Agricultural Fertiliser Production
Richard Skiba
This audiobook is narrated by a digital voice.
Feeding a growing global population requires more than just fertile land—it demands a deep understanding of the science, engineering, and sustainability behind modern fertiliser production. Agricultural Fertiliser Production: Principles, Processes, and Practice offers a comprehensive and accessible exploration of how essential plant nutrients are developed, manufactured, and applied in contemporary agriculture.
Bridging the gap between scientific theory and real-world application, this book guides readers through the fundamentals of soil chemistry, plant nutrition, and nutrient cycles, before progressing into the industrial processes that underpin fertiliser production. From the Haber–Bosch process for ammonia synthesis to phosphate and potash extraction, the text examines the technologies, raw materials, and systems that drive global fertiliser supply.
Recognising the complexity of modern agriculture, the book also explores environmental considerations, including nutrient efficiency, emissions, and the role of sustainable practices such as enhanced-efficiency fertilisers and precision agriculture. Practical insights into blending, formulation, logistics, and application ensure relevance for both industry professionals and learners.
Ideal for students, practitioners, and anyone interested in the intersection of agriculture, chemistry, and industry, this book provides the knowledge needed to understand and contribute to one of the most critical sectors supporting global food security.
Duration - 15h 21m.
Author - Richard Skiba.
Narrator - Digital Voice Cole G.
Published Date - Thursday, 01 January 2026.
Copyright - © 2026 Richard Skiba ©.
Location:
United States
Description:
This audiobook is narrated by a digital voice. Feeding a growing global population requires more than just fertile land—it demands a deep understanding of the science, engineering, and sustainability behind modern fertiliser production. Agricultural Fertiliser Production: Principles, Processes, and Practice offers a comprehensive and accessible exploration of how essential plant nutrients are developed, manufactured, and applied in contemporary agriculture. Bridging the gap between scientific theory and real-world application, this book guides readers through the fundamentals of soil chemistry, plant nutrition, and nutrient cycles, before progressing into the industrial processes that underpin fertiliser production. From the Haber–Bosch process for ammonia synthesis to phosphate and potash extraction, the text examines the technologies, raw materials, and systems that drive global fertiliser supply. Recognising the complexity of modern agriculture, the book also explores environmental considerations, including nutrient efficiency, emissions, and the role of sustainable practices such as enhanced-efficiency fertilisers and precision agriculture. Practical insights into blending, formulation, logistics, and application ensure relevance for both industry professionals and learners. Ideal for students, practitioners, and anyone interested in the intersection of agriculture, chemistry, and industry, this book provides the knowledge needed to understand and contribute to one of the most critical sectors supporting global food security. Duration - 15h 21m. Author - Richard Skiba. Narrator - Digital Voice Cole G. Published Date - Thursday, 01 January 2026. Copyright - © 2026 Richard Skiba ©.
Language:
English
Agricultural Fertiliser Production
Duration:00:00:02
Introduction
Duration:00:03:50
Chapter 1 – Introduction to Fertilisers and Global Agriculture
Duration:00:03:23
Role of Fertilisers in Modern Agriculture
Duration:00:15:30
Historical Development of Fertiliser Use
Duration:00:15:49
Overview of Macro-, Secondary-, and Micronutrients
Duration:00:23:55
Global Fertiliser Demand and Food Security
Duration:00:12:05
Sustainability Challenges in Fertiliser Production
Duration:00:04:44
Chapter 2 – Soil Science and Plant Nutrition
Duration:00:02:51
