Technology Roadmaps: Measurement Priorities for Sustainable Production and Consumption
The table below shows some measurement needs for the UK across key areas. The information is displayed according to where it fits into the NMS programmes. Click on any section for more information on that sector.
The given priority application areas were originally agreed at a series of roadmapping meetings. If you would like details of the prioritisation process or would like to comment on any aspect of the roadmaps, please complete the feedback form
Priority Application Areas | Knowledge Base | Cross-cutting themes / Other | |||||
Engineering and Flow | Materials and Thermal | Physical | Ionising Radiation | Chemical and Biological | Software for Metrology | ||
Lifecycle Cost Analysis | Data sets and models for life cycle analysis | Carbon footprint | Life cycle analysis modelling and electronic data exchange | Life cycle analysis and carbon foot-printing standards, public awareness, physical input and output analysis | |||
Low-Energy Production Processes | Production process (flow, pressure) and plant design, surface properties (hardness) | Surfaces, powders, mechanical and structural properties, performance of non-standard components | Particulates | Structural integrity and performance models | Optimisation of traditional processes and knowledge transfer, and supply chain integration | ||
Design for Recycling / Repair | Flatness | Trace and impurity measurement, residual life of used materials, and used component and surface analysis | Food treatment for long-life | Rapid material identification, adhesives, and intelligent food packaging and cleanliness | Component tagging, and mean time to failure modelling | Public and market acceptance, design methodologies, and interfaces and modularity | |
Energy Efficient Products | Flow, combustion and internal combustion engines | Friction and tribology | Electrical machines, sensors, component power reduction | Combustion processes | Power management | Regulation and standards for product power consumption and efficiency | |
Local Generation / Energy from Waste | Combustion and flow | Power quality and noise impact | Quality and contamination of feedstock, efficient energy release, primary waste treatment. | Energy systems modelling and control | Derived standards for waste derived fuels |