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Windrow composting

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Sugar factories generate pressmud / cachaza during the process and the same has about 30% fibers as carbon and has large amounts of water. This pressmud is dumped on prepared land in the form of 100 meters long windrows of 3 meters x 1.5 meters and spent wash is sprayed on the windrow
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on a large scale by Fletcher Sims Jr. of Canyon, Texas. They are traditionally a large machine that straddles a windrow of 4 feet (1.2 meters) or more high, by as much as 12 feet (3.7 meters) across. Although smaller machines exist for small windrows, most operations use large machines for volume
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Microbial Culture (organic solution) TRIO COM-CULT is used about 1 kg per MT of pressmud for fast de-composing of the spent wash. Hundreds of thousands of square meters of spent wash is being composted all over the world in countries like India, Colombia, Brazil, Thailand, Indonesia, South
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rich materials, the amount of bulking agent added to assure air porosity, the pile size, moisture content, and turning frequency. The temperature of the windrows must be measured and logged constantly to determine the optimum time to turn them for quicker compost production.
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This method is suited to producing large volumes of compost. These rows are generally turned to improve porosity and oxygen content, mix in or remove moisture, and redistribute cooler and hotter portions of the pile. Windrow composting is a commonly used farm scale
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while the windrow is being turned. These machines help consume spent wash of about 2.5 times of the volume of the pressmud, which means that 100 meters of windrow accommodates about 166 MT of pressmud and uses about 415 m³ of spent wash in 50 days.
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The compost yard has to be prepared in such a way that the land is impervious and does not allow the liquid effluent to pass down into the earth. The compost thus generated is of excellent quality and is rich in nutrients.
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To properly use a compost windrow turner, it is ideal to compost on a hard surfaced pad. Heavy-duty compost windrow turners allow the user to obtain optimum results with the aerobic hot composting process. By using
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production. Turners drive through the windrow at a slow rate of forward movement. They have a steel drum with paddles that are rapidly turning. As the turner moves through the windrow, fresh air (
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option this allows the compost windrow turner to convert itself into a trailer to be pulled by a semi-truck
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Molasses-based distilleries all over the world generate large amount of effluent termed as spent wash or
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the windrow turner is capable of turning compost in windrows located in remote locations. With a
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are vented. The oxygen feeds the aerobic bacteria and thus speeds the composting process.
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Windrow turner used on maturing piles at a biosolids composting facility in Canada.
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method. Composting process control parameters include the initial ratios of
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Production Management Featured Articles Web site 96:Compost windrow turners were developed to produce 192: 1622: 63:As the process is aerobic, it is also known as 1142: 321: 1156: 215:: CS1 maint: multiple names: authors list ( 1149: 1135: 328: 314: 253: 91: 1242:Environmentally healthy community design 137: 23: 15: 1025:High-level radioactive waste management 1623: 257:Composting for Sustainable Agriculture 1130: 309: 195:"In-House Windrow Composting Q and A" 1040:Sewage regulation and administration 13: 1379:waste-water treatment technologies 14: 1662: 1364:agricultural wastewater treatment 278: 1317: 1090: 1089: 1078: 1020:Extended producer responsibility 506: 295:Windrow Composting - Grass Straw 1445:List of energy storage projects 1369:industrial wastewater treatment 1222:Environmental impact assessment 1192:Environmental impact assessment 578:Mechanical biological treatment 234:"Open Windrow composting (OWC)" 1641:Biodegradable waste management 247: 226: 176:Aerated static pile composting 1: 241:Waste Planning Practice Guide 186: 7: 1227:Environmental impact design 1030:History of waste management 254:Maheshwari, Dinesh (2014). 169: 69:Open Air Windrow Composting 10: 1667: 1585:High-performance buildings 618:fluorescent lamp recycling 297:(retrieved March 17, 2009) 193:Coufal, Dr, Craig (2008). 150:(COD) of 1,50,000 PPM and 1646:Environmental engineering 1580:Heat recovery ventilation 1565:Environmental remediation 1490: 1393: 1326: 1315: 1182:Climate smart agriculture 1164: 1073: 987: 956: 866: 718: 515: 504: 351: 260:. 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Index



in-vessel composting
agriculture
compost
organic matter
biodegradable waste
windrow
composting
carbon
nitrogen
compost
oxygen
decomposition
four wheel drive
tracks
self-trailering
tractor
vinasse
chemical oxygen demand
biochemical oxygen demand
Aerated static pile composting
In-vessel composting
"In-House Windrow Composting Q and A"
cite web
link
"Open Windrow composting (OWC)"
Composting for Sustainable Agriculture
ISBN
9783319080048

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