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Keeping Delhi cool, one ice block at a time by Staff Writers Noida, India (AFP) July 2, 2018 Keeping people cool in Delhi's baking summer is hot work -- just ask Shreeram Yadav, supervisor at a factory supplying the Indian capital with tonnes of ice per day. Yadav toils away alongside fifty other workers inside a dark and humid hangar in Noida just outside the city, rushing to meet booming demand from the markets and small shops serving Delhi's 20 million inhabitants. "Some will buy 50 blocks, some will buy 10, some five, some 25," he told AFP, taking a break from the back-breaking work. "They go everywhere, and they're sold in different quantities. We sell it to the distributors, and then the distributors sell them in pieces." The process is anything but state-of-the-art. Workers first fill up large rectangular containers, a bit rusty on the outside, with filtered water. Once sealed the vessels are placed for 24 hours in large tanks filled with salt water, which has a lower freezing point than ordinary water and is chilled with ammonia. The containers are then taken out and workers extract the ice blocks, each weighing around 50 kilogrammes (110 pounds). "The whole capacity of the tanks is 1,100 slabs of ice. It takes 55 litres of water to fill one tank and get one slab of ice," says Babloo, the factory's manager. "There are coils in the tanks, and the motor keeps rotating the salt water inside. The temperature has to be 10 degrees Fahrenheit (minus 12 degrees Celsius) to freeze the water," Yadav explains. Once extracted the blocks are moved and slid about with large metal tongs along the floor into the back of clients' waiting refrigerated lorries, each chunk costing 130 rupees ($1.90). Otherwise the blocks go into large machines that break them up and churn out thousands upon thousands of ice cubes that are gathered into bags, sent out for delivery and scooped into the drinks of thirsty Delhiites.
New method makes weather forecasts right as rain Columbia MO (SPX) Jun 19, 2018 Meteorologists have known for some time that rainfall forecasts have flaws, as failure to take into account factors such as evaporation can affect their accuracy. Now, researchers from the University of Missouri have developed a system that improves the precision of forecasts by accounting for evaporation in rainfall estimates, particularly for locations 30 miles or more from the nearest National Weather Service radar. "Right now, forecasts are generally not accounting for what happens to a raindr ... read more
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