Validate a standard for microbial environment monitoring in two meat processing plants and to engineering corresponding device/materials. Sampling techniques and methodology are innovative.System to be applied in every bio-risk situation.
Development of a new set of advanced devices for pollution agents captation due to industrial woodworking/metalworking processes. The results will permit the spread of design criteria for the environment.
Development of a decision support system to reduce noise emission and improve energy efficiency of fans in important applications: automotive, home appliances, commercial refrigerators and air conditioning.
The intermittent aeration activated sludge process, where aerobic and anoxic phases are created in the same reactor, will be modified for nitrogen control to ensure compliance with stringent nutrient limits in sensitive coastal areas.
The project deals with finding new materials and technological developments in order to drastrically minimise noise pollution. The central role will be a 1:1 size prototype which provides the required information for future constructions.
Vaccares - recovery of catalyst components from gas refineries.
To develop a new visible light active technology for water detoxification and precious metal recovery from wastewater in the silversmith - goldsmith (electroplating) industry.
To develop automatic devices for the cleaning and stripping of paint on frontages using ecological media like cereal crops. The system will work in a close circuit in order to recuperate the waste and recycle the media
Metals in municipal and industrial wastes are removed using a combination of advanced models based on the theoretical fundamentals of fluid dynamics and molecular physics with innovative process integration and intensification techniques.
The goal is the development and implementation of a reliable, cost-effective tailor-made wastewater technology train with a focus on the removal of specific substances in order to regulate wastewater treatment policy.