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#16
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What a week
Seems like a lot of hauling. Why not look for a wagon at a yard sale and
drill holes in the bottom. Load, wash and drain then lug the wagon. A whole lot easier on your back. -- BetsyB "Nancy G." wrote in message ps.com... Four days? Holy gazzoly!! It took me only about two hours. You must have Kew Gardens out there. J. Del Col No, just the best of a bad arrangement. Walk up a hill with a flat or box with 3 to 6 plants, pick off dead leaves, water, and spray, then move inside after they have dried. The lot is on a hill with a couple of terraces and a raised deck to the room. I call it the lot from hell. Just a lot of handling and toting. As said before, time consuming and tedious. You'd think I'd learn, but haven't. A lot of the regular tropicals won't find their way inside this year. Maybe next year, some of the duplicate divisions of my orchids won't find their way inside. The lawn tractor was in the wrong place to use for a little trailer and there didn't seem to be any point to using the truck. By the time I carry them to the truck and drive around to the door I wouldn't have gained anything. There were a few interruptions. Some from my B-I-L, he needed the truck, he needed tools, he needed advice, he needed to show someone how hard he'd worked.Some from T. |
#17
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What a week
betsyb wrote: Seems like a lot of hauling. Why not look for a wagon at a yard sale and drill holes in the bottom. Load, wash and drain then lug the wagon. A whole lot easier on your back. -- BetsyB You whould see the yard. LOL, The hill I was talking about is terraced with pavers nearly as steep as stairs. It drops about 4 feet, then is level for 8 feet, below that is a stone retaining wall planted with honeysuckle, then it goes to a more gentle slope. Just so happens, that is where the two best trees are located, about 20 feet apart on the level 8 feet. We put scrap carpet down under the tables because it is so hard to mow and it was the best way to keep the grass down. I really need to post a picture someplace. We used the lawn tractor with the load hog attached to carry the plants. It carried more, but I had to put in the tail gate and walk along with to keep the plants from sliding out or tipping over. I keep having flashbacks about how pleasant it was in Alabama with a walkout basement. Open the french doors and just roll everything in and out. It was wonderful. One of these days, I will have my dream home. I just have to find plans I like and find the perfect exposure for my plants. |
#18
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What a week
OUch! Cancel my last note. My calves ache at the thought.
-- BetsyB "Nancy G." wrote in message oups.com... betsyb wrote: Seems like a lot of hauling. Why not look for a wagon at a yard sale and drill holes in the bottom. Load, wash and drain then lug the wagon. A whole lot easier on your back. -- BetsyB You whould see the yard. LOL, The hill I was talking about is terraced with pavers nearly as steep as stairs. It drops about 4 feet, then is level for 8 feet, below that is a stone retaining wall planted with honeysuckle, then it goes to a more gentle slope. Just so happens, that is where the two best trees are located, about 20 feet apart on the level 8 feet. We put scrap carpet down under the tables because it is so hard to mow and it was the best way to keep the grass down. I really need to post a picture someplace. We used the lawn tractor with the load hog attached to carry the plants. It carried more, but I had to put in the tail gate and walk along with to keep the plants from sliding out or tipping over. I keep having flashbacks about how pleasant it was in Alabama with a walkout basement. Open the french doors and just roll everything in and out. It was wonderful. One of these days, I will have my dream home. I just have to find plans I like and find the perfect exposure for my plants. |
#19
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What a week
Handcuffs? Of course, that would require someone to apply them ... You
and Frank could take turns??? Kenni "Diana Kulaga" wrote in message . .. Nancy, you sound like I felt yesterday! There is so much to be done out there. Granted, I don't need to move them inside. But they are clamoring for attention. Also, something is gnawing out there and I can't figure out what it is. 'Taint snails or their slimy relatives. Can't be an animal. Also, does anyone have a cure for raise-hand-in-the-air disease? I'm doing a pre-meeting newbie class on orchid basics, which I and the class are enjoying. But that's on top of the newsletter, VP, revising the bylaws, display director, show program, trophy selection, new handbook, looking into non-profit status after tracking down our corporate status, and filling in occasionally for the Pres, who is dealing with a couple of crises simultaneously. Oh, yeah - I'm also the auctioneer for our Nov. 4th auction. I guess that sounds like I'm whining. So many people volunteer and do so much. Nevermind. Diana |
#20
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What a week
Hmmm. Handcuffs. Frank. See ya later.......
