$300 DIY clothes washer repair trumps $1500 replacement

Our Kenmore (Sears 417.43042200) front-load washer recently vomited it’s rubber boot out the door.  Annie and I fixed it with some great guidance from the Samurai Appliance Repair Man (Fermented Grand Master of Appliantology).  A load later it started banging like hell.

With further guidance and beer it became clear to me and Liam — my 5.9 year old, drill-wielding assistant — that one arm of the spider bracket was cracked, that the inner stainless steel basket had scratched the sides and ends of the tub, and that the rear bearing was a bit grickly.  Despite peaceful bouncing around the Sears customer stiff-arm departments (warranty, parts, parts PR, etc.), I failed to convince anyone there that the tub/bracket assembly had failed under a parts warranty.  They seemed willing to consider the possibility, but not without a site visit from a technician — for which we had lost patience and time.

Instead, I ordered from searspartsdirect.com 1 replacement boot kit ($38.49) and 1 drum assembly/spin basket ($200.99) with expedited shipping ($44.97).  Thus, for $311.47 including sales tax, we were ready to repair (with only moderate cynical reservations about whether that $300 was why Kenmore juxtaposed Al and SS metals).  I decided to put off bearing replacement since there didn’t seem to be much grease/mung leakage (though I wonder about some of the mysterious whitish/blue stains we’ve experience on our white/light clothes…)  With luck, we’ll get another few years out of it before having to disassemble again.

The alternative seemed to be to junk/sell the Kenmore and purchase a new washer that is (even more?) energy- and water-efficient.  The Miele and Staber were recommended as not having such crappy engineering, but the price tags were scary: $1500-ish, at least.

Here are some photos of our quite-satisfying Do-It-Yourself experience:

The algae-ethanol question

This makes me wonder what wild marine phytoplankton might have sufficient sugars to warrant ethanol production, or actually produce ethanol. This article seems to imply that Algenol’s algae are pumping ethanol into water somewhere, but it’s unclear if that is the medium or just water in the cell.
clipped from www.nytimes.com

New York Times

Algae Farm Aims to Turn Carbon Dioxide Into Fuel


Algenol grows algae in troughs filled with saltwater that becomes saturated with carbon dioxide.

Published: June 28, 2009

Dow Chemical and Algenol Biofuels, a start-up company, are set to announce Monday that they will build a demonstration plant that, if successful, would use algae to turn carbon dioxide into ethanol as a vehicle fuel or an ingredient in plastics.

“We give them the oxygen, we get very pure carbon dioxide, and the output is very cheap ethanol,” said Mr. Woods, who said the target price was $1 a gallon.

The company has 40 bioreactors in Florida, and as part of the demonstration project plans 3,100 of them on a 24-acre site at Dow’s Freeport, Tex., site.
Algenol and its partners are planning a demonstration plant that could produce 100,000 gallons a year. The company and its partners were spending more than $50 million, said Mr. Woods, but not all of that was going into the pilot plant.
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