Soil Composition and Structure
Duration:00:16:57
Nutrient Cycles (Nitrogen, Phosphorus, Potassium)
Duration:00:16:23
Soil Fertility and Deficiency Symptoms
Duration:00:23:18
Soil Profile Layers (O, A, B, C, R Horizons)
Duration:00:07:28
pH, Salinity, and Nutrient Availability
Duration:00:13:54
Interaction between Soil Biology and Fertilisers
Duration:00:12:03
Chapter 3 – Classification of Fertilisers
Duration:00:02:29
Classification Overview
Duration:00:05:56
Organic vs Inorganic Fertilisers
Duration:00:06:01
Straight, Compound, and Blended Fertilisers
Duration:00:12:55
Controlled-Release and Slow-Release Fertilisers
Duration:00:04:07
Liquid vs Solid Fertilisers
Duration:00:09:56
Biofertilisers and Emerging Products
Duration:00:20:35
Chapter 4 – Raw Materials and Feedstocks
Duration:00:02:40
Natural Gas (Ammonia Production)
Duration:00:09:32
Phosphate Rock Sources and Beneficiation
Duration:00:26:07
Potash Mining and Processing
Duration:00:07:34
Sulphur and Other Industrial Inputs
Duration:00:08:15
Supply Chains and Geopolitical Considerations
Duration:00:05:04
Chapter 5 – Ammonia Production (Haber–Bosch Process)
Duration:00:01:51
Overview of Ammonia Production (Haber–Bosch Process)
Duration:00:07:14
Chemistry of Ammonia Synthesis
Duration:00:15:00
Steam Methane Reforming (SMR)
Duration:00:10:13
Hydrogen Production and Purification
Duration:00:16:32
Reactor Design and Catalysts
Duration:00:16:00
Energy Consumption and Efficiency Improvements
Duration:00:08:11
Small Scale Implementation
Duration:00:11:16
Chapter 6 – Nitrogen Fertiliser Production
Duration:00:01:50
Urea Production Process
Duration:00:33:55
Ammonium Nitrate and Ammonium Sulphate
Duration:00:18:47
Nitric Acid Production (Ostwald Process)
Duration:00:07:17
Granulation and Prilling Techniques
Duration:00:11:47
Storage, Handling, and Safety Risks
Duration:00:16:51
Structuring a Urea Manufacturing Operation
Duration:00:16:40
Chapter 7 – Phosphate Fertiliser Production
Duration:00:02:13
Mining and Beneficiation of Phosphate Rock
Duration:00:16:22
Types of Fertilisers Made from Phosphate Rock
Duration:00:03:50
Wet-Process Phosphoric Acid Production
Duration:00:43:59
Superphosphate (SSP, TSP) Manufacturing
Duration:00:16:43
DAP and MAP Production
Duration:00:28:21
Impurities and Environmental Issues (e.g., Phosphogypsum)
Duration:00:07:21
Chapter 8 – Potash Fertiliser Production
Duration:00:02:55
Potash Fertiliser
Duration:00:03:38
Potash Ore Types (Sylvinite, Carnallite)
Duration:00:18:24
Mining Methods (Conventional, Solution mining)
Duration:00:06:54
Processing and Refining Potassium Salts
Duration:00:04:11
Production of MOP (KCl) and SOP (K₂SO₄)
Duration:00:34:13
Market Applications and Crop Requirements
Duration:00:09:47
Chapter 9 – Fertiliser Blending and Formulation
Duration:00:03:30
Bulk Blending vs Chemical Granulation
Duration:00:07:17
NPK Formulation Strategies
Duration:00:10:27
Additives and Coating Technologies
Duration:00:05:22
Quality Control and Uniformity
Duration:00:04:37
Custom Fertiliser Solutions for Crops
Duration:00:19:10
Chapter 10 – Fertiliser Application Technologies
Duration:00:01:47
Broadcasting, Banding, Fertigation
Duration:00:23:58
Precision Agriculture and Variable Rate Technology (VRT)
Duration:00:12:20
Timing and Efficiency of Nutrient Uptake
Duration:00:12:10
Minimising Losses (Leaching, Volatilisation)
Duration:00:05:39
Chapter 11 – Environmental and Sustainability Considerations
Duration:00:02:38
Greenhouse Gas Emissions (e.g., N₂O, CO₂)
Duration:00:05:28
Water Pollution and Eutrophication
Duration:00:08:26
Waste Management and By-products
Duration:00:05:05
Green Ammonia and Low-Carbon Fertilisers
Duration:00:18:59
Circular Economy Approaches
Duration:00:10:43
Chapter 12 – Industry Trends, Regulation, and Future Innovations
Duration:00:02:19
Global Fertiliser Regulations and Standards
Duration:00:29:16
Supply Chain and Market Dynamics
Duration:00:14:33
Digital Agriculture Integration
Duration:00:09:14
Biotechnology and Enhanced-Efficiency Fertilisers
Duration:00:13:05
Future Outlook: Sustainable Intensification
Duration:00:09:43