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Biogas and biomethane play a critical role in the energy transition due to their contribution to the decarbonization of industry and transport. Additionally, they support an energy system less dependent on imports and foster a sustainable, circular economy.
This growing sector faces technological challenges, including the development of efficient and cost-effective equipment, adaptation to various waste types, and the creation of circular and efficient solutions for digestate.
The development of bioreactors, as well as pretreatment and upgrading equipment, is a multidisciplinary field that demands collaboration to integrate knowledge and technologies from diverse scientific and technical areas. Within this collaborative framework, ITA offers access to a highly qualified team and the necessary material resources to provide support in optimization and new developments for biogas and biomethane plants.
Our expertise in modeling, simulation, and AI for optimal design and equipment up-scaling, including bioreactors and other waste pretreatment and biogas upgrading systems, allows us to deploy methodologies to accelerate the design and commissioning of these systems.
Through downscaling strategies, we help companies gain deeper insights into their processes to solve issues, adapt to changes, or improve efficiency. These numerical-experimental techniques leverage not only simulation methodologies but also experimental results obtained in our biological process laboratory.
