Detergency Sector
Plastics Sector
Food Sector
Chemical Sector
Tourism Sector
We have a long track record of successful projects implemented in several sectors
R&D Projects
Research on innovative technologies to efficiently and economically store surplus RE by using it in existing industrial processes for the production of renewable fuels.
Solutions that allow the regeneration of urban and industrial wastewater for subsequent reuse, offering competitive advantages over current technology and positioning the water sector in Catalonia among the world’s leading suppliers of technology in this field.
Manufacture of new generations of cellulose micro and nanoparticles for use in strategic industrial products to obtain nanocellulose that will pave the way for the manufacture of a wide range of innovative products made from a renewable raw material, such as eucalyptus, to replace petroleum-derived materials and plastics.
Demostrar un enfoque de gestión sostenible del agua en las industrias con alta demanda de agua, como la industria automotriz de la UE, al disminuir la emisión de contaminantes de la industria (preservando así la calidad de los cuerpos de agua naturales) y mediante la explotación de fuentes de agua alternativas (preservando así la cantidad de los recursos naturales de agua potable).
Development of a system to treat urban organic waste containing the remainder fraction, mixed with urban wastewater. Hidroquimia was responsible for the design and construction of DA and biological MBR, system operation and validation.
Research in technologies applied to the treatment of industrial wastewater and the reevaluation of waste generated by the different treatments. Hidroquimia was responsible for studies on the treatment of artificial wetlands, advanced oxidation, biosorbents and anaerobic digestions.
Development of a new eco-efficient model for water treatment in the metal and plastic surface processing industry. Hidroquimia was responsible for technology integration and pilot plant validation.
Development of a membrane system for seawater desalination without organic buffering and chemical precipitation. Hidroquimia was responsible for technology integration and validation of the pilot plant.
Development of technologies to recycle and recover certain waste streams with great potential and that their recovery is not feasible at this time, transforming them into economically viable resources. Hidroquimia was responsible for the design and construction of the pilot plant recovery nutrients and the validation of the pilot plant.
Overcoming barriers that hinder the widespread adoption of water reuse in different sectors. Hidroquimia was responsible for the design and construction of the MBR prototype, as well as the operation of the system.