• Industrial automation, IoT and building energy, EMC and hydrogen technologies

    Our research group operates in the following focus areas: industrial automation and instrument development (18 years of industrial experience); IoT and building energy (12 years of industrial experience); Hydrogen technologies (5 years of industrial experience); and EMC (electromagnetic compatibility).

    The focus areas of the research group are as follows

    1.1: Industrial Automation and Instrumentation

    Tasks:

    - Comprehensive mechanical, control, and software design and implementation of measuring, industrial, and laboratory equipment

    - Design and implementation of complex gas and oil industry equipment

    - Establishment of monitoring systems

    - Measurement services with own-built equipment

    Industrial Connections:

    - Gas and oil industry (MOL, FGSZ, MFGT, GEOCHEM, GEOINFORM, SCADA)

    - Manufacturing (LISS)

    - Water management (COMBIT)

    References:

    - Development of a Multiple Steam-Liquid Equilibrium PVT Testing Equipment (MOL)

    - Development of Equipment for Simultaneous Measurement of PVT Volume and Viscosity Properties (MOL)

    - Preparation of a Prototype PPD Permeameter Operating at Low and Medium Pressure with Temperature Control (GEOCHEM)

    - High-Pressure Metering Pump Control System Development (MOL)

    - Rock Stability Tests (MOL)

    - Design and Manufacture of a MicroCT Testing Equipment for the Topic "Cultivation of Unconventional and Low Permeability CH Storage" (MOL)

    - Development of a Prototype for an Accreditable Remote Water Quality Metering System (AVITAR) (COMBIT)

    - Development and Manufacture of a Portable Gamma Log Measuring Device, Development of a Correlation Program (GEOINFORM)

    - Further Development of the Prototype PPD Permeameter (RS-PPD-01) Operating at Low and Medium Pressure with Temperature Control (GEOCHEM)

    - Modernization of a Target Device for Interim Inspection of Carbon Dioxide Cartridges (LISS)

    - GOP-1.3.1-10/A-2010-0122: Development of a Complex System of Special Inhibitor Metering Devices to Prevent Gas Hydrate Formation in Oil and Gas Production Technologies (OLAJGÉPTECH)

    - GOP 1.1.1-09/1-2010-0114: Research and Development of a Complex Hydrate Inhibitor Technology Supporting the Extraction of High Inert Content Natural Gases (SCADA)

    - GOP-1.1.1-11-2012-0033: "Development of the Well Construction Technology for Sustainable Geothermal Energy Utilization-I" project: Laboratory measurement equipment suitable for investigating the long-term behavior of hydraulically fractured well completions (GEOCHEM)

    - GOP-1.1.1-11-2012-0033: "Development of the Well Construction Technology for Sustainable Geothermal Energy Utilization-I" project: Equipment for studying formation damage and well completions (GEOCHEM)

    - Modernization of a Target Device for Interim Inspection of Carbon Dioxide Cartridges (LISS)

    - Development of an Online Data Provider, Integrated Grid-Based Water Quality Monitoring and Expert System (COMBIT)

    - Measurement of hydrate threadings, CO2, permeability (MOL)

    1.2 Focus Area: IoT and Building Energy

    Task:

    - Design and implementation of Smart and IoT technologies

    - Building automation

    - Establishment of monitoring systems

    Industrial Connections:

    - Energy sector (E-On, MOL)

    References:

    - Interreg Danube Transnational Programme: 3SMART – Smart Building, Smart Grid, Smart City

    - Competence Center for Earth Energy Resources - 2019-1.3.1-KK-2019-00001, Eneroptima module (E-On)

    - Development of an online data provider, integrated grid-based water quality monitoring, and expert system (SCADA)

    - H2020-SC5-2014-2015: "UNEXMIN: An Autonomous Underwater Explorer for Flooded Mines"

    1.3: Electromagnetic Compatibility (EMC)

    Task:

    - Immunity measurement

    - Emission measurement

    - ESD measurement

    Industrial connections:

    - automotive industry (BOSCH Miskolc, BOSCH Budapest, SEGA)

    References:

    - E-Mobility from Miskolc: further development of the coolant circulating pump and motor cooling fan (BOSCH)

    - Emission measurement (SEGA)

    - Emission measurement (BOSCH, Miskolc)

    - Immunity and emission measurement (BOSCH, Budapest)

    1.4 Focus Area: Hydrogen Technologies

    Task:

    - Hydrogen technology developments, implementations, measurements, and expertise related to the gas and oil industry

    Industrial connections:

    - Gas and oil industry (FGSZ, MFGT)

    References:

    - AKVAMARIN Project – Hydrogen energy storage innovation at the Hungarian Gas Storage Ltd. (MFGT)

    - More Efficient Exploitation and Utilization of Subsurface Resources, NKFIH-846-8/2019

    - FLUMEN1 (FGSZ)

    - FLUMEN2 (FGSZ)

    - Renewable Energy National Laboratory

    Research Group Composition:

    Dr. Ildi Bölkény

    R&D Leader, Scientific Researcher

    László Godó

    R&D Engineer

    Ammar Saliby

    R&D Engineer

    Research Group:

    Publications

    HYDRATION OF NATURAL GAS HYDROGEN MIXTURE TEST EQUIPMENT

    INTERDISCIPLINARY SCIENCES: JOURNAL OF THE UNIVERSITY OF MISKOLC 11:5 p. 145 Paper: 2021.5.14 (2021)

    Investigation of an alternative energy carrier in the laboratory

    In: Kovács, Helga; Madarász, Tamás; Nagy, Gábor; Nagy, István; Szűcs, Péter; Németh, Norbert; Vadászi, Marianna (Ed.) Focusing on domestic subsurface natural resources: Nexus of raw materials, energy, and technologies

    Miskolc-Egyetemváros, Hungary: University of Miskolc (2022) 370 p. pp. 195-201., 7 p.

    Natural gas hydrate, fundamentals, methods of analysis of hydrate cage structures and applications as an energy source

    In: Kovács, Helga; Madarász, Tamás; Nagy, Gábor; Nagy, István; Szűcs, Péter; Németh, Norbert; Vadászi, Marianna (Ed.) Focusing on domestic subsurface natural resources: Nexus of raw materials, energy, and technologies

    Miskolc-Egyetemváros, Hungary: University of Miskolc (2022) 370 p. pp. 211-218., 8 p.