February 17, 1916: Fertilizer from Activated Sludge and Flood in San Diego

Many decades later, the use of biosolids for fertilizer is catching on

February 17, 1916:  Municipal Journal article. Fertilizer from Activated Sludge.    “Milwaukee, Wis.-The sewerage commission that is directing the construction of Milwaukee’s modern system of sewage disposal with a big plant on Jones island, operated by the new activated sludge method, is about ready to experiment with the sludge deposits left after streams of sewage have been purified. Chief engineer Hatton believes that this sludge can be manufactured into a commercial fertilizer which will command a market value ranging from $10 to $20 per ton. If the experiments are successful the sludge will be the source of considerable revenue which will decrease the operating expenses of the system which with its large intercepting sewers draining the whole city, will cost $10,000,000 or more. A special building will be erected for the treatment of the refuse to be worked into fertilizer form. Nine of the large concrete tanks recently built for the treatment of continuous flows of sewage are in operation and the other two will soon be ready.”

February 17, 1916:  Municipal Journal article. Repair Flood-Damaged Water System. “San Diego, Cal.-The San Diego water system was hard hit by the storm which caused the flooding of the Otay valley. According to belief of the water department officials the conduit system is almost ruined. In places miles of trestle have been carried down the mountains. In other places the concrete flume was washed out by the hundred yards. To carry water from Morena dam to Upper Otay, as proposed, will entail expensive work and six months or more time, according to the belief of manager of operation Lockwood, who waited an official report from supervisor Wueste and engineer Cromwell. Morena dam stood the storm.”

Reference:  Municipal Journal. 1916. 40:7(February 17,1916): 244.

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February 16, 1974: Chlorine Shortage

February 16, 1974:  New York Times headline– Chlorine Shortage: Threat to Drinking Water. “LINCOLN, Neb.-The nation faces a threat to its safe drinking water that could grow into a serious crisis it .steps are not taken soon to head it off. The problem traces back to the chlorine shortage that has been building since early 1973.”

Wilmington Star-News Headline-Chlorine Shortage May Affect Cities. “An Environmental Protection Agency official said Tuesday some municipalities will be hit this year by a shortage of chlorine to purify drinking wager, but that the supply should improve in 1975. Deputy Administrator John T. Rhett urged approval of legislation giving the government standby authority to impose a mandatory allocation system on the industry ‘to cope with serious shortage situations if such should develop during 1974.’

Rhett told a Senate Commerce subcommittee that chlorine was forecast ‘to be in short supply throughout most of 1974 if current economic conditions continue.’…The manager of the Denver Water Department said he has had difficulty obtaining a adequate supply of chlorine and warned that the health of ‘literally millions of Americans is threatened unless immediate action is taken’ on a mandatory allocation bill.”

February 15, 1917: Sewer Pipe Failures

Vitrified clay pipe (15-inch diameter) crushed by improper backfill conditions

February 15, 1917:  Municipal Journal editorial. Sewer Pipe Failures. “There is probably no type of structure or kind of material that was not at some time figured in a more or less complete failure. In most cases such failure is due to carelessness or ignorance in the use of the material and not to the fault of the material as such. Concrete bridges have failed, so have steel and wooden ones; yet each properly used has given most satisfactory service in hundreds of cases to one in which it has failed.

The same comments apply to the failures of sewer pipe described in this issue. Thousands of miles of vitrified pipe and hundreds of miles of cement pipe (the latter having come much more recently into general use) have given and are giving satisfaction in the sewerage systems of this and other countries. That there have been failures is only a repetition of the history of all materials. But it is desirable to occasionally call attention to such failures as a caution against careless or ignorant use of the materials, or to enlist all those interested in a study of the cause of the failure.

In the case of the vitrified pipe it appears from the illustration, that the pipe was laid close to the surface of a street carrying heavy traffic (assumed from the fact that the street was paved with stone block), that the reconstructed base over the trench failed to support the load, which was thereupon transmitted to the pipe.

In the case of the cement pipe, the reason is not so apparent; but it would seem probable that that advanced by the engineer is correct-that the pipe was sufficiently porous to permit ground water to pass through it, and that in doing so it dissolved certain constituents of the cement (or possibly of the sand or broken stone used as aggregate). It is certainly desirable that the cause be ascertained in order that the manufacturers of cement pipe may avoid its future occurrence.

Reference:  “Sewer Pipe Failures.” 1917. Municipal Journal 42:7(February 15, 1917): 237.

February 14, 1884: Teddy Roosevelt’s Mother Dies of Typhoid

Mittie Roosevelt

February 14, 1884: 1884, Martha Bullock (“Mittie”) Roosevelt, mother of Theodore Roosevelt, died of typhoid fever. “Roosevelt was at work in the New York state legislature attempting to get a government reform bill passed when he was summoned home by his family. He returned home to find his mother, Mittie, had succumbed to typhoid fever. On the same day, his wife of four years, Alice Lee, died of Bright’s disease, a severe kidney ailment. Only two days before her death, Alice Lee had given birth to the couple’s daughter, Alice.

