Full Conference Agenda

• ​How can advanced pallet-wrapping solutions reduce damage while meeting the strict standards of the fertilizer industry? 

• ​What role does sustainable packaging technology play in reducing plastic waste and driving decarbonization? 

• ​How can innovative load-securing methods enhance logistics efficiency and minimize environmental impact? 

• ​What strategies can fertilizer companies adopt to balance operational reliability with sustainability goals in packaging? 

• ​What key factors drive the successful design and installation of a biosolids dryer system for fertilizer production? 

• ​How can biosolids drying technology improve sustainability and reduce waste in fertilizer manufacturing? 

• ​What operational challenges arise in producing biosolids fertilizer, and how can they be overcome? 

• ​How does converting dried sludge into fertilizer support decarbonization and circular economy goals in the industry? 

• ​How can autonomous robotics transform fertilizer and chemical application strategies to reduce environmental impact and optimize farm economics? 

• ​Can robots serve as precise, chemical-free weed management tools in large-scale crop production? 

• ​Can mechanical weed control become a scalable alternative to traditional chemical herbicide approaches? 

• ​How might robotic farming technologies accelerate the transition to regenerative agricultural practices while maintaining crop yield?  

• ​How can synthetic biology transform our approach to agricultural challenges by engineering biological solutions that adapt faster than traditional chemical interventions? 

• ​What opportunities exist for developing microorganisms that can simultaneously address crop protection, soil health, and carbon sequestration? 

• ​Can computational design and ultra-high-throughput genetic engineering create a new paradigm for sustainable agricultural technologies? 

• ​How might we leverage biology’s inherent adaptive capabilities to develop more resilient, efficient, and environmentally friendly agricultural solutions? 

● What barriers currently limit women’s participation and advancement in the fertilizer industry?

● How can companies create more inclusive hiring practices to attract female talent?

● What role do mentorship and leadership programs play in empowering women within the industry?

● How can the industry showcase the benefits of a diverse workforce to encourage broader cultural change?

• ​How can advancements in pump efficiency contribute to decarbonizing fertilizer production processes? 
• ​What strategies can fertilizer companies adopt to extend pump lifespan while reducing energy consumption and maintenance costs? 
• ​How do material innovations in pumps support sustainability goals, such as reducing emissions and improving process reliability? 
• ​What role does pump optimization play in achieving carbon-neutral operations within the fertilizer industry? 

• ​How can advancements in pump efficiency contribute to decarbonizing fertilizer production processes? 
• ​What strategies can fertilizer companies adopt to extend pump lifespan while reducing energy consumption and maintenance costs? 
• ​How do material innovations in pumps support sustainability goals, such as reducing emissions and improving process reliability? 
• ​What role does pump optimization play in achieving carbon-neutral operations within the fertilizer industry? 

• ​How can innovative microparticle technologies transform agricultural input efficiency while simultaneously reducing environmental impact? 

• ​What opportunities exist for reimagining crop nutrition and protection through advanced biotechnological delivery systems? 

• ​Can targeted biological innovations actually help farmers reduce chemical usage without compromising crop yield and economic performance? 

• ​How might next-generation biotechnology bridge the gap between agricultural productivity, environmental sustainability, and economic resilience? 

• ​How can green hydrogen revolutionize ammonia production and drive decarbonization in the fertilizer industry? 
• ​What are the key opportunities for ammonia as a hydrogen carrier and its role in global export strategies? 
• ​How can ammonia’s versatile applications, from direct fertilizer use to combustion and hydrogen recovery, support sustainability goals? 
• ​What are the pathways for leveraging green hydrogen and ammonia in a global strategy to decarbonize fertilizer production and beyond? 

• How can fertilizer companies leverage Yokogawa’s three-step approach to secure green and blue hydrogen funding and achieve positive FID?
• ​What role does a tailored business operations model play in reducing Opex while advancing industrial autonomy for your facilities?
• ​How can digital twins optimize process design for both economic performance and carbon intensity in fertilizer production? ​
• With 40% of industrial workers retiring in the next decade, how can autonomous operations future-proof your hydrogen investment strategy? 

• ​How can innovative microparticle technologies transform agricultural input efficiency while simultaneously reducing environmental impact? 

• ​What opportunities exist for reimagining crop nutrition and protection through advanced biotechnological delivery systems? 