Diana "Kenni Judd" wrote in message ... Handcuffs? Of course, that would require someone to apply them ... You and Frank could take turns??? Kenni "Diana Kulaga" wrote in message . .. Nancy, you sound like I felt yesterday! There is so much to be done out there. Granted, I don't need to move them inside. But they are clamoring for attention. Also, something is gnawing out there and I can't figure out what it is. 'Taint snails or their slimy relatives. Can't be an animal. Also, does anyone have a cure for raise-hand-in-the-air disease? I'm doing a pre-meeting newbie class on orchid basics, which I and the class are enjoying. But that's on top of the newsletter, VP, revising the bylaws, display director, show program, trophy selection, new handbook, looking into non-profit status after tracking down our corporate status, and filling in occasionally for the Pres, who is dealing with a couple of crises simultaneously. Oh, yeah - I'm also the auctioneer for our Nov. 4th auction. I guess that sounds like I'm whining. So many people volunteer and do so much. Nevermind. Diana |
#21
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What a week
Solved all your problems. I read this in the Anchorage paper this morning
and you'd love Eagle River. The view of McKinley is awesome from the location of this place. Bioshelter for sale 3,200 square feet, view, garage, sunroom -- and who needs a well or septic field? adn.com story photo Bob Crosby and Lou Anne Person-Crosby are trying to sell their experimental home. They're standing in the sunroom, in which small ponds are part of a water recycling system. adn.com story photo The "bioshelter," engineered for water and energy efficiency, sits on sloping property in the Eagle River valley and includes a rock garden. The home has large southern-facing windows. (Photo by MARC LESTER / Anchorage Daily News) A unique architectural detail of the Crosby home is a meditation room accessed by a hole in the wall of the master bedroom. The kitchen of the Crosby home in Eagle River takes advantage of daylight passing through the attached sunroom/greenhouse. "It definitely extends your sense of daylight hours," Bob Crosby says. Wastes collected in the composting toilet, along with kitchen scraps, are recycled into a rich humus the Crosbys use in their landscaping. ( By DEBRA McKINNEY . Anchorage Daily News (Published: October 15, 2006) For the past 20 years, Bob Crosby and Lou Anne Person-Crosby have been living in a laboratory with a wetlands running through it, along with a heap of plants, a legion of worms and a gazillion microorganisms. That may sound a little crowded. But the house the Crosbys built way up Eagle River valley has plenty of space for them all. The whole point when they designed this place was to need and use less. Because of the various resource- and energy-efficient features built into their home, they consume about a third of the energy and 2 percent of the water a house this size normally gobbles up. Bob, an ecological engineer and designer of the house's innards, calls his creation a "bioshelter," a term coined in the '60s by the New Alchemy Institute, the sustainable-living research group of its day. The idea behind it was to emulate a living organism, "where energy efficiency is synonymous with survival." So this house is sort of alive. And it's for sale. After 20 years of this live-in experiment, the Crosbys are parting ways with the bioshelter to pursue a new project in Costa Rica. But first they need to pass their creation on to new owners -- or caretakers, really. And so far, finding those people hasn't been easy. This house is just so unusual in so many ways. The composting toilet that "flushes" with a toss of sphagnum moss. The super-efficient Finnish masonry fireplace that radiates heat all day. The house is so well insulated and has so much capacity for storing heat, it would take at least a week to freeze up at an average outside temperature of 10 degrees. But it's the water system more than any other component that goes where few, if any, have gone before. The house has no well or septic system; it doesn't need them. The Crosbys' water supply comes from rainwater collected off the roof. It's filtered through soil, filtering fabric and a thick layer of sand and gravel, then zapped with an ultraviolet sterilizer and stored in a 5,000-gallon cistern beneath the house. That's the well. From there, it goes through in-line cartridge filters, then on to the faucets, one of which is designated for drinking and cooking, rigged in the kitchen with a special under-the-counter, triple-filtering system. As for lacking a septic system, the water that normally disappears