The double tragedy devastated Roosevelt. He ordered those around him not to mention his wife’s name. Burdened by grief, he abandoned politics, left the infant Alice with his sister Bamie, and, at the end of 1884, struck out for the Dakota territories, where he lived as a rancher and worked as a sheriff for two years. When not engrossed in raising cattle or acting as the local lawman, Roosevelt found time to indulge his passion for reading and writing history. After a blizzard wiped out his prized herd of cattle in 1885, Roosevelt decided to return to eastern society. Once back in New York in 1886, he again took up politics and took over raising his precocious daughter, Alice, who later became a national celebrity.”

February 13, 1913: Cleveland Sewage Treatment

February 13, 1913:  Engineering News article. Sewage Disposal Investigations at Cleveland. By R. Winthrop Pratt. “SYNOPSIS-Preparatory to the design of sewage-treatment works for Cleveland, Ohio, a series of tests is being made of various methods of treating the sewage. The causes leading up to the decision to treat the sewage, and to make the tests before building the proposed works are outlined and then the testing station is described. The station includes grit chambers, screens and tanks for preliminary treatment, rapid filters or scrubbers, sprinkling filter, auxiliary settling tanks, and a disinfection plant for final treatment; tanks for dilution studies; sludge digestion tanks and sludge-drying beds, and an office and laboratory….

On July 25, 1905, the city appointed a commission of experts, consisting of Rudolph Hering, George H. Benzenberg and Desmond FitzGerald to study the general question of improved water-supply and sewerage for the city. This commission, about six months later, submitted a report in which was recommended:

(1) The extension of the water-works tunnel to a point about four miles from the shore.

(2) The construction of an intercepting sewer system to collect the sewage from the entire city and discharge the same into Lake Erie, at a point about 10 miles east of the Cuyahoga River. This intercepting sewer was to be designed to carry twice the dry-weather flow from one million people, on the basis of 200 gal. per capita, or a total of 400 gal. per capita per day. This plan involved several overflows into the lake and river to take care of the discharge in excess of the above amount.

(3) The construction of a river flushing tunnel and pumping equipment for the purpose of pumping clean lake water into the river above all local pollution, was recommended by two members of the commission.”

Reference:  Engineering News 1913. 69:7(February 13, 1913): 287.

February 12, 1914: Detroit Sewer Gas Explosion and Front Royal Water Supply

February 12, 1914:  Municipal Journal article. Damaging Sewer Gas Explosion. “Detroit. Mich.-An explosion of gas in the 18th street sewer has sent manhole covers flying skyward, torn up pavements, shattered windows, and wrecked outbuildings in the western part of the city. The district affected covered a dozen or more blocks. No one was seriously injured, but there were scores of narrow escapes from death as the heavy pieces of iron and paving blocks fell back to the ground. Damage to pavements is estimated at $25,000, while the loss to private property probably will exceed that amount.”

February 12, 1914:  Municipal Journal article. State Board Commends Water System. Front Royal, Va.-Officers of the State Board of Health who have just made an inspection of the new water supply of Front Royal, expressed high commendation of the system in a statement recently issued. The valley town, they declare, now has one of the best water supplies of the state and can guarantee to all visitors absolute freedom from water borne diseases. Front Royal has proceeded to install its new water supply with very creditable foresight. The town is almost ideally situated for good health and now is in a pos1t10n to protect its water beyond possible contamination. The system just installed includes a coagulation basin, gravity mechanical filters, storage basins for the filtered water, and as an extra precaution, apparatus for sterilizing the water before it is turned into the mains. The work is of concrete with the most modern and up-to-date appliances and the total cost, $17,000 was borne by the town without a bond issue. Since the first of the year the people have been getting a supply of clear, sparkling and pure water of the highest quality. The capacity of the plant is 1,000,000 gallons per day, or more than twice as much as the town now uses.

Reference:  Municipal Journal 1914. 36:7(February 12, 1914): 213.

February 11, 1915: Detroit Metering and Burst NYC Water Main

Vintage Bronze 1909 Water Meter

February 11, 1915: Municipal Journal article. Metering in Detroit. Detroit, Mich.-“Superintendent Theodore A. Leisen and the water board are asking for about $561,000 to complete the installation of meters. About 21,000 are now in service and about 100,000 are needed altogether. The water officials contend that the cost and maintenance of the system fully metered would be less than at present. The inspection cost would increase, admits Mr. Leisen, and the revenue would not increase-but the pumpage would be materially decreased, affecting a saving in coal and the danger of immediate need of new sources of supply would be put off. The present consumption is 170 gallons per capita and Mr. Leisen says that 50 gallons of this is avoidable waste. A new chlorine purifying plant is to be installed.”

February 11, 1915: Municipal Journal article. Burst Main Floods New York Theatre Section. New York, N. Y.-“The bursting of a 30-inch main near the heart of the theatre district broke up the pavement in several blocks, put many passers-by in danger and flooded the basements of all the buildings in the area. The lights were put out and the residents of the section were forced to vacate the houses by the police because of danger of undermining. Traffic was suspended. By turning off the mains and then turning them on the broken one was finally discovered. Commissioner Woods and Inspector Dwyer were in charge of the police. Thirty men from the Department of Water Supply, Gas and Electricity under Merrit T. Smith, chief engineer, and Engineer Byrne ripped up the streets to locate the exact spot of the break. Damage to the flooded cellars is estimated at about $100,000.”

Reference:  Municipal Journal 38:6(February 11, 1915): 194.