• ​Can targeted biological innovations actually help farmers reduce chemical usage without compromising crop yield and economic performance? 

• ​How might next-generation biotechnology bridge the gap between agricultural productivity, environmental sustainability, and economic resilience? 

• What steps can fertilizer companies take to embrace innovation and integrate AI layers for continuous plant optimization? 

• What role do artificial intelligence and machine learning play in adapting operations to fluctuating operating conditions? 

• How software upgrades can deliver over 1% production gains and up to 10% efficiency improvements while driving sustainability in fertilizer production 

● How can high-efficiency fertilizers optimize resource use and contribute to yield enhancement in different environmental conditions?

● What role do biotechnological and chemical innovations play in improving plant performance and managing abiotic stress?

● How can we integrate soil health and plant nutrition strategies to ensure sustainable crop production while maximizing efficiency?

● How can collaboration between academic and industrial partners accelerate the development of high-efficiency fertilizers for global agricultural challenges?

How can advancements in fertilizer technology contribute to improving both soil health and crop yields in sustainable agriculture?What role do biologicals and other alternative soil amendments play in enhancing long-term soil fertility and productivity?

● How can data-driven farming practices, such as precision agriculture, support more effective nutrient management and boost crop performance?
● What are the key challenges and opportunities for integrating innovative soil health solutions into conventional farming systems?

• How can we redefine fertilizers to support both environmental sustainability and agricultural productivity? 

• What role does collaboration between farmers, technology providers, and corporations play in driving regenerative agriculture? 

• In what ways can translational science bridge the gap between scientific potential and commercial reality in agriculture? 

• How do we ensure the agricultural systems we build today will thrive in the world we want to live in by 2050? 

● How can enhanced efficiency phosphorus fertilizers address the challenges of resource scarcity and environmental impact?
● What are the latest advancements in phosphorus application methods to improve crop uptake and reduce soil runoff?
● How can precision agriculture and smart technologies optimize phosphorus usage, ensuring sustainability and cost-effectiveness?
● What partnerships and industry-wide collaborations are essential for driving phosphorus use efficiency in the fertilizer sector?

• ​How can environmentally friendly fertilizers balance economic viability with long-term sustainability for diverse agricultural regions? 

• ​What innovations in fertilizer technology are addressing the dual goals of crop yield improvement and reduced environmental impact? 

• ​In what ways can partnerships with governments, NGOs, and research institutions drive the adoption of safe and sustainable fertilizers? 

• ​How can the fertilizer industry advance food security and poverty alleviation through a focus on green technology and social impact? 

• How can adopting circular economy principles in fertilizer production reduce waste and drive decarbonization efforts? 

• What are the latest innovations in recycling and reusing by-products from fertilizer production to enhance sustainability? 

• How can integrating renewable energy sources into fertilizer manufacturing processes help achieve net-zero emissions targets? 

• What collaborations between industries are essential for creating closed-loop systems in the fertilizer sector, and how can they accelerate decarbonization goals?

● What innovative technologies are emerging to optimize nitrogen fertilizer application and reduce runoff, losses and increase use efficiency leading to more sustainable outcomes in agriculture
● How can enhanced efficiency fertilizers (EEF), with focus on inhibitors, help reduce the impact of nitrogen fertilizer use on environment and climate while maintaining high productivity levels?
● What opportunities exist for integrating smart technologies and advanced agronomy to improve sustainability in food production?

● Building a low carbon blue ammonia plants with carbon capture and sequestration

● How can carbon sequestration be integrated into the fertilizer production process?

● What are the technological challenges and opportunities in carbon sequestration?

● How does carbon sequestration impact the overall sustainability of fertilizer?

● How can collaborative efforts drive sustainable growth in the fertilizer industry?

● Can we accelerate change by implementing advancements in sustainable fertilizer production one step at a time, rather than waiting for breakthroughs?

● What role does gradual adoption of new technologies play in industry progress?

● How can we foster a culture of continuous improvement in the fertilizer industry?

● How do biodegradable polymers improve soil health and nutrient retention?
● What are the biggest challenges in scaling biodegradable polymers for commercial use?
● How can polymers reduce environmental impact while enhancing crop yield?
● What role do polymers play in advancing sustainable soil health solutions?
● How can polymers be integrated into existing fertilizer formulations for efficiency?

