Advanced composites can be produced with bespoke physical properties to provide an appropriate balance of performance factors for mechanical and electrical applications. Gnosys commonly use multivariate methods to scope and achieve the balanced mix of tailored characteristics to meet individual requirements.
Future Technologies
Gnosys is a science-based innovation accelerator who solves ground-breaking industrial challenges on behalf of our partners and clients. Our team, as professional problem solvers, can often see a solution pathway and we encourage our employees to incubate technical solutions which creates opportunities for Gnosys. We call this strategy - Future Technologies.
Advanced composites can be produced with bespoke physical properties to provide an appropriate balance of performance factors for mechanical and electrical applications. Gnosys commonly use multivariate methods to scope and achieve the balanced mix of tailored characteristics to meet individual requirements.
Advanced composites can be produced with bespoke physical properties to provide an appropriate balance of performance factors for mechanical and electrical applications. Gnosys commonly use multivariate methods to scope and achieve the balanced mix of tailored characteristics to meet individual requirements.
Advanced composites can be produced with bespoke physical properties to provide an appropriate balance of performance factors for mechanical and electrical applications. Gnosys commonly use multivariate methods to scope and achieve the balanced mix of tailored characteristics to meet individual requirements.
Auxetics are advanced materials that, when stretched, become thicker not thinner. This counterintuitive behaviour creates potentially new and valuable opportunities for composites applications. Gnosys have an ongoing interest in developing these materials with our industrial partners for a variety of uses. For instance, auxetics can…
Auxetics are advanced materials that, when stretched, become thicker not thinner. This counterintuitive behaviour creates potentially new and valuable opportunities for composites applications. Gnosys have an ongoing interest in developing these materials with our industrial partners for a variety of uses. For instance, auxetics can…
Cold atmospheric plasma can be produced as a safe gas stream, cool to the touch but highly active as a transformation medium. An exciting feature is that tailored plasmas can have strong antimicrobial and antifungal effects even on highly temperature sensitive materials such as nail fungus and the sterilisation of seeds.
Cold atmospheric plasma can be produced as a safe gas stream, cool to the touch but highly active as a transformation medium. An exciting feature is that tailored plasmas can have strong antimicrobial and antifungal effects even on highly temperature sensitive materials such as nail fungus and the sterilisation of seeds.
Distributed assets are often exposed to environmental attack and the survivability of the coatings is a critical for low cost operations. Environmental and safety concerns are driving down the use of VOCs and isocyanates. This applies to the transport, utilities, power generation and built environment sectors. Gnosys have experience of designing low environmental impact coatings with advanced properties such as tolerance of wet application environments; water blocking capability; surface activity; resistance to degradation caused by water, chemical or mechanical wear.
Distributed assets are often exposed to environmental attack and the survivability of the coatings is a critical for low cost operations. Environmental and safety concerns are driving down the use of VOCs and isocyanates. This applies to the transport, utilities, power generation and built environment sectors. Gnosys have experience of designing low environmental impact coatings with advanced properties such as tolerance of wet application environments; water blocking capability; surface activity; resistance to degradation caused by water, chemical or mechanical wear.
Companies with remote or distributed assets often carry out asset inspections by helicopter. Alternatively, these inspections can be carried out on foot. Both options are very time consuming, expensive and can carry a risk to personnel.
UAVs (Unmanned aerial vehicles or drones) promise in the future to reduce costs by automating this process and recording inspection data for later use. Key to this is the ability to fly a UAV safely beyond visual line of sight (BVLoS). Gnosys have developed this enabling technology with the Department of Transport along with our partners.
This is an exciting and rapidly developing area that will positively impact many areas of distributed asset management. We are building an industrial use long-range inspection platform through a partnership of equipment suppliers and ex-military experience. This will improve inspection efficiency, reduce maintenance costs, identify third party intrusions and find technical faults such as overheating.
Companies with remote or distributed assets often carry out asset inspections by helicopter. Alternatively, these inspections can be carried out on foot. Both options are very time consuming, expensive and can carry a risk to personnel.
UAVs (Unmanned aerial vehicles or drones) promise in the future to reduce costs by automating this process and recording inspection data for later use. Key to this is the ability to fly a UAV safely beyond visual line of sight (BVLoS). Gnosys have developed this enabling technology with the Department of Transport along with our partners.
This is an exciting and rapidly developing area that will positively impact many areas of distributed asset management. We are building an industrial use long-range inspection platform through a partnership of equipment suppliers and ex-military experience. This will improve inspection efficiency, reduce maintenance costs, identify third party intrusions and find technical faults such as overheating.