down the drain -- from showering, dishwashing, clothes laundering, teeth brushing, all but toilet waste -- gets recycled. It's not terribly unusual for alternative homes to have gray-water treatment systems, Bob says. But they're generally one-way designs, with treated water going away via a garden hose or down through a drain field. The Crosbys' system is closed. Instead of being wasted, household gray water does a continuous loop-de-loop as part of a multistep purification system that uses some of the same principles as a municipal wastewater treatment plant. Only this one is a whole lot easier to live with. The centerpiece of the treatment process -- the only stage that's part of the Crosbys' living space -- is a miniature wetlands teeming with aquatic plants inside the house's two-story, 12-foot-wide, passive-solar greenhouse. This greenery creates the ambiance of the tropics while serving as the "biofiltering" system. In nature, wetlands and swamps around coastal areas do the same job. From the wetlands, cleaned water overflows into a pond, then seeps down into a leach field below the greenhouse, where the treatment process continues out of sight. The goldfish swimming about are the canaries in the mine. Should they go belly up, the Crosbys would know they had a water-quality problem. Never happens; their fish die of old age. Purely for aesthetics, the Crosbys added a little waterfall and a series of gently cascading ponds lined with plants running most of the length of the greenhouse. So together with the wetlands, it's like they have their own indoor creek. After a bit of experimenting, followed by a major overhaul of the original design, the Crosbys say, they got this greenhouse component down. Water quality and odor problems they were up against in the beginning have been solved. Now there's just a slightly earthy smell. And about the only maintenance is riding herd on the plants, which go nuts in this environment. "That's it," Bob said, "just beating back the jungle every now and then." LIVING HOUSE The original plan, in the early '80s, was to build a cabin. That got scrapped when Bob and Lou Anne entered and won a home-design competition sponsored by the now-defunct Alaska Energy Center. As the house plan evolved, what emerged was a design that showcased both the Crosbys' areas of expertise: Lou Anne's as an interior designer who likes simplicity, openness and curved walls, and Bob's work with the concept of biological architecture, or "biotecture." The end result, this bioshelter design, received an Energy Innovation Award from the U.S. Department of Energy in 1987. "I worked for many years doing mechanical designs for housing out in the villages and was always frustrated with what you couldn't do," Bob said. "You can't experiment on your clients. So when I had the opportunity to try some of these ideas, this house was an opportunity to do that." To understand how the bioshelter works, it helps to think of this house as a living organism. Think of the walls as the skin, the water supply as the circulatory system and the recycling system as the kidneys. Think of the people living inside as the brains. In the body, the circulatory system supplies nutrients to the cells and organs and flushes out wastes. It also helps maintain an even body temperature by sending blood to the extremities to cool off and closing down capillaries to hoard heat in its core when cold. The bioshelter's circulatory system works in a somewhat similar way. What we flush out and consider wastes are nutrients to the microorganisms that nosh on them, purifying the water in the process, in both the wetlands and the primary treatment component that takes place in 55-gallon plastic drums down in the mechanical room. Instead of being lost to a septic system, recycled water also helps maintain the house's body temperature. Warm water normally washed down the drain is kept within the system, and its heat is stored in the thermal mass of the house. With all this thermal mass, the radiant masonry fireplace and a natural gas boiler, their monthly heating bill for this three-bedroom house averages around $60. Actually, it's less, since that bill includes natural gas used for the kitchen stove, the clothes dryer and the water heater. MULTITASKING SYSTEMS The Crosbys' bioshelter is also designed around the integrated systems concept, meaning components serve more than one function. The wastes collected via the composting toilet, for instance, along with kitchen scraps, are composted and converted into a rich humus the Crosbys use on their perennial beds and other landscaping plants. The greenhouse, running the entire length of the house's south