In our evolving energy landscape, the shift towards renewable and alternative energy sources is gaining momentum, offering a pathway to reduce carbon emissions and achieve carbon neutrality. We specialize in analyzing, developing, and implementing innovative technologies that address the challenges of energy production and sustainability.
Competencies:
- Analysis and qualification of energy carriers, including fossil fuels, waste, and renewable sources
- Energetic analysis of technologies to optimize efficiency and performance
- Design and execution of experiments across laboratory, pilot, and industrial scales
- Development of novel technologies and processes for energy generation and utilization
- Expertise in high-temperature furnaces, refractory materials, and fault analysis
- Specialized technologies for energy harvesting and seasonal heat storage
- Conversion of conventional vehicles into electric-powered vehicles
- Pyrolysis and gasification of various feedstocks, including plastic, RDF, coal, and biomass
Services:
- Comprehensive investigation of fuel combustion properties and energetic characteristics
- Evaluation of refractory materials and high-temperature furnace performance
- Analysis of solid ashes for melting properties and carbon content
- Flue gas measurement and air pollution analysis to ensure environmental compliance
- Experimental studies and technology development for combustion, gasification, and pyrolysis processes
- Assessment and implementation of renewable energy technologies, such as solar, geothermal, and hydrogen systems
Tools:
- State-of-the-art equipment including CHNSO analyzers, calorimeters, and gas analyzers
- Pyrolysis and gasification reactors with up to 5 kg/h capacity for experimental studies
- Custom-built facilities for testing fireplaces, boilers, and furnaces at temperatures up to 1600°C
- Advanced data analysis tools and post-processing software for industrial applications
References:
- Feasibility studies and reports for energy development projects, including MVM initiatives
- Collaborative projects with industry leaders like MOL to enhance refractory material lifespan in waste-fueled furnaces
- Successful conversion of conventional vehicles into electric-powered models, contributing to sustainable transportation solutions
- Development of specialized tools for industrial automation, exemplified by the post-processing tool for the Kuka KR15-2 industrial robot
Partner with us to explore innovative solutions for energy production, efficiency enhancement, and environmental sustainability. Together, we can drive the transition towards a cleaner and more sustainable energy future.
