Flint Lake

May, 5, 1956: Castoff Paper, Boxes Are Used To Create Varied Holiday Items

Originally published in The Vidette-Messenger of Porter County on May 5, 1956.

Castoff Paper, Boxes Are Used To Create Varied Holiday Items

By ROLLIE BERNHART

Mrs. Hazel Russi has an affinity toward castoff foil, old paper and cardboard boxes.

To the majority, these items are relegated to the rubbish pile. But not Hazel Russi.

Under her nimble fingers and artistic talents are created a host of useful and attractive articles for many occasions.

In her workshop, on Indiana 49 near Flint Lake school, Mrs. Russi creates table favors and center pieces for every holiday event of the year.

Surrounding her as she works are perfectly balanced scaled for a baby shower, made from old cardboard, string and coat hanger wire; a fluffy, white lamb, put together from an old salt box, together from an old salt box, four pieces of paper mailing tube, wadded newspaper and cotton; and bird houses of cardboard, artfully and realistically painted so that not even a wandering bird would know it was not the real thing.

Got ‘Bug’ As Child

The former Hazel Bright, a lifelong resident of this city, says she has had the “artistic bug” since she was a youngster, when she confined her talents to copies of comic strip characters.

Her love for art humorously asserted itself when as a child attending church with her mother, she drew candid pictures of individuals sleeping during the minister’s sermon.

She began working with paper in a Sunday School class at the Baptist church, teaching children how to make useful items from cast-off headed for the furnace.

Four years ago, she began to regard her creative talent seriously, and has since dressed many an anniversary, birthday, wedding and graduation party table with her attractive layout.

Hangs From Ceiling

Her largest project and most creative work to date is a wedding center piece made from a “junked” parasol, a piece of bamboo and some expert cutting and twisting of crepe paper.

Out of an order for a baby shower creation came a ceiling hanging work of art which she calls “Lady in Waiting”, depicting an anxious mother-to-be watching a stork fly around trying to catch up with a baby on a cloud.

Her workshop is filled with a multitude of interesting items. It is a revelation to see what can be done with paper which ordinarily would be thrown away.

She has a standing order with all who know her: “Don’t throw it away, Save it for Hazel”.

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Artful Creations For Many Occasions

A BABY SHOWER centerpiece is shown (top) being completed by Mrs. Hazel Russi, Flint Lake, who makes a variety of artful creations from castoff birthday reminder to a 50th wedding anniversary are shown below.

(V-M Staff Photos)

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Nov. 19, 1970: One Completed At Filtration Plant

Originally published in The Vidette-Messenger of Porter County on November 19, 1970.

One Completed At Filtration Plant

By BETTY MISCH

A two-year undertaking at Flint Lake Water Department is now well underway with the completion of one of four new rate controllers being built by the department, Philip Coote, chief engineer, has reported.

The rate controller is an automatic device that controls the amount of water flowing through the filters at the plant in relation to the cleaness of the filters. An indicator shows when filters need back washing. Don Ungurait, pumping station superintendent, explained.

The present manually-operated system has been in operation since 1950. The new automatic, more accurate system is designed to produce better quality water and at the same time, increase efficiency, Coote said.

Old valves are gate valves, Ungurait explained, while new ones being installed are butterfly valves, the newest thing in water works. “They should hold up better, last longer, and be more efficient,” he added.

Actual water flow of the new system will be regulated electronically. After flow rate is set, a signal from the metering device will automatically control the flow rate.

New control valves are operated by push buttons instead of the manually-turned wheels used in the old system, the men explained.

The project, approved by the Valparaiso Water Board in February, was begun as soon as valves were delivered by the Henry Pratt Co., Aurora, Ill., and electrical components were received from the Hayes Corp., Michigan City. Total cost of valves and electrical components for one rate controller was nearly $3,000.

A great deal of the cost of the new unit is saved by the department building it. If contracted for installation, each unit would cost an estimated $4,000, Coote noted.

The old manual type rate controllers which have been in use are no longer allowed by the State Board of Health. New valves will give a higher quality product and better control of water filtration.

Operation of the Valparaiso Water Department’s filtration plant at Flint Lake was started in 1907, only two years after the first filtration plant began operation in the United States.

At that time, two filter beds were built. A third bed was added in 127, and a fourth in 1950. With the increase in population, further expansion will be necessary in the future, Coote noted.

Installing 4 New Rate ControllersPhilip Coote, chief engineer of Valparaiso Water Department, (in photo at top) points out newly installed rate control valve, part of new filtration system being built by department.

Installing 4 New Rate Controllers

Philip Coote, chief engineer of Valparaiso Water Department, (in photo at top) points out newly installed rate control valve, part of new filtration system being built by department.

Installing 4 New Rate ControllersCoote explains how old water filtration system worked

Installing 4 New Rate Controllers

Coote explains how old water filtration system worked

Installing 4 New Rate ControllersDon Ungurait, plant superintendent, explains new push-button control panel. New system, which will take two years to complete, will be more accurate than present system.

Installing 4 New Rate Controllers

Don Ungurait, plant superintendent, explains new push-button control panel. New system, which will take two years to complete, will be more accurate than present system.