DZP Technologies Limited

The project will develop and implement a new methodology to measure the gas sensing properties of printable 2D materials developed by DZP Technologies. These properties are important because they determine how the materials can be applied in chemical and environmental sensing applications, to enable ubiquitous sensing capabilities. New test procedures dev...

This project aims to develop a productivity-enhancing AI solution for Structural Health Monitoring (SHM) of composite components, considering manufacture and service life, for the construction industry. Using AI in SHM is identified as a promising approach because of the need to collect, process and analyse large amounts of data, and recognise patterns wh...

This feasibility project is a collaboration between DZP Technologies Ltd (DZP) and the University of Warwick (UoW), aiming to develop and demonstrate a process for the recovery of silver from manufacturing waste and re-using it in high technology value chains. Silver is a precious metal and well known for its use in jewellery and coinage. However, silver ...

This project proposes the development of a trusted and responsible Artificial Intelligence (AI) and Machine Learning (ML) solution to drive our innovation in graphene sensor systems in the field of Structural Health Monitoring (SHM). Using AI and ML in SHM is identified as a promising approach because of the need to collect, process and analyse large amou...

Our company, DZP Technologies (DZP), have developed graphene strain sensors which provide an alternative to conventional metal strain gauges. To produce the sensors, we use graphene and other conductive inks which are formulated and produced in the company. In this project, we aim to validate the performance of the graphene sensor and understand how the s...

Project PE2M is about producing power electronics modules containing silicon carbide semiconductors by packaging using novel encapsulants. The use of rapidly mouldable encapsulants to package SiC devices enables several key innovations. They can be filled with other materials to enhance thermal conductivity without compromising electrical resistivity; the...

COATED is a collaborative industrial research project which aims to demonstrate a novel current collector in commercially viable lithium-ion battery pouch cells. The project includes a significant element of stakeholder engagement and techno-economic assessment to accelerate commercialisation with the identified supply chain.

This collaborative project will investigate the technical feasibility of novel graphene sensors for predictive monitoring and improved safety of lithium ion batteries in fully electric, zero emission vehicles. The project has two partners: DZP Technologies Ltd (DZP), and the University of Warwick represented by WMG. The vision for the project is to establ...

The SmartBat project will demonstrate a new technology for flexible battery pack design and assembly, which allows the integration of sensor and switch components to optimise pack energy density and safety. The vision for the project is that the SmartBat technology will become the industry standard for the assembly of "smart" battery packs with cell-level...

"Defects can inadvertently be produced in composite materials either during the manufacturing process or during the normal service life of the component. Some non-destructive testing methods such as ultrasonic testing and strain gauging exist for defect detection in composites. However, these have limitations (including cost) that have prevented them bein...

This is a collaborative project which will integrate nano-carbon materials with electrophoretic deposition (EPD) to create a truly unique coatings technology which meets today’s critical challenges of the coatings industry. The new EPD technology will use aqueous colloidal electrolytes which are compliant with stringent REACH regulations and eliminate the...