WHY the subject of toilets seems so funny, nobody really knows.
But in Tom Konen's basement lab at the Stevens Institute in Hoboken,
N.J., there are no giggles or silly bathroom puns.
Let the computer engineers have their fame and millions. Mr.
Konen is on a mission. The United States is using too much water,
and a lot of it is literally going down the john. Southern
California is so short of water that people are turning in neighbors
for watering their lawns. Sewage treatment, meanwhile, is going to
cost a fortune. The United States Environmental Protection Agency
projects the cost of needed plants nationwide at some $84 billion.
"Probably never before in our nation's history has there been
more of a need for new and improved plumbing products," writes David
Hanks, editor of Plumbing Engineer magazine, in the Nov./Dec. 1989
Toilets account for some 40 percent of the water flowing through
the typical household - 27 gallons per person, per day. Most toilets
in the US today are water guzzlers, requiring 3.5 to 7 gallons per
flush, while standard models in Europe and Japan need only 1.6
gallons. Much as the nation pushed automakers to build more
efficient cars back in the '70s, so today states and localities are
telling plumbing-fixture makers to shape up their commodes.
Massachusetts passed a law in 1988 that requires a phase-in of the
1.6-gallon standard, and New York, California, Connecticut, and
other states have followed suit. A bill to require a 1.6-gallon
standard nationwide is pending in Congress.
Yet even as a spiffy Japanese model - the Toto - enters the US
market, the industry has resisted new efficiency standards.
Meanwhile, the public wonders whether a low-volume flush can really
do the job.
That's where Tom Konen comes in. His lab is one of the leading
plumbing-testing shops in the country, and the American Society of
Plumbing Engineers has enlisted him to resolve the doubts on
Initial results are due soon; if favorable, they could give the
green light for a new generation of plumbing technology, and help
save the public billions of dollars in water bills and taxes. "It
will help dispel the myth that a 1.6 gallon flush doesn't do the
job," says John Borrelli, product manager for Universal Rundle, a
maker of low-flow toilets.
Each year of delay, on the other hand, sinks the nation deeper
into the hole. About 8 million new toilets are installed each year,
and they won't be changed again for another 20 to 30 years.
Konen is an unassuming man. His office at the Stevens Institute
is a plumbing lair of technical manuals and fittings, and the
laboratory just below is as homely as its subject - an unadorned
basement cluttered with commodes.
"He's flushed a jillion of these things," says Ed Osann of the
National Wildlife Federation in Washington and a leading proponent
of water-efficient plumbing.
Several units sit on a small platform connected to a transparent
drainage pipe, which traverses the building. Plastic pellets
demonstrate how far a flush will push material through the drain. A
circle drawn on the inside of the bowl tests the unit's ability to
cleanse what are called "skid marks" in the trade. They are a key to
the current debate that Konen is trying to resolve. The other is
Konen was an engineer with the American Standard Corporation, a
major fixture maker, when the US Department of Housing and Urban
Development decided to fund a plumbing research lab at Stevens in
1972. His early work concerned drainage systems - he helped cut
construction costs 25 percent - and plumbing standards for
prefabricated housing. After the droughts of the mid-'70s he shifted
to water conservation.
Much as the American auto industry took gasoline for granted,
American toiletmakers were not greatly concerned with saving water.
Styling and aesthetics came first. …