side, serves as a solar heat collector and as part of the water purification system. The floor of the greenhouse and all the water, soil, sand and gravel beneath it serve as thermal mass for storing heat. All windows in the house -- except for a skylight, a small window in the spare bedroom and a round one in a ladder-accessed cubbyhole designed as a meditation space -- overlook the two-story greenhouse. This brings in light while creating a buffer between inside and outside temperatures. The greenhouse serves as a psychological buffer zone as well. It's easy to forget it's January when you're looking out your dining room window into a nicely lit scene with blooming geraniums, thriving plants and a brook babbling by. "It definitely extends your sense of daylight hours," Bob said. "What we have accomplished is designing a house that is very livable and yet requires no water," he continued. "You could build this house on a mountaintop, on bedrock or on permafrost. Even in the Mohave Desert. When it rains, you could fill your cistern, and it's good for the next year. "And yet all our neighbors have drilled 200-foot wells (at up to $40 a foot) and spent $10,000 on septic systems. As more and more people build up here and dip a straw into the aquifer, the water level is going to go down. Whereas we don't worry about it. We'll never run out." Now, after immersing themselves in this live-in laboratory for 20 years, the Crosbys, who are in their early 60s, have decided it's time to move on to their next experiment in sustainable living. They've bought six acres in Costa Rica planted in fruit and coffee trees and other exotic plants, all organically grown. They want to open a nursery largely devoted to growing jatropha curcas seedlings, a drought-resistant shrub that produces an oil-bearing seed that's pressed to produce biodiesel. Selling the starter plants is part of the plan; teaching the technology of biodiesel production is another. As for parting ways with the bioshelter, they tested real-estate waters a couple of years ago when they first got serious about Costa Rica. They ran a huge color ad for an open house and had a steady stream of tire kickers but no one serious. They don't think it was so much the price -- $475,000 for 3,200 square feet (not including a two-car garage and the mechanical room) and nearly two acres of land with a view. The water systems were scary to people, Lou Anne said. The real estate agent they tried for a while had trouble explaining the system, too, and ended up making it sound way more complicated than it was, Bob said. It was a whole different story when the Crosbys had an open house for the Bioneers of Alaska, a local network of energy specialists, organic farmers and everyday people working to create ecologically sustainable communities. They got it. Mariana Gonzalez-Rul was on that tour and came away all inspired. She's been tinkering with house designs for years, and would like to build an energy-efficient home in Mexico, where water is a major issue. "I'd heard about composting toilets," she said, "but not an indoor gray-water recycling system. For me, this is the answer." In the two years since the Crosbys first put the house on the market, then took it off, then put it on again, Bob has made enough changes in the systems that maintenance is now pretty much painless. Anybody can handle this, he says. "We really want to sell this house to somebody of like mind," Lou Anne said. "The plumbing is here -- obviously we use plumbing. All we need to do is hook it up to a well and septic tank. But we don't want to convert it. That would be a shame." In the meantime, Bob continues to tinker and post his ideas and plans on his Biorealis Systems Inc. Web site (www.biorealis.com). Although his work is copyrighted, he wants to share what he's created. His hope is that people will take these ideas and improve them. "What I've made available for free is enough that a sufficiently energetic and knowledgeable person with a shop can do it," he said. "My goal is to develop technologies for people, including Third World people who really need it. If we can make it self-supporting or make some bucks, that's always a good thing. But the primary goal is to develop technologies that will, quote-unquote, save the world." -- BetsyB "Nancy G." wrote in message s.com... First cold spell comes in Wednesday night and freeze on Thursday. I've spent 4 days moving orchids. It gives me a chance to perform riage. |
#22
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What a week
http://cgi.ebay.com/ws/eBayISAPI.dll...ayphotohosting
