The primary planting of 145,000 tomato seedlings was executed on the Kula geothermal-powered greenhouse in Manisa, Türkiye,
The opening of the brand new manufacturing season on the Kula Geothermal-Powered Excessive-Tech Greenhouse in Türkiye was celebrated with enthusiasm. Manisa Metropolitan Mayor and Architect Ferdi Zeyrek carried out the primary planting on the occasion, the place a complete of 145,000 climbo cluster tomato seedlings had been planted within the soil.
We had beforehand reported on the geothermal greenhouse undertaking in Kula, Manisa, which will probably be applied with an funding of 128 million lira. The brand new season seedling planting ceremony befell as a part of the Geothermal-Powered Excessive-Tech Greenhouse undertaking led by Kula Municipality, in cooperation with the Ministry of Youth and Sports activities, the Ministry of Trade and Know-how, and the Zafer Growth Company. Within the 50,000-square-meter geothermal greenhouse in Sehitlioglu Neighborhood, soil-free farming and geothermal heating strategies are employed.
Manisa Metropolitan Municipality Mayor Ferdi Zeyrek, Kula District Governor Ömer Ahmet Özdemir, Kula Deputy Mayor Semra Gündüz, CHP Kula District Chairman Kadir Girgin, Kula Municipality Council Members Hilal Çetintas, Mahmut Çalik, Kubilay Çetin Bozer, Yusuf Uzel, Mustafa Gökay, Murat Kaynak, Sehitlioglu Neighborhood Headman Ali Osman Pi?tav, CHP Youth Department Chairman Hursit Ince, greenhouse manufacturing managers and personnel working within the greenhouse attended the brand new season seedling planting ceremony.
We had beforehand additionally revealed an interview with Nuran Sevimli Akkoç from Kula Municipality in regards to the geothermal greenhouse research carried out in Kula and the function of geothermal vitality in rural growth targets right here. The undertaking goals to provide each environmentally pleasant and environment friendly manufacturing utilizing fashionable agricultural strategies and renewable vitality sources.
Supply: Manisa Metropolitan Municipality through JeotermalHaberler
