Summary:
An Italian research team developed a completely microsystems-based gas-chromatographic (GC) platform. The proposed technology allows for the miniaturization of advanced analytical capabilities suitable to be integrated in portable high-end gas sensing equipment. Several applications were already demonstrated, but new opportunities can be expected by cooperative research targeting the integration of the platform with other types of detectors. License, research or financial agreements are sought.
Description:
The Institute of research has a long expertise in materials and processes for the development of microelectronic devices and micro-electro-mechanical systems (MEMS).
The Institute is equipped with a wide range of facilities for design, manufacture, characterization of devices, and for investigation of materials properties and processes, allowing a global approach to material science, microelectronics and MEMS research activities.
The team is composed mainly by physicists and electronic engineers with expertise of design, simulation, clean-room processing and functional characterization of MEMS devices.
The compact-GC platform is a microsystems-based analytical module for the purge and trap pre-concentration and (gas)-chromatographic separation of a sample. The two analytical microsystems (pre-concentrator and gas-chromatographic column) are interconnected by means of a micro machined microfluidic manifold. The microfluidic manifold interconnects the analytical microsystems, but it also acts as injector through the integrated micro-valves. The main characteristics of the invention, namely the wide adoption of silicon micromachining technology and the system integration solutions adopted, enable the operation of the entire system at high temperature (above 200°C), as necessary for the analysis of a wide range of substances, from volatile to high-boiling compounds. The system is miniaturized, robust, low-cost and efficient, both in terms of power consumption and of consumables. The compact-GC module can be coupled to a wide range of detectors.
The researchers are looking for:
- financial agreement: a funded research activity aiming at the demonstration of the capabilities of the compact-GC platform for specific market applications in the field of high-end gas sensing.
- license agreement: the patented compact-GC technology can be licensed for the production of portable or miniaturized analytical gas sensing equipment.
- research cooperation agreement: through cooperative research, the coupling of the compact-GC platform with innovative detector technologies can be demonstrated, opening new market opportunities.
Type (e.g. company, R&D institution…), field of industry and Role of Partner Sought:
The research group looks for specific expertise in relation to the kind of agreement sought, as follows.
Financial agreement: industrial partners aiming at the demonstration of the capabilities of the compact-GC platform for specific market applications in the field of high-end gas sensing. The industrial partners should provide their sensing needs and applications, and the respective specifications.
License agreement: industrial partners aiming at licensing the patented compact-GC technology for the production of portable or miniaturized analytical gas sensing equipment.
Research cooperation agreement: companies and R&D groups working on gas sensing equipment, interested in coupling the compact-GC platform with their own innovative sensor or detector technologies. The ideal partners bring their own know-how and/or their specific application needs.
Stage of Development:
Prototype available for demonstration
Comments Regarding Stage of Development:
The technology has a technology readiness level (TRL) equal to 6.
IPR Status:
Patent(s) applied for but not yet granted
External code:
TOIT20210503001