A friend sent this. Tell me you couldn't deal with this? -- BetsyB "betsyb" wrote in message ... Solved all your problems. I read this in the Anchorage paper this morning and you'd love Eagle River. The view of McKinley is awesome from the location of this place. Bioshelter for sale 3,200 square feet, view, garage, sunroom -- and who needs a well or septic field? adn.com story photo Bob Crosby and Lou Anne Person-Crosby are trying to sell their experimental home. They're standing in the sunroom, in which small ponds are part of a water recycling system. adn.com story photo The "bioshelter," engineered for water and energy efficiency, sits on sloping property in the Eagle River valley and includes a rock garden. The home has large southern-facing windows. (Photo by MARC LESTER / Anchorage Daily News) A unique architectural detail of the Crosby home is a meditation room accessed by a hole in the wall of the master bedroom. The kitchen of the Crosby home in Eagle River takes advantage of daylight passing through the attached sunroom/greenhouse. "It definitely extends your sense of daylight hours," Bob Crosby says. Wastes collected in the composting toilet, along with kitchen scraps, are recycled into a rich humus the Crosbys use in their landscaping. ( By DEBRA McKINNEY . Anchorage Daily News (Published: October 15, 2006) For the past 20 years, Bob Crosby and Lou Anne Person-Crosby have been living in a laboratory with a wetlands running through it, along with a heap of plants, a legion of worms and a gazillion microorganisms. That may sound a little crowded. But the house the Crosbys built way up Eagle River valley has plenty of space for them all. The whole point when they designed this place was to need and use less. Because of the various resource- and energy-efficient features built into their home, they consume about a third of the energy and 2 percent of the water a house this size normally gobbles up. Bob, an ecological engineer and designer of the house's innards, calls his creation a "bioshelter," a term coined in the '60s by the New Alchemy Institute, the sustainable-living research group of its day. The idea behind it was to emulate a living organism, "where energy efficiency is synonymous with survival." So this house is sort of alive. And it's for sale. After 20 years of this live-in experiment, the Crosbys are parting ways with the bioshelter to pursue a new project in Costa Rica. But first they need to pass their creation on to new owners -- or caretakers, really. And so far, finding those people hasn't been easy. This house is just so unusual in so many ways. The composting toilet that "flushes" with a toss of sphagnum moss. The super-efficient Finnish masonry fireplace that radiates heat all day. The house is so well insulated and has so much capacity for storing heat, it would take at least a week to freeze up at an average outside temperature of 10 degrees. But it's the water system more than any other component that goes where few, if any, have gone before. The house has no well or septic system; it doesn't need them. The Crosbys' water supply comes from rainwater collected off the roof. It's filtered through soil, filtering fabric and a thick layer of sand and gravel, then zapped with an ultraviolet sterilizer and stored in a 5,000-gallon cistern beneath the house. That's the well. From there, it goes through in-line cartridge filters, then on to the faucets, one of which is designated for drinking and cooking, rigged in the kitchen with a special under-the-counter, triple-filtering system. As for lacking a septic system, the water that normally disappears down the drain -- from showering, dishwashing, clothes laundering, teeth brushing, all but toilet waste -- gets recycled. It's not terribly unusual for alternative homes to have gray-water treatment systems, Bob says. But they're generally one-way designs, with treated water going away via a garden hose or down through a drain field. The Crosbys' system is closed. Instead of being wasted, household gray water does a continuous loop-de-loop as part of a multistep purification system that uses some of the same principles as a municipal wastewater treatment plant. Only this one is a whole lot easier to live with. The centerpiece of the treatment process -- the only stage that's part of the Crosbys' living space -- is a miniature wetlands teeming with aquatic plants inside the house's two-story, 12-foot-wide, passive-solar greenhouse. This greenery creates the ambiance of the tropics while serving as the "biofiltering" system. In nature, wetlands and swamps around coastal areas do the same job. From the wetlands, cleaned water overflows into a pond, then seeps down into a leach field below the greenhouse, where the treatment process