Time tool addresses the markets of medium/large companies wanting to adapt their organisations to face new competitors or markets. This computerised tool will permit an overall methodical approach including i.T./Processes/decisions.
Develop, prove and commercialise an environmentally and user-friendly process to eliminate/reduce disposal of waste salt cake and recover chemical values from bayer process waste salts (salt cake).
Industrialisation of riche results for provision of an open, adaptable hospital information system at affordable price, enabling gradual inclusion of existing components and/or migration of solutions to eurhis-conforming applications.
The project aims to develop a commercially viable, volume manufacturing process for the mass production of high reliability microvias, using a combination of either plasma or laser technology and new materials.
A software suite which will assist in: implementation and maintenance of the iso 9000 series quality standard and health/safety and welfare regulations. Reduction of quality costs/provision of significant return on amq investment.
Development of an in-situ integrated system for the study of hydrodynamic, sedimentological, biological and chemical processes at benthic interface:discrete sensor/environmental control systems for a modular dynamic benthic chamber.
Study of different new processing methods on the nutritional quality of fish meal. Definition of quality characteristics. comparison with those of a wide variety of existing fish meals on world market. Validation through animal experiments
Flexible communication network in the field of industrial production systems integrated in company operations to develop competitiveness in mfg. Methods/design, mfg.Systems/ technology and organisation/human resource development.
The aim is to improve the management of chronic illnesses e.G. Asthma and diabetes, using multimedia modules accessed via cablevision, local area networks (lan) and telecoms. users would be patients, carers and health professionals.
Will support further development of abatement strategies within europe by providing an improved scientific basis for the quantification of source-receptor relationships for photo-oxidants and acidifying substances.