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CLASS NAME

KEYWORDS

DESCRIPTION

L2B.03: Policies and Roadmaps for Sustainable Nitrogen Management

Taught by: David Kanter

“Policies and roadmaps for sustainable nitrogen management” introduces the central challenges of creating policies to address nitrogen pollution.

L2A.15: From Secondary Sources to Recycled Fertilizers

Taught by: Mickey Vinocour

This class explores the transition from traditional to sustainable fertilizer production using secondary sources. Students will examine macro trends analysis on land and water pollution, ammonia and greenhouse gas emissions, geopolitical resource scarcity, and the inventory of secondary sources like agricultural waste and industrial by-products.

L2A.14: Scope 3 Emissions Reporting

Taught by: Tom Bruulsema, Paddy Ellen, Thomas Hegarty

This class will examine fertilizer emissions in the field, with a focus on emissions from the soil during fertilizer application and possible solutions from the fertilizer industry.

L2A.13: Scope 1&2 Emissions Reporting

Taught by: Viktorija Stojcheva

This class will dive into topics regarding greenhouse gas foot printing, carbon foot printing and Science Based Targets (SBT’s) Initiative.

L2A.12: Net Zero Emissions

Taught by: Matt Rellaford

This class, gives an overview of carbon markets, their role in agriculture, and how they fit with reducing greenhouse gas emissions resulting from fertilizer application.

L2A.08: Sustainable Mining

Taught by: Abdelhadi Khaldoun

This course is developed with the aim to provide participants with the main basics and challenges related to sustainable mining.

L2A.05: Sustainable Ammonia Production – Part 2

Taught by: Gerardo Duarte

This class will go into the why the production of nitrogen-based fertilizers and fertilizers itself shall adapt to our changing world.

L2A.04: Sustainable Ammonia Production – Part 1

Taught by: Kevin Rouwenhorst

Introduction to new ways of ammonia production, its role in the future of energy landscapes and the technology to synthesize low carbon ammonia

L1.09: AI in the Fertilizer Industry

Taught by: Debasis Bhaumik

The class "AI in the Fertilizer Industry" discusses the rise of adoption of Artificial Intelligence (AI) in the fertilizer industry. This class explores how AI technologies are used in various domains within fertilizer industry thereby promoting sustainable practices. Students will gain an understanding of how AI is used to optimize asset health, automate operations, increase efficiency and productivity of people, and improve environmental monitoring practices.

L1.03: Sustainability for Fertilizers

Taught by: Volker Andresen

We are living in unprecedented times with a list of seemingly unsolvable problems like climate change and food security growing, and the pressure on the fertilizer industry to become a significant part of the global solution is rising. Is our license to operate at risk or is this the right time to revise all? In this class, students will discover how the UN Sustainable Development Goals (SDGs) relate to fertilizers, what the present sustainability advancements in our fertilizer business are, and how fertilizer production and use may evolve the next 30 years.

individual
enrollment

Enroll as an individual and gain immediate access to all available SFA content. Learn at your own pace, earn certifications, and stay up to date with the latest developments in sustainable fertilizer practices.

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Company
access

Through our Company Access option, organizations can integrate SFA classes into their internal training programs, equipping their teams with industry-leading knowledge on sustainable fertilizer practices. This training can also be included in team KPIs and sustainability performance goals.
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