continues out of sight. The goldfish swimming about are the canaries in the mine. Should they go belly up, the Crosbys would know they had a water-quality problem. Never happens; their fish die of old age. Purely for aesthetics, the Crosbys added a little waterfall and a series of gently cascading ponds lined with plants running most of the length of the greenhouse. So together with the wetlands, it's like they have their own indoor creek. After a bit of experimenting, followed by a major overhaul of the original design, the Crosbys say, they got this greenhouse component down. Water quality and odor problems they were up against in the beginning have been solved. Now there's just a slightly earthy smell. And about the only maintenance is riding herd on the plants, which go nuts in this environment. "That's it," Bob said, "just beating back the jungle every now and then." LIVING HOUSE The original plan, in the early '80s, was to build a cabin. That got scrapped when Bob and Lou Anne entered and won a home-design competition sponsored by the now-defunct Alaska Energy Center. As the house plan evolved, what emerged was a design that showcased both the Crosbys' areas of expertise: Lou Anne's as an interior designer who likes simplicity, openness and curved walls, and Bob's work with the concept of biological architecture, or "biotecture." The end result, this bioshelter design, received an Energy Innovation Award from the U.S. Department of Energy in 1987. "I worked for many years doing mechanical designs for housing out in the villages and was always frustrated with what you couldn't do," Bob said. "You can't experiment on your clients. So when I had the opportunity to try some of these ideas, this house was an opportunity to do that." To understand how the bioshelter works, it helps to think of this house as a living organism. Think of the walls as the skin, the water supply as the circulatory system and the recycling system as the kidneys. Think of the people living inside as the brains. In the body, the circulatory system supplies nutrients to the cells and organs and flushes out wastes. It also helps maintain an even body temperature by sending blood to the extremities to cool off and closing down capillaries to hoard heat in its core when cold. The bioshelter's circulatory system works in a somewhat similar way. What we flush out and consider wastes are nutrients to the microorganisms that nosh on them, purifying the water in the process, in both the wetlands and the primary treatment component that takes place in 55-gallon plastic drums down in the mechanical room. Instead of being lost to a septic system, recycled water also helps maintain the house's body temperature. Warm water normally washed down the drain is kept within the system, and its heat is stored in the thermal mass of the house. With all this thermal mass, the radiant masonry fireplace and a natural gas boiler, their monthly heating bill for this three-bedroom house averages around $60. Actually, it's less, since that bill includes natural gas used for the kitchen stove, the clothes dryer and the water heater. MULTITASKING SYSTEMS The Crosbys' bioshelter is also designed around the integrated systems concept, meaning components serve more than one function. The wastes collected via the composting toilet, for instance, along with kitchen scraps, are composted and converted into a rich humus the Crosbys use on their perennial beds and other landscaping plants. The greenhouse, running the entire length of the house's south side, serves as a solar heat collector and as part of the water purification system. The floor of the greenhouse and all the water, soil, sand and gravel beneath it serve as thermal mass for storing heat. All windows in the house -- except for a skylight, a small window in the spare bedroom and a round one in a ladder-accessed cubbyhole designed as a meditation space -- overlook the two-story greenhouse. This brings in light while creating a buffer between inside and outside temperatures. The greenhouse serves as a psychological buffer zone as well. It's easy to forget it's January when you're looking out your dining room window into a nicely lit scene with blooming geraniums, thriving plants and a brook babbling by. "It definitely extends your sense of daylight hours," Bob said. "What we have accomplished is designing a house that is very livable and yet requires no water," he continued. "You could build this house on a mountaintop, on bedrock or on permafrost. Even in the Mohave Desert. When it rains, you could fill your cistern, and it's good for the next year. "And yet all our neighbors have drilled 200-foot wells (at up to $40 