Innovations in Biotechnology | - CET (Central European Time, GMT+01:00)
Innovations in Biotechnology | - CET (Central European Time, GMT+01:00)
What regulatory measures and incentives are essential to expedite the shift towards 2G ethanol production techniques?
How can the industry motivate investment in the development of 2G ethanol technologies?
How can we mitigate concerns regarding the use of food crops, such as sugar, in first-generation ethanol production?
What strategies can be deployed to reconcile food security concerns with the demand for biofuel production?
The emerging biofuel production technologies which exhibit the greatest potential for enhancing sustainability, efficiency, and cost-effectiveness.
How advancements in synthetic biology, nanotechnology, and artificial intelligence stand to transform the biofuels sector.
Understanding the challenges in scaling up carbon-capture technologies.
Reviewing the technical and societal hurdles that can impede the achievement of sustainable bioenergy systems, and how interdisciplinary collaboration can propel solutions forward.
Biofuel research and development can integrate with overarching sustainability objectives, such as biodiversity preservation, land utilization efficiency, and social fairness.
The strategic management of feedstock competition amid sugar market demand and pricing pressures to ensure operational efficiency.
Exploring the challenges posed by competition in Brazil's corn ethanol sector, and how to meet advanced biofuel targets while maintaining carbon efficiency.
Fostering collaboration with agricultural stakeholders to ensure sustainable and equitable access to feedstock resources.
Attendees act as the moderator for this panel of experts, where burning questions around success stories from regions such as Brazil, the UK and Asia can be put directly to the experts. Explore case studies, challenges and best practices emerging from these sectors and apply these insights to your organisation.
The ethanol and biofuels industry faces the challenge of balancing land use competition with food production while optimizing biogenic carbon utilization.
Precise lifecycle emission assessment in biofuel production requires necessary methodologies and standards, including accounting for indirect land use change.
Advancing sustainable biofuel production requires a combination of policies and technological innovations aimed at harnessing biogenic carbon for carbon sequestration and reducing greenhouse gas emissions.
Biochemical and thermochemical processes play key roles in advancing the conversion of diverse organic waste into biofuels.
Emerging technologies, including microbial fermentation and gasification, contribute significantly to tapping into the potential of waste-to-biofuels.
The broad use of waste-to-biofuels technologies faces major obstacles, necessitating collaboration among industry, academia, and policymakers to overcome them.
Pivotal technological innovations could drive the development of second-generation biofuels significantly.
What challenges and prospects accompany the expansion of cellulosic ethanol production to satisfy worldwide demand?
How can industry collaboration expedite the global development and uptake of advanced biofuels?
Process enhancements and biorefinery integration play a significant role in enhancing the feasibility and scalability of second-generation biofuels.