Development of an optimized drying, fine-cleaning, and hulling device in terms of material quality and technological efficiency to increase the yield rate of hulled organic spelt (2020-2022).

Development of a flow-optimized, self-cleaning tower dryer to ensure batch separation and more efficient energy and material transport during consecutive drying of seeds, food, and feed grains (2020-2021).

Development of a grain dryer equipped with an intelligent dust removal and air filtration system, adjustable according to grain types and contamination levels (2019-2020).

Development of a novel vertical grain storage facility with a flow-optimized transport system to prevent clogging, a new loading technology that significantly reduces grain breakage, and an improved ventilation system (2018-2020).

Development of a new air supply system for gas-fired grain dryers, enabling local natural gas replacement through the innovative utilization of drying and storage by-products and forestry residues (2017-2019).

Development of a closed-loop crop processing system and machine technology from harvesting to storage and/or further processing, with a focus on energy efficiency and waste utilization (2018-2019).

Reduction of waste and air pollution through a grain drying technology that operates without fossil fuels or external heat sources (2017-2018).

Dr. Szabó Agrokémiai Kft., Zalaszentgrót, 2009.

Földes, 2006.

Syngenta Hungary, Mezőtúr, 2005-2006.

Bicskei Agricultural Production and Service Rt., 2005.

Cosinus Gamma Agricultural Production and Service Kft., 2005.

Takarmányszerviz kft., Kővágóőrs, 2001.

Battyánpuszta, 1998.