Through this project, the objectives are to utilize pivot irrigation—a novel method in agricultural irrigation systems—in research projects, to reduce irrigation costs over large areas, to decrease labor expenses, to ensure uniform irrigation, and to deliver water directly and effectively to the root zones of plants.

The Çumra Irrigation System in the Konya Plain, with a net irrigated area of 59,560 hectares, was largely constructed as an earth canal by the Ottoman Empire between 1907 and 1913 and commissioned on 31 December 1913. Due to the inherent nature of these canals, water loss and leakage rates have been quite high, and in addition, because of the geological structure of the land, sinkholes and collapses (known as obruk and düden) have increasingly caused additional water losses over the years.

Through this project, the objectives are to enable beekeepers to produce their own queen bees to obtain higher quality and quantity of products, to contribute to their income by cultivating alternative bee products such as royal jelly, pollen, and propolis alongside honey, and to strengthen the organizational structure so that they can have a say in the market regarding the cultivation and marketing of bee products.

The Konya Metropolitan Municipality established a glass greenhouse of approximately 400 m² within the Konya Science Center. With the aim of evaluating this greenhouse, it was decided to research the use of our Hydrogen Combi Systems, which we produce and export using local and national resources, in greenhouses with the support of GES, to calculate costs, and to implement a pilot greenhouse application. Within the scope of the project, the glass greenhouse has been equipped with a HID+GES+RES heating system.

The project aimed to serve as a guide for investors planning to invest in the information technology sector, to raise awareness, to meet pre-investment feasibility needs, and to present a conceptual model of a data centers zone that could attract international investors as well.

In line with the concept of sustainable rural development, a 3,000 m² seedling production greenhouse has been established in the region. The project aims to enhance the production capacity of producer unions and family farms, increase the employability of the rural workforce, improve quality of life, combat poverty, and elevate the welfare level of rural communities by providing regular and sufficient income opportunities. Additionally, it seeks to sustain the population in rural areas by meeting the seedling needs of greenhouse producers.