a foot) and spent $10,000 on septic systems. As more and more people build up here and dip a straw into the aquifer, the water level is going to go down. Whereas we don't worry about it. We'll never run out." Now, after immersing themselves in this live-in laboratory for 20 years, the Crosbys, who are in their early 60s, have decided it's time to move on to their next experiment in sustainable living. They've bought six acres in Costa Rica planted in fruit and coffee trees and other exotic plants, all organically grown. They want to open a nursery largely devoted to growing jatropha curcas seedlings, a drought-resistant shrub that produces an oil-bearing seed that's pressed to produce biodiesel. Selling the starter plants is part of the plan; teaching the technology of biodiesel production is another. As for parting ways with the bioshelter, they tested real-estate waters a couple of years ago when they first got serious about Costa Rica. They ran a huge color ad for an open house and had a steady stream of tire kickers but no one serious. They don't think it was so much the price -- $475,000 for 3,200 square feet (not including a two-car garage and the mechanical room) and nearly two acres of land with a view. The water systems were scary to people, Lou Anne said. The real estate agent they tried for a while had trouble explaining the system, too, and ended up making it sound way more complicated than it was, Bob said. It was a whole different story when the Crosbys had an open house for the Bioneers of Alaska, a local network of energy specialists, organic farmers and everyday people working to create ecologically sustainable communities. They got it. Mariana Gonzalez-Rul was on that tour and came away all inspired. She's been tinkering with house designs for years, and would like to build an energy-efficient home in Mexico, where water is a major issue. "I'd heard about composting toilets," she said, "but not an indoor gray-water recycling system. For me, this is the answer." In the two years since the Crosbys first put the house on the market, then took it off, then put it on again, Bob has made enough changes in the systems that maintenance is now pretty much painless. Anybody can handle this, he says. "We really want to sell this house to somebody of like mind," Lou Anne said. "The plumbing is here -- obviously we use plumbing. All we need to do is hook it up to a well and septic tank. But we don't want to convert it. That would be a shame." In the meantime, Bob continues to tinker and post his ideas and plans on his Biorealis Systems Inc. Web site (www.biorealis.com). Although his work is copyrighted, he wants to share what he's created. His hope is that people will take these ideas and improve them. "What I've made available for free is enough that a sufficiently energetic and knowledgeable person with a shop can do it," he said. "My goal is to develop technologies for people, including Third World people who really need it. If we can make it self-supporting or make some bucks, that's always a good thing. But the primary goal is to develop technologies that will, quote-unquote, save the world." -- BetsyB "Nancy G." wrote in message s.com... First cold spell comes in Wednesday night and freeze on Thursday. I've spent 4 days moving orchids. It gives me a chance to perform riage. |
#23
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What a week
betsyb wrote: Solved all your problems. I read this in the Anchorage paper this morning and you'd love Eagle River. The view of McKinley is awesome from the location of this place. Bioshelter for sale 3,200 square feet, view, garage, sunroom -- and who needs a well or septic field? Love it. Up until T. read the article, he said "yes dear" a lot. Maybe he will take the concept seriously. Not Alaska. T. did cold weather training there, and doesn't have any fond memories. Nancy |
#24
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What a week
But Eagle River is not that cold, He was way above Fairbanks. My nephew came
up for the same training. My boys were swimming on the fourth of July. -- BetsyB "Nancy G." wrote in message oups.com... betsyb wrote: Solved all your problems. I read this in the Anchorage paper this morning and you'd love Eagle River. The view of McKinley is awesome from the location of this place. Bioshelter for sale 3,200 square feet, view, garage, sunroom -- and who needs a well or septic field? Love it. Up until T. read the article, he said "yes dear" a lot. Maybe he will take the concept seriously. Not Alaska. T. did cold weather training there, and doesn't have any fond memories. Nancy |
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