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Seguiment: Otros

Dt 02
16:00h
Congreso | Mediterranean Congress on Chemical Engineering (MeCCE)

Sustainability Matters: The Planet sets the Agenda: Conferencia Plenaria MeCCE

2026-06-02 16:00 2026-06-02 17:30 Europe/Madrid Sustainability Matters: The Planet sets the Agenda: Conferencia Plenaria MeCCE
In the early twenties, sustainability moved to the center of global agendas, with governments and companies committing to cut emissions, use resources more efficiently and mitigate climate, biodiversity and human-rights risks. Financial institutions pushed for evidence of action, and new regulations accelerated disclosure.
Today, geopolitical tensions, economic uncertainty, energy constraints and the rise of AI have shifted attention, while changes in reporting rules have slowed momentum. Yet this moment may be critical: this lecture will explore whether acting now through circularity, resource efficiency and smarter design can drive innovation, competitiveness and solutions that meet planetary needs.
CC3. ROOM 3.11
16:00h - 17:30h CC3. ROOM 3.11 Previa inscripción al congreso
Dc 03
11:30h
Congreso | Mediterranean Congress on Chemical Engineering (MeCCE)

Serendipities in Environmental Biotechnology: How Unexpected Observations Shaped Modern Wastewater Treatment: Conferencia Plenaria MeCCE

2026-06-03 11:30 2026-06-03 12:30 Europe/Madrid Serendipities in Environmental Biotechnology: How Unexpected Observations Shaped Modern Wastewater Treatment: Conferencia Plenaria MeCCE Some of the most transformative advances in environmental biotechnology were not originally planned, they were discovered. Unexpected observations, when interpreted with curiosity and scientific rigor, have repeatedly opened new directions in wastewater treatment. The activated sludge process itself emerged from early aeration experiments that unintentionally revealed the remarkable capacity of microbial communities to purify water. Later, surprising polyphosphate accumulation led to enhanced biological phosphorus removal, while unexpected microbial aggregation generated aerobic and anaerobic granular sludge systems. More recently, unexplained nitrogen and methane conversions revealed processes such as ANAMMOX, autotrophic denitrification and DAMO microorganisms. These examples illustrate how serendipity, guided by scientific insight, has played a decisive role in shaping modern environmental biotechnology. CC3. ROOM 3.11
11:30h - 12:30h CC3. ROOM 3.11 Previa inscripción al congreso
16:00h
Congreso | Mediterranean Congress on Chemical Engineering (MeCCE)

Brownfields Reimagined: Driving Decarbonization and Innovation in Industrial Clusters: Conferencia Plenaria MeCCE

2026-06-03 16:00 2026-06-03 17:30 Europe/Madrid Brownfields Reimagined: Driving Decarbonization and Innovation in Industrial Clusters: Conferencia Plenaria MeCCE text CC3. ROOM 3.11
16:00h - 17:30h CC3. ROOM 3.11 Previa inscripción al congreso
Dj 04
11:30h
Congreso | Mediterranean Congress on Chemical Engineering (MeCCE)

Artificial Intelligence, Hybrid Modelization, Paving the way to digital twin: Conferencia Plenaria MeCCE

2026-06-04 11:30 2026-06-04 12:30 Europe/Madrid Artificial Intelligence, Hybrid Modelization, Paving the way to digital twin: Conferencia Plenaria MeCCE text CC3. ROOM 3.11
11:30h - 12:30h CC3. ROOM 3.11 Previa inscripción al congreso
15:00h
Congreso | Mediterranean Congress on Chemical Engineering (MeCCE)

Metal-Organic Frameworks (MOFs): Industrialising a Class of Advanced Materials for Decarbonisation and Acceleration of the Energy Transition: Conferencia Plenaria MeCCE

2026-06-04 15:00 2026-06-04 16:00 Europe/Madrid Metal-Organic Frameworks (MOFs): Industrialising a Class of Advanced Materials for Decarbonisation and Acceleration of the Energy Transition: Conferencia Plenaria MeCCE Metal-organic frameworks (MOFs) are an exciting class of advanced materials showing significant potential for many gas capture applications due to their exceptionally high porosity and significant gas uptake capacities. These ground-breaking compounds earned their 3 pioneers the 2025 Nobel Prize in Chemistry. Yet industrial use of MOFs is only now being realised, due to historic low manufacturing volumes by batch methods, and associated high production costs. Promethean Particles is changing this paradigm by using its continuous-flow technology to produce MOFs at a scale and price point that enables their industrial deployment for CO2 capture, biogas upgrading, water capture, and gas storage applications. The real-world use of MOFs is now not only feasible, but also commercially viable CC3. ROOM 3.11
15:00h - 16:00h CC3. ROOM 3.11 Previa inscripción al congreso

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