Next-MGT
Next-MGT
The Next-MGT (Next Generation of Micro Gas Turbines for High Efficiency, Low Emissions and Fuel Flexibility) project, under the EU Marie Curie FP7 Framework, focuses on the development of micro gas turbines with improved performance characteristics. The main objectives of the project are:- Cycle innovations and tech...
HECARRUS
HECARRUS
The HECARRUS (Hybrid ElectriC smAll commuteR aiRcraft conceptUal deSign) project, under the EU CLEAN-SKY 2 framework, focuses on the conceptual design of a small commuter aircraft utilizing a hybrid-electric propulsion system. The main objectives of the project include:- Reviewing the Technological Readiness Level (TRL), identification of the primary Key Performance Indicators (KPI) and assessment on component/subcomponent level of powertrain components.
- I...
ESTHISIS
ESTHISIS
The Esthisis (ΕΣΘΙΣΗΣ, Έξυπνο Σύστημα Αισθητήρων Ανίχνευσης Διαρροής σε Αγωγούς Μεταφοράς Προϊόντων Πετρελαίου σε Περιβάλλον Θορύβου-Smart Leakage Detection Sensor System in Petroleum Product Pipelines in a Noisy Environment) project focuses on the development of smart leakage detection sensors.
The main objective...
PUMP-HEAT
PUMP-HEAT
The PUMP-HEAT (Performance Untapped Modulation for Power and Heat via Energy Accumulation Technologies), under the EU HORIZON 2020 Framework, focuses on the management of rejected heat from thermal power plants.
The main objectives of the project are:
- The development of an integrated and flexibility orien...
Better Life with MgO
Better Life with MgO
The Better Life with MgO project, under the EU LIFE15 ENV framework, focuses on the demonstration of a new dry desulfurization technology, utilizing magnesium oxide (MgO) as a sorbent for sulfur oxide (SOx) pollutants. Apart from demonstrating the feasibility of this method, the objectives of this project include:- T...
EURRICA
EURRICA
The main goal of the EURRICA project is the synergetic evaluation of disruptive technologies on a novel Blended-Wing-Body medium-sized, fixed-wing Unmanned Aerial Vehicle (UAV) platform. The BWB layout is selected as the base platform, due to reasons related primarily to its great aerodynamic efficiency and large internal volume.