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La presente exposición se centra en la cuestión de la transición energética, con el telón de fondo de la crisis económica y la relación con la energía, encuadrando además a la empresa en un mundo cambiante.

La tecnología de vacío es parte indispensable en el tratamiento térmico de metales. La compañía Vakuum-Härterei Petter GmbH (VHP), en Quickborn, Alemania, ha llevado a cabo una evaluación en la cual una bomba de vacío de paletas rotativas lubricadas con aceite ha sido reemplazada por una bomba de vacío de tornillos Busch Cobra NX. Esta bomba de vacío se instaló como bomba primaria en un sistema de tres etapas que da servicio a un horno de tratamiento térmico, y el objeto de la evaluación era hallar una alternativa eficiente a los generadores de vacío que previamente se utilizaban. Transcurrido un año de pruebas, en VPH están totalmente convencidos acerca de la tecnología de tornillos secos, por lo que, en el futuro, se invertirá solamente en hornos equipados con bombas de vacío de tornillos Cobra NX.

Process Hazard Analysis (PHA) provides a means of systematically reviewing the design and operation of a facility to identify occurrence of hazardous events with potential consequences on people, property and production, environment and reputation (a more new issue to be considered in a PHA). PHA studies can be conducted not only on continuous and batch chemical processes, but also on storage, transportation and other operating, manufacturing or support systems. This paper describes the main elements to be considered when conducting such an analysis.

Less than one percent of all the water on our planet is accessible and usable for domestic and industrial purposes. In view of the growing global population and increasing urbanization, it is therefore vital that we find new ways of using our limited resources of drinking water more sustainably and more efficiently and of using new technologies to make existing water resources potable. The same applies to the treatment of wastewater, as 80% of municipal sewage currently flows untreated into our rivers, lakes and seas.

INERCO is currently developing major worldwide projects in the matter of industrial safety for large engineering companies and operators in industries such as Oil & Gas (upstream and downstream), petrochemical, chemical, mining and energy.

In the recent years in Spain mostly of the installed power plants are thermal solar power plants, mainly due to the grants provided by local administration for the construction of these renewable energy power plants, and because it uses the sun as an infinite and free source of energy. In this way, we can say that Spain is one of the leading countries in technology and design in these type of power plants being a reference in the world for this type of projects. Besides, it is clear that these type of power plants are still under development, and need to be improved in all technical aspects due to the lack of accumulate experience.

Physical Assets Management is a much broader approach, and a more challenging scope, than just the maintenance of physical equipment. The asset management models are suitable to treat the current requirements of the systems, including cost, value, risks, and throughout the life cycle. New skills and tools for maintenance management have to be integrated within these models. This paper presents this approach about integrating the development and use of maintenance tools into asset management models. With this view, graphic tools for maintenance management and advanced CBM (Condition-Based Maintenance) systems are analyzed. These tools can play a fundamental role in the effective implementation of assets management models. They allow gathering the information about the system behavior and its interpreting according with strategic aims of assets management.

Interview to Mr. Mick Parmar, Project Manager and Coordinator for Valor Plus, and to Dr. Kangala Chipasa, Technical Manager of Valor Plus. The UK Health and Environment Research Institute Ltd

Advantages and disadvantages of industrial atmospheric emissions “primary” valorization, understood as implemented in situ and without any previous treatment of the emissions, are compared with those of other type of valorization, called here as “secondary” valorization, as made after some post-treatment of the emissions or, simply, to categorize with a different name that those classified as primary, verifying in this second categorization some alteration in the original emissions nature

Maintenance resources and their optimization are an important issue for companies. Because of this, is important to have an appropriated maintenance management framework for helping the asset management processes. In this paper we develop one of the main steps of the main maintenance management models, criticality analysis. For a proper asset management structure, criticality analysis is a key tool who introduces the best asset management practises in companies. In this context, this article shows an appropriate methodology for a criticality analysis development and how to fix the different criteria.