It is unfortunate that misinformation continues to be repeated about glyphosate. Denmark has not banned glyphosate, nor have "many European countries". Denmark at one point thought that some of the monitoring they were doing showed that glyphosate could move into agricultural field drainage water in autumn but once they looked at their data and related it to the methodology they used, they enacted no ban whatsoever. As the Danish Environmental Protection Agency specifically stated: http://www.egeis.org/home/main/Evaluation-GlyphosateDEPA.PDF "Against this background, the Danish Environmental Protection Agency believes that no unacceptable risk of pollution of the groundwater is associated with the currently approved agricultural use of glyphosate. The Agency thus does not consider that the updated state of our knowledge provides any technical grounds for the imposition of restrictions on the autumn application of glyphosate." Used properly, glyphosate will not pollute drinking water nor will it have adverse effects on humans. Once applied, it binds tightly to soil particles and is not herbicidally active. If it is applied to hard surfaces such as sidewalks it can move offsite of course. It can also move if there is active soil erosion carrying soil off site. It is of very low toxicity, and breaks down completely into natural constituents over time. It is of equal or lower toxicity than most household products such as detergent, soaps, shampoos, cleaners etc. and far less toxic than some of the "alternatives" often discussed such as bleach, kerosene, high strength vinegars and so on. There is so much misinformation being repeated on the web that it is difficult to get reliable information. This link provides an published overview of the available literature. Regulatory Toxicology and Pharmacology Volume 31, Issue 2, April 2000, Pages 117-165 Safety Evaluation and Risk Assessment of the Herbicide Roundup and Its Active Ingredient, Glyphosate, for Humans http://cat.inist.fr/?aModele=afficheN&cpsidt=1401479

PP46 February 2004 ï The State of Queensland (Department of Natural Resources and Mines) 2004 QNRM01263 Produced by: Land Protection Author: Land Protection p e s t s e r i e s Camphor laurel Cinnamomum camphora (Lauraceae) DECLARED Camphor laurel is an attractive shade tree, but can be very destructive. This large, introduced tree aggressively replaces native vegetation. Camphor laurel invades pastures and disturbed riparian systems and is a troublesome weed on dairy farms throughout south-east Queensland and northern New South Wales. Camphor laurel is a declared Class 3 weed, its control is recommended. Class 3 plants cannot be sold in Queensland. 2 Description Camphor laurel is a large evergreen tree, growing up to 20 m tall. The leaves have a glossy, waxy appearance and smell of camphor when crushed. In spring, it produces lush, bright green foliage and masses of small white flowers. The spherical fruits are 10 mm across, green at first changing to black when ripe. The problem Camphor laurel was introduced into Australia from Asia in 1822. It has been promoted and planted as a garden ornamental throughout Queensland. Although the visual beauty of camphor laurel trees cannot be denied, the long-term consequences of its spread may result in the loss of native wildlife and agricultural productivity over large areas of southeastern Queensland. Camphor laurel is considered a pest for agricultural, environmental and urban reasons: Agricultural Camphor laurel can invade and smother pastures. Its control is a constant expense for many graziers. Camphor laurel tends to germinate most frequently under fences and powerlines (wherever birds rest and deposit the seed). As a result, camphor laurel can push over fences and disrupt power facilities. Environmental Camphor laurel is capable of replacing native trees. Along the waterways of South-East Queensland, camphor laurels are replacing the native blue gums, one of the favourite food trees of the koala. This means our koala populations may be reduced. Urban Old camphor laurel trees develop a massive root system which may block drains and crack concrete structures. The average suburban backyard is far too small to accommodate a mature camphor laurel without problems. Removal of a mature camphor laurel tree from a backyard can cost hundreds of dollars. Distribution Camphor laurel is native to Taiwan, Japan and some parts of China. Since it was introduced in 1822 it has spread right along eastern Australia from the Atherton Tablelands south to Victoria. It is particularly common along watercourses and on soil types which once supported rainforest. In south-east Queensland, camphor laurel has the potential to develop dense infestations similar to older infestations which exist in Northern New South Wales. A large camphor laurel tree may produce over 100 000 seeds every year. The seeds are readily spread by a few species of birds.

" It's a combination start/run compressor/fan capacitor" -- Ahhh, That explains it. I could only find a fan start capacitor on the LG site. " Capacitors can be tested with a meter if you have one and know how ". I do have a good Fluke multi, watched a few videos, and I'd toyed with the idea of testing it as I was putting it away for the winter, but I haven't messed with high voltage Caps before and didn't have a way to safely discharge it. I'm wondering if it will still have a significant charge after 7+ months. I can make a discharge tool, but that also entails extra cost, even if I'm just buying heavy gauge wire and figuring out what size resistor to use. I didn't find any scorching or signs anything was blown, as I recall. No telltale swelling either, but it may have been in a sleeve that I didn't feel comfortable messing with at the time.

A floor drain under the washing machine sounds like a good idea to me! You might be able to run some flexible tubing underneath the washer & terminate at the drain. Then attach a funnel to the other end of the tubing for adding water periodically?