


The pellets can then be turned into injectable plastics, or highly waterproof boards that can be used in construction, he says. Mr Lilly has been transforming fibreglass composites into small pellets he calls EcoPoly. That doesn’t mean they have to go into landfill, according to Don Lilly, chief executive of Global Fiberglass Solutions in Bellevue, Washington. Such composite materials might be light and strong, but they are also extremely hard to recycle. Instead of using cloth to catch the wind like Prof Blyth and the ancient Iranians, today’s turbine blades are built from composite materials – older blades from glass fibre, newer ones from carbon fibre. His second powered the Lunatic Asylum, Infirmary and Dispensary in Montrose (later Sunnyside Royal Hospital).

Scottish professor James Blyth built the first windmill to make electricity in 1887, powering his holiday home in Marykirk. Wind power goes as far back at least as 9th Century BC Persia, where sails were used to grind grain and draw up water on the windy Sistan plains. And disposing of them in an environmentally-friendly way is a growing problem.īurying them doesn’t sound very green. About two gigawatts worth of turbines will be refitted in 20. Turbines from the first great 1990s wave of wind power are reaching the end of their life expectancy today. Each is about 90m (300ft) long, and will be cut into three, then the pieces will be stacked and buried. These blades, which have reached the end of their 25-year working lives, come from three wind farms in the north-western US state. You make it, you take care of it.Turbines from the 1990s are reaching the end of their working lives It’s a done deal, you can’t do it over again. You better get it right. Based on his grandparent’s roots, surrounded by terraced vineyards in the mountains of Italy, Tim had a vision to plant and grow grapes on the hillsides of the property and began developing and planting the ranch in 1972. The vineyard is remarkably steep with the various blocks carved out of the mountain by Tim himself. Tim notes: “Once you cut the ground, you’re married to it. The bulldozer proved instrumental in the future of the ranch. When Tim’s father died tragically in a machinery accident, he left Tim a bulldozer and an old pickup truck. Tim purchased the property from them in the mid-sixties, when he was only nineteen years old. The ranch was undeveloped at the time with no roads, water, or power. When Eugene passed away he left the property to Tim’s mother and uncle. In 1935, they acquired a fifty-acre ranch that sits in the hills on the border of Dry Creek Valley and Alexander Valley. Tim Boatman’s grandparents, Emilia & Eugene Moretti, emigrated from the small mountain town of San Pellegrinetto, Italy in the early 1900s. Over 130 years later, Tim Boatman is writing the next chapter at this special site, developing and managing a vineyard that produces zinfandel of immense character through his own perseverance and determination. They also planted some of the earliest grapevines in Sonoma County, 20 acres of low-yielding zinfandel vines dating back to 1889. The homesteaders were incredibly hard-working and resourceful, building a blacksmith shop, water tank, windmill, multiple cabins, and digging a well without the assistance of heavy machinery. Today, in addition to Boatman Ranch, you’ll find the Fredson, Meyer, Lampson and Coppola Winery properties within the boundaries of the original 240-acre homestead. They eventually settled on a 240-acre homestead north of Litton Springs (the historic resort property which sits next to our current day winery) in Alexander Valley. Prompted by the gold rush, the Long Family moved to California from Ohio in 1853 with a covered wagon and a team of oxen in search of a better life. The graveyard, known as the Long Ranch Family Cemetery, dates back to 1883 and is the resting place for fourteen of Alexander Valley’s early settlers. The Graveyard Block at Boatman Ranch sits at the top of the property, overlooking the ranch, Alexander Valley, and the Mayacamas mountain range.
