The project was started at an initial cost of Rs 125 crore however costs escalated due to the delay.”To prevent water logging during the monsoon, the BMC has also installed 323 de-watering pumps across Mumbai. Now finally, the work has been completed and the pumping station will give major relief from water logging in the western suburbs.Work on the Gazdhar Bandh pumping station, constructed under the Brimstowad project of the BMC, was started in 2014-15 and it China wheel unit bearings Manufacturers was scheduled for operation from 2016-17. The original deadline given to the new contractor was January this year, which was later extended till the monsoon..High capacity de-watering pumps have been installed at the Chamdawadi nullahs in Bandra east to reduce water logging in Bandra and Juhu areas. It was set to be functional from 2016 but the earlier contractor delayed the work. The contractor was later blacklisted and a new contractor was appointed at a cost of `54 crore.

The project was started at an initial cost of `125 crore however costs escalated due to the delay. The pumping station will provide major relief from waterlogging at Juhu, Vile Parle, Santacruz and parts of Bandra. Mumbai: After several missed deadlines and a delay of five years, the Gazdhar Bandh pumping station will finally be inaugurated today at the hands of Yuva Sena chief Aaditya Thackeray and MLA Ashish Shelar.The pumping station will provide major relief from water logging at Juhu, Vile Parle, Santacruz and parts of Bandra.An officer from the storm water department said, “The pumping station’s operations are delayed by two years. The pumping station was only partially operated last monsoon but will be made fully functional this rainy season.The earlier contractor, Pratibha Industries, was inefficient and completed only 30 per cent of the work

Since kernels can not shrink once they ball bearings Suppliers39;ve popped, a popcorn-powered mechanism can generally be used only once, though multiple uses are conceivable because popped kernels can dissolve in water, he said. Representational Image.The study is the first to consider powering robots with popcorn, which is inexpensive, readily available, biodegradable and of course, edible. (Photo: Pixabay) New York: Scientists have created a simple, inexpensive robot powered by popcorn, paving the way for a new range of minimalistic devices that can grip, expand or change rigidity.

The mix of hard, unpopped granules and lighter popped corn could replace fluids in soft robots without the need for air pumps or compressors. So we are always looking for new and # innovative ideas that will permit us to have more functionalities for less, and popcorn is one of those," said Petersen."Robotics is really good at embracing new ideas, and we can be super creative about what we use to generate multifunctional properties," Petersen said.

The goal of our lab is to try to make very minimalistic robots which, when deployed in high numbers, can still accomplish great things," said Kirstin H Petersen, assistant professor at Cornell University in the US. Since kernels can expand rapidly, exerting force and motion when heated, they could potentially power miniature jumping robots."With popcorn, in some of the demonstrations that we showed, you just need to apply voltage to get the kernels to pop, so it would take all the bulky and expensive parts out of the robots," said Ceron.Popcorn kernels, when heated, can expand more than 10 times in size, change its viscosity by a factor of 10 and transition from regular to highly irregular granules with surprising force.Popcorn kernels, when heated, can expand more than 10 times in size."Simple robots are cheap and less prone to failures and wear, so we can have many operating autonomously over a long time."In the end we come up with very simple solutions to fairly complex problems. Sometimes the answer is right in front of us," she said.Edible devices could be ingested for medical procedures.. We don't always have to look for high-tech solutions."Pumps and compressors tend to be more expensive, and they add a lot of weight and expense to your robot," said Steven Ceron, a doctoral student at Cornell