• What Makes Humic Acids and Leonardite Transformative for Soil Health? 

• How Can These Materials Improve Nutrient Efficiency and Crop Performance? 

• What Innovations Are Driving Their Use in Sustainable Fertilizers? 

• How Do They Complement Industry Goals for Sustainability and Growth? 

• ​Innovative fertilizer technologies  

• ​Improving nutrient efficiency  

• ​Minimising environmental impacts 

• ​Showcasing the latest pilot projects and research at IFDC 

• ​How is digitalization transforming the syngas industry’s safety, efficiency, and performance? 

• ​What role do Operator Training Simulators play in enhancing operator skill and reducing downtime? 

• ​How does a Digital Twin, like the Process Monitor, contribute to optimizing plant operations and detecting anomalies? 

• ​What broader impact could these digital tools have on the global syngas sector? 

• ​What are the primary agricultural problems that need to be solved? 

• ​What types of AgTech startups have recently secured venture funding? 

• ​Which technologies farmers would most benefit from in 2025? 

● How can collaboration across the value chain enhance sustainable procurement efforts?
● What best practices can procurement leaders adopt to align with sustainability goals?
● How can technology and data transparency drive accountability in procurement?
● What role does sustainable procurement play in fostering long-term resilience in agrifood systems?

• ​How can AI-powered predictive design and multiplex gene editing transform crop resilience in the face of climate change? 

• ​What technological innovations enable us to design seeds that dramatically reduce agricultural input requirements while maintaining and increasing crop yields? 

• ​Can gene editing offer a sustainable solution to global food security challenges by creating crops that naturally adapt to changing environmental conditions? 

• ​How might precise, targeted genetic modifications help farmers become more economically resilient in an increasingly unpredictable agricultural landscape? 

• ​How can natural volcanic materials revolutionize soil health, crop productivity, and permanent carbon removal simultaneously? 

• ​What opportunities exist for farmers to leverage geological processes as a sustainable solution for agricultural challenges and climate mitigation? 

• ​Can innovative soil amendments create a new paradigm for crop nutrition that goes beyond traditional fertilization approaches? 

• ​How might accelerated natural weathering technologies provide a holistic solution to improving agricultural resilience and environmental sustainability? 

● How can cost-efficient safety innovations, such as automation and AI, be integrated into existing systems?

● How can predictive maintenance technologies reduce the frequency and duration of shutdowns?

● What strategies are effective in reducing operational costs without compromising safety standards?

● How can predictive maintenance minimize downtime and enhance operational reliability in fertilizer plants?

● What role does innovative technology play in transforming traditional maintenance practices into proactive, cost-saving strategies?

● How can manufacturers balance the need for cost-effective maintenance with stringent safety and environmental regulations?

● What are the best practices for integrating emerging technologies into fertilizer manufacturing to improve long-term reliability?

● How is the Villeta plant leveraging 120 MW of clean hydroelectric power from the Itaipu dam to revolutionize fertilizer production?

● What innovative technologies are being used to transform Paraguay’s agricultural market with green ammonia and hydrogen?

● How does this project reduce the environmental impact of fertilizer production while meeting the region’s growing demand?

● Can Villeta’s model for renewable energy-powered fertilizer production inspire a sustainable future for global agriculture?

● What key factors are driving the growth and evolution of the fertilizer market in Africa, and how are local and global players responding?

● How are new technologies and innovations shaping fertilizer production, distribution, and usage across African agricultural markets?

● What are the main challenges faced by African farmers in accessing fertilizers, and how are governments and industry addressing these barriers?

● How is the African fertilizer market adapting to sustainability trends, including reducing carbon emissions and promoting eco-friendly products?

● What innovative technologies and processes are currently being adopted to reduce carbon emissions in fertilizer manufacturing?

● How can the fertilizer industry transition toward low-carbon or carbon-neutral production while maintaining cost-effectiveness and scalability?

● What role does carbon capture, utilization, and storage (CCUS) play in mitigating emissions from fertilizer plants, and how widespread is its adoption?

● How can industry stakeholders, including governments and private companies, collaborate to accelerate the decarbonization of fertilizer production?

● How are advancements in technology being integrated into fertilizer manufacturing?

