Rajasthan’s first mega food park at Ajmer launched
29 Mar 2018
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Union minister for food processing industries, Harsimrat Kaur Badal on Thursday inaugurated the Greentech Mega Food Park Private Ltd, the first mega food park in Rajasthan, at Roopangarh Village in Ajmer.
The park has been set up at a cost of Rs 113.57 crore and will benefit around 25,000 farmers in and around neighbouring districts.
Badal said the mega food park, which has been set up iacross 85.44 acres, would have a central processing centre as well as well as four primary processing centres (PPCs) at Jaipur, Nagaur, Tonk and Churu.
She added that the park would also have facilities for primary processing and storage near the farms and would not only benefit farmers of Ajmer but also those of nearby districts of Jaipur, Nagaur, Tonk and Churu as well.
The facilities being created at the central processing centre (CPC) the mega food park include cold storage capacity of 5,000 MT, deep freeze of 2,550 MT, individually quick-frozen (IQF) of 2 MT per hour, dry warehouse for raw materials 2,500 MT, another dry warehouse for finished goods of 5,000 MT, silos of 6,500 MT, pack house of 10 MT per hour, steam generator of 8 MT per hour and other related food processing facilities.
The mega food park will leverage an additional investment of about Rs250 crore in 25-30 food processing units in the park and would eventually lead to a turnover of about Rs450-500 crore annually.
The Park is expected to provide direct and indirect employment to 5,000 people and benefit about 25,000 farmers in the CPC and PPC catchment areas.She also said that modern infrastructure for food processing created at Park will benefit the farmers, growers, processors and consumers of Rajasthan and adjoining areas immensely and prove to be a big boost to the growth of the food processing sector in Rajasthan.
The minister said the food processing industry ministry is creating mega food parks with modern infrastructure facilities for food processing along the value chain from farm to market with strong forward and backward linkages through a cluster-based approach.
