Miniaturized Gas Sensors
A sensor manufacturer MNC attempted to find innovative technologies for miniaturized gas sensors. A study conducted registered solutions like fabrication methods and advanced structures and identified materials such as carbon nanotubes to reduce costs and improve sensor performance. Valuable insights have been offered to clients, guiding them with R&D strategies that address several challenges and provide future innovations.
Client Background:
The client is a multinational sensor manufacturing company that provides a range of sensor products for various applications in different industry verticals.
Engagement Objective:
The study was conducted to identify emerging technology solutions related to the fabrication and structure of miniaturized gas sensors and the sensing material used by those sensors. The study includes:
- Identification of the new structures for miniaturized gas sensors
- Identification of the new fabrication methods for miniaturized gas sensors
- Identification of material used for the fabrication of miniaturized gas sensors
- Identification of solutions to improve sensor parameters such as sensitivity, response time, operating temperature, power consumption, cost, etc.
Client Impact:
The study showed focus areas of different universities and companies active in the domain. It further highlighted innovative solutions to industry-specific challenges. For example, carbon nanotubes, a porous silicon substrate, composite structures, etc., can reduce the substrate weight without losing strength. A detailed white space analysis helped further plan the business and directed the research and development team.
A detailed bibliographic summary, which included the filing pattern and intensity, geographical distribution, legal status, technical distribution, technical focus, and so on, provided information about the domain.