● How are the latest innovations in plant technology helping to reduce carbon emissions in fertilizer production?

● What new manufacturing processes are being developed to minimize energy consumption and enhance sustainability?

● In what ways can smart technologies and digital platforms optimize fertilizer application and reduce environmental impact?

● What cost savings and reliability improvements can ammonia plants achieve by switching to a non-phosphorus cooling water treatment?
● How does removing the cold lime softener impact water use, discharge rates, and overall plant operations?
● What environmental benefits does a non-phosphorus approach offer, including reduced phosphorus discharge and lime sludge management?
● How can this cooling water treatment approach enhance operational efficiency and worker safety in ammonia production?

● How can water-soluble fertilizers (WSFs) enhance precision agriculture and improve nutrient-use efficiency for higher crop yields?
● What innovative technologies and formulations are emerging in the WSF market to address climate change and environmental sustainability challenges?
● How can WSFs support the shift toward regenerative farming practices and reduce the environmental impact of conventional fertilizers?
● What strategies can producers and distributors adopt to overcome supply chain challenges and scale the adoption of WSFs globally?

● How can wastewater recycling and reuse in ammonia synthesis reduce environmental impact and support sustainability goals?
● What innovative wastewater treatment technologies are available to minimise energy consumption and emissions in fertilizer production?
● How can ammonia plants balance wastewater management with regulatory compliance while maintaining operational efficiency?
● What role does closed-loop water systems play in achieving sustainability and reducing the water footprint in ammonia synthesis?

● How can Stamicarbon’s technologies enable cost-effective production of blue and green ammonia with reduced environmental impact?
● What role do efficiency gains and smart technologies play in reducing emissions and improving sustainability in ammonia production?
● How can carbon capture and renewable energy integration in blue and green ammonia production support industry-wide decarbonization?
● What strategic partnerships and policy frameworks are essential for scaling blue and green ammonia solutions in global markets?

● What are nitrogen stabilizers/inhibitors? How do they work? What is their adoption across Latin America?
● What benefits do they bring? How are they improving yields?
● What are the innovation in this space? What are the challenges for adoption?

● What are the cost implications of producing green vs. blue ammonia?

● How does green and blue ammonia compare in terms of environmental impact?

● What markets are driving demand for green and blue ammonia?

● How can pricing models evolve to make green and blue ammonia more competitive?

● How can emerging technologies in green ammonia production, such as electrolysis and renewable energy integration, reduce the fertilizer industry’s reliance on fossil fuels?

● What new commercial applications of ammonia, beyond its traditional use in fertilizers, have the potential to drive market expansion and support sustainability goals?

● What strategic partnerships and industry-wide collaborations are necessary to accelerate the adoption of ammonia-based solutions for decarbonisation across the fertilizer value chain?

● What regulatory and policy frameworks are needed to incentivise investment in ammonia infrastructure and innovation, ensuring a smoother transition to a more sustainable future?

● What are the key advantages of biofertilizers over traditional fertilizers?
● How can biofertilizers contribute to soil health and biodiversity?
● What are the challenges in scaling up biofertilizer production and use?
● How do biofertilizers fit into a larger sustainable agriculture framework?

● What are the emerging technologies that could revolutionise fertilizer production and use?

● How can digital tools and data analytics enhance sustainability outcomes?

● What role does research and development play in creating low-carbon and sustainable fertilizer solutions?

● How can companies foster a culture of innovation to continuously improve their sustainability efforts?

● What are the most innovative strategies for achieving decarbonization in fertilizer production?

● How can sustainability be integrated into the core business strategies of fertilizer companies?

● What role will policy and regulation play in shaping a sustainable future for the fertilizer industry?

● How can innovation drive both decarbonization and sustainability efforts?

● How are new fertilizers improving crop yields?

● What innovations are addressing the specific needs of different regions?

● How can these new products contribute to sustainability goals?

● What are the barriers to adoption of new fertilizer products in the market?

● How can companies align with international and national regulations like CBAM and IRA?

● How will he fertilizer industry comply with RED III ?

● How can policymakers and industry collaborate to achieve sustainability goals?

● What partnerships are essential for accelerating the decarbonization journey?

● What lessons can be learned from successful policy frameworks globally?

● How can the industry transition away from fossil fuels while maintaining cost-effectiveness?