UAB “Modern E – Technologies” has long-lasting experience in R&D of thermal storage technologies , which enable us to deliver novel products to the thermal energy storage and CO2 utilisation market. Our experience in the development, manufacturing and customization of thermal storage and CO2 utilization products allows us to offer cost-effective and high-efficiency solutions for both industrial and residential applications.
Together with customized waste heat recovery solutions, we offer innovative phase change materials (PCMs) based thermal energy storage systems and CO2 utilization technology which is the step forward to zero-carbon emission in industrial and residential applications.
Thermal energy storage
From design development to equipment manufacturing
We specialize in development, testing and manufacturing phase change materials (PCMs) based thermal energy storage systems. PCMs allow achieving a high storage density and such systems need much less volume than state-of-the-art technologies. Novel design of heat exchangers allows us to achieve high heat recovery and storage rates. Depending on the specific needs of the different industrial processes or buildings heating/cooling systems different types (organic, inorganic) and various melting temperatures of PCMs are used.
✅ Industry applications
✅ Commercial applications
✅ Residential applications
✅ Integration to existing industrial process
✅ Implementation to existing heating / cooling systems of buildings
Latest thermal storage projects
Latest product and system of thermal storage with PCMs for heating and/or cooling development, testing and manufacturing. Projects are designed to meet specific needs for specific industry process needs and can be adjusted to meet residential thermal storage demands aswell.
CO2 utilisation
Technology is based on the utilisation of the captured CO2 to produce added-value material (calcium carbonate). The production of CaCO3 nanoparticles is carried out by gas-liquid carbonation. Automated solids separation and drying system allows the reactor operate in a continuous mode.
✅ Industry applications
✅ Integration to existing industrial process
