Services

Engineering support from concept to industrial deployment.

MITIS supports customers across the full development chain, from early idea framing and cycle design to prototyping, testing, and product industrialization.

Conceptualization and cycle design

Conceptualization & Cycle Design

MITIS performs front-end engineering and system design, including feasibility analysis, thermodynamic architecture selection, and performance definition. Multiple cycle configurations and integration constraints are evaluated to identify optimal solutions. The resulting concepts integrate turbomachinery, thermal management, and auxiliaries into scalable systems aligned with industrial requirements.

Detailed engineering

Detailed Engineering

MITIS delivers multi-physics engineering design covering mechanical, thermal, fluid, electrical, and system-level development. Advanced modelling, simulation, and CAD tools are combined with practical know-how to design and optimize complex systems. This approach ensures high performance, reliability, and manufacturability from component to full system level.

Prototype testing

Prototype Testing

MITIS provides instrumented manufacturing and experimental validation supported by LabVIEW-based data acquisition systems. This enables precise measurement, real-time monitoring, and reliable performance validation under representative conditions. The approach ensures accurate system characterization and verification against design targets.

Industrialization

Industrialization

MITIS applies a structured design-for-manufacturing approach supported by APQP methodology and ISO 9001:2015 processes. The focus is on manufacturability, cost optimization, and supply chain readiness from early design stages. Robust quality and validation processes ensure reliable and repeatable industrial production.

Reference Projects

Selected projects illustrating MITIS engineering capabilities

MITIS supports customers and partners through the full engineering chain, from concept development and system design to validation and industrial deployment. The following reference projects illustrate typical applications of our expertise.

Compressed Air Turbine
Reference Project: Energy Storage

Compressed Air Turbine

MITIS developed a 10 kWe compressed-air turbine for electricity generation from stored air, based on high-speed turbomachinery and gas foil bearings. The oil-free system enables high rotational speeds, low maintenance, and compact design. Fully instrumented, it allows detailed performance validation and scalability for decentralized applications.

Cryogenic Compander
Reference Project: Marine

Cryogenic Compander for BOG handling

MITIS developed a cryogenic compander for boil-off gas handling, integrating a high-speed compressor and expander on a single shaft with magnetic bearings. The oil-free system ensures precise control and high reliability. Operating with nitrogen down to −180 °C, it is ATEX-compliant and designed for demanding cryogenic environments.

UPS PEM Fuel Cell
Reference Project: Backup Power

Integrated PEM Fuel Cell for UPS

MITIS developed a hydrogen-based backup power system combining a PEM fuel cell, batteries, and a commercial UPS. The project included full system integration, power electronics, and safety systems. An advanced EMS ensures optimal coordination, enabling extended backup duration and high reliability for critical applications.

Flameless Combustor for Bioethanol
Reference Project: Automotive

Bioethanol Flameless Combustor for Range Extender

MITIS adapted its flameless combustor for liquid fuels through the development of a dedicated atomization system, focusing on bioethanol. Designed for microturbine range extenders, the solution ensures stable mixing, low emissions, and reliable operation across a wide load range, supporting low-carbon mobility applications.