BIVEE (Business Innovation for Enterprise Environment) aims to produce an ICT environment to assist all the players in a virtual, networked enterprise to concieve ideas, test, prove, implement and monitor process improvement and real buiness innovation. BIVEE aims to use a number of new business models and ICT solutions for supporting and fostering innovation, such as Open Innovation, crowd-sourcing, new forms of social networking, that we need to seize and transform into a systematic framework at the service of European organisations. Innovation largely remains a “brain intensive activity. Bivee aims at building a distributed, collaborative, knowledge-intensive framework, where innovative business models, novel management methods, and emerging ICT solutions will be integrated to the benefit of interoperable virtual enterprises.

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The project, whose full development lasted  two years, aimed to design autonomous devices based on different technologies available today that can be incorporated into the furniture of both domestic and public uses, and it can perform various functions in the field of energy management, safety, welfare and communication (Domotic systems).

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The project goal is to design a distributed e-Manufacturing, to organize, plan and control the manufacturing shared process in a cluster of furniture production, composed by companies of the value chain sector (manufacturers of furniture and suppliers of products and services.)

The manufacturing process shared begins from a need (demand) of a cluster client, transmitted via the Internet. The cluster will run as Virtual Factory, sharing skills and resources to meet a temporary concrete demand.

As a result of the project will achieve the design of a Distributed Virtual Manufacturing System, and a demonstrative prototype, that can be used for clusters of companies in the industry value chain of furniture industry

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The project’s main objective is the development of a range of Reconfigurable Machines, essentially based on a modular components, suitable for the manufacture of some families of wood and board pieces.

This project is carried out between two industrial companies (HURTADO RIVAS and INTOREX), and two Technological Institutes (INESCOP and AIDIMA).

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Ambient Intelligence describes an environment in which people are involved and assisted by embedded interfaces, with intelligent and intuitive features, interconnected with common objects that make up an electronic environment that recognizes and responds to the presence of people involved in it anticipatory and invisibly. This technology has been called by the European Commission as the main future scenario for the XXI century.

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Gas Chromatography-Mass Spectrometer (GC-MS). The objective of the Project is the improvement of the environmental behaviour of companies under the preventive focus in three main areas:

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This Project wants to underline:

• The influence of the furniture and wood sector into the Valencian Ron the climate change,
  
• Studing the responsibilities and the real possibilities the furniture sector has to cope with the CO2 emission regarding the adequate use of the biomass resources,
  
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The aims of the PLANET DESIGN Project are to offer European companies of the wood furniture sector, and especially those of the Mediterranean area, support in adapting to the new regulations dictated by environmental sustainability and in using them as an opportunity for growth and for anticipating the needs of the market.

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The main target of the Project is studying the implication of the industrial biomass (BRI) like source of renewable energy in the way to fulfil the objective defined in the “Plan de Acción Nacional en materia de Energías Renovables 2011-2020″ (National Renewable Action Plan 2011-2020). For that reason the Project is centred mainly in the study of the biomass and into the technology used as well.

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The main object of the project is the testing, demonstration and transfer of the applicability of conventional and innovative technologies and methods to process woody wastes and residues from landscape conservation as well as agriculture and forestry. It aims to produce raw materials, previously classified as waste, for energy and material utilization chains and determine and evaluate best practices and technologies in the field to develop economically and ecologically efficient material flows.

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