Oberlin Colony: The Story of a Century. Oberlin: Press of the Oberlin Printing Company, 1933.

Report of the Oberlin Water Works Board. No date.

Photographic Image Sources,

William Annable

Kathy DeRuyter

The Lost Streets of Oberlin

Tuesday, October 23rd, 2018

by Officer Bashshar Wiley,Oberlin Police Department

As a police officer with the City of Oberlin Police Department, I spend a lot of time patrolling the streets and neighborhoods. Although I’m not sure of the exact number of miles driven or hours spent on patrol during the past seven years, I do know that it’s probably a significant number. Any good cop will tell you the key to patrolling the streets, is knowing the streets. What makes Oberlin unique in this aspect is that while doing research for another topic, I came across maps which showed streets that have drastically changed over time, no longer exist, and in some cases, “kinda-sorta” still exist. It caught my interest and I decided to document and write about it while working overtime on a particularly quiet Sunday dayshift.

Please click on an image to view it in a larger format.

 

FRANKFORT STREET

Frankfort 1896

Atlas and Directory of Lorain County Ohio, The American Atlas Company, Cleveland, Ohio, 1896

Frankfort 1912

Atlas of Lorain County Ohio, C.H. Lawrence and L.W. Griffin, Elyria Ohio, 1912

 

Frankfort Street ran eastbound & westbound between Water Street, which is modern day South Park Street, and Spring Street. These maps show the location of Frankfort Street just to the south of Groveland Street.

 

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Photo by Bashshar Wiley, 2018

 

Although Frankfort Street still appears on some maps, today it’s essentially a private driveway for the residents at 173 South Park Street.

 

RAILROAD STREET

Railroad Street

Atlas of Lorain County Ohio, D. J. Lake and Co., 1874

Railroad Street was located north of the old railroad tracks, with Sumner Street to the south. Railroad Street ran parallel with the railroad tracks and was accessed by Water Street (South Park) and the intersection of Mechanic Street and Spring Street. Mechanic Street to the west of Water Street would become Locust Street and to the east would become Frankfort Street. An interesting fact about Railroad Street is that on October 25, 1926, a homicide took place at the Chester Durham residence located on the corner of Railroad Street and Spring Street when he was shot and killed by William Whiteside after a drunken disagreement following money owed during a card game.

 

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Photo by Bashshar Wiley, 2018

This photo shows the intersection of Groveland Street and Spring Street looking southbound to the Spring Street Extension. Further south would’ve been the intersection of Spring Street, Frankfort Street and Railroad Street. Today, it’s used to access the bike path and Oberlin Community Garden located behind Groveland Street.

 

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Photo by Bashshar Wiley, 2018

Today, Railroad Street no longer exists and cannot be seen from South Park Street or the bike path which has replaced the old railroad tracks. This private driveway of 225 South Park Street would’ve been the approximate location of the west side access to Railroad Street.

 

SOUTH PROSPECT STREET & SOUTH CEDAR STREET

South Prospect

Atlas of Lorain County Ohio, D. J. Lake and Co., 1874

At one time, South Prospect Street continued, or was envisioned to continue, south of Morgan Street, over the railroad tracks, past Follett (Lincoln) Street and ended at what is today West Hamilton Street.  Additionally, prior to the construction of the Morgan Street Reservoir, South Cedar Street, then known as West Street and later Cedar Avenue, continued south of Morgan Street and ended at Follett (Lincoln) Street.

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Photos by Bashshar Wiley, 2018

Today, South Prospect Street ends at Morgan Street other than a gravel driveway which leads to private residences. Going south past the gravel driveway leads to Ladies Grove, which is a series of walking paths connecting to The Arboretum.

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Photos by Bashshar Wiley, 2018

PENFIELD STREET

Penfield Street

Atlas and Directory of Lorain County Ohio, The American Atlas Company, Cleveland, Ohio, 1896

Penfield Street was accessed just to the south of Johnson House on South Professor Street. It also connected to Cedar Avenue, which stopped at Morgan Street but then continued on the south side of the Morgan Street Reservoir to Follett (Lincoln) Street. Another interesting note about this map is that it also shows Culvert Street and Catherine Street between the railroad tracks and Follett (Lincoln) Street which both no longer exist. Additionally, South Prospect Street has been changed to a “Vacated Street.”

Penfield2

Atlas of Lorain County Ohio, C.H. Lawrence and L.W. Griffin, Elyria Ohio, 1912

By 1912, Penfield Street still existed although the sections of South Professor and South Cedar Streets which ran south of Morgan Street have been removed.

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Photos by Bashshar Wiley, 2018

In 2018, Penfield Street is simply a gravel driveway access to The Arboretum located behind a locked gate which can only be accessed by Oberlin College Campus Safety. The Arboretum is accessible to the public from Morgan Street.

 

HOVEY LANE

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Photos by Bashshar Wiley, 2018

Hovey Lane is partially a gravel driveway access for the private residence of 234 East Lorain Street and continues northbound to the Oberlin High School football field. My experience with Hovey Lane occurred while training a new officer on the midnight shift. At approximately 6:00am, I instructed my trainee to drive up Hovey Lane and use it as a cut-through to patrol the Oberlin High School football field. As we continued northbound up the drive, we could feel our patrol vehicle sinking in the mud. I instructed my trainee to “gun it” and informed him I would take the blame if we got stuck. Thankfully, our all-wheel drive Ford Explorer with the police interceptor package was able to power through the thick, muddy terrain. At shift change, one of the sergeants coming on duty noticed our cruiser in the parking lot, now covered in mud, and asked us “who went mudding?” I immediately pointed at my trainee and stated “he did it.” My sergeant then rolled his eyes in disappointment, instructed us to wash off the mud-caked cruiser and went into his office.

FA056C39-B3CA-4816-8CBE-B5A80958F0DB

Oberlin Weekly News, May 6, 1881

Another interesting piece of Oberlin history is that Frank Hovey served as the Oberlin Village Marshal during the 1800s prior to his sudden resignation during a council meeting on May 6, 1881. Frank Hovey would then be replaced by Constable Franklin Stone.

Thank you for reading.

If you are interested in viewing any of the atlases used in this post, please contact the Oberlin Heritage Center, at (440) 774-1700 or [email protected],  to set up a research appointment.