Complete Technology Handbook on Fertilizers Production with Detailed Manufacturing Process (Ammonium Sulphate, Diammonium Phosphate, Urea - Ammonium Nitrate, Single Superphosphate, Neem Coated Urea, NPK Fertilizers, Magnesium Sulfate)

In an ever-growing world, where the demand for food and agriculture is paramount, the role of fertilizers cannot be overstated. Fertilizers provide the vital nutrients necessary for plant growth, improving crop yields, and ensuring food security on a global scale. Understanding the science and technology behind fertilizer production is crucial, not just for the agribusiness sector but for every individual who relies on a stable food supply.

This comprehensive book, "Complete Technology Handbook on Fertilizers Production with Detailed Manufacturing Process," delves into the fascinating world of fertilizers, uncovering the complex processes and technologies that transform raw materials into the nutrient-rich compounds that fuel our agriculture. Fertilizers have a profound impact on the world's food production, and this book unravels the intricate web of knowledge essential for anyone involved in or curious about this field.

Exploring the Fertilizer Landscape

The book starts by providing an introduction to the world of fertilizers, tracing the history of their use and the various types available. Readers will discover the essential distinction between organic and inorganic fertilizers, understanding their individual roles in modern agriculture. It delves into the diverse range of nitrogen, phosphorus, and potassium fertilizers, giving insight into the industrial processes that lead to their production.

From Idea to Reality

For aspiring entrepreneurs and business enthusiasts, the book takes you through the journey of starting a fertilizer manufacturing business. It outlines the investment requirements, the importance of research, licensing, and location selection. This part of the book provides a strategic roadmap for those who want to venture into the fertilizer industry.

The Fertilizer Technology Spectrum

One of the most critical sections of this book is dedicated to understanding the technology behind fertilizers. Readers will learn about fertilizer grades, specifications, and essential terminology, which form the foundation of this industry. This knowledge is vital for producing fertilizers that meet the needs of different crops and soil conditions.

Market Trends and Analysis

In the dynamic world of agriculture, keeping an eye on market trends and analysis is essential. This book explores key trends and market analysis, providing insights into the global fertilizer market. Readers will gain a deeper understanding of market segmentation, product types, and competitive landscapes.

Exploring the Science of Fertilizers

Chapters on chemical fertilizers offer detailed insights into major nutrients and micronutrients, shedding light on their chemical properties, uses, and applications. The book covers not only the science behind fertilizers but also practical aspects of fertilizer material sources and the calculations involved in fertilizer application.

Discovering the Potential of Manure

Manure, often overlooked but a valuable source of organic nutrients, takes center stage in this book. Readers will learn about the factors affecting manure production, its composition, and the benefits and disadvantages of using manure-based fertilizers.

From Laboratory to Field

For those interested in understanding specific compounds and their production processes, the book offers in-depth chapters on various fertilizers, such as ammonium phosphate, ammonium sulfate, single superphosphate, zinc sulfate, and many more. These chapters break down the chemical processes involved in manufacturing these fertilizers, highlighting their properties and applications.

In-Depth Economics and Market Insights

This book not only provides comprehensive knowledge about fertilizer technology but also delves into the economics of fertilizer plants. Readers will learn about the investments required, capital expenditure, working capital, and potential turnover, making it a valuable resource for entrepreneurs and investors.

In conclusion, this book is a valuable resource for professionals, students, researchers, entrepreneurs, and anyone interested in the fascinating world of fertilizer production. It offers a holistic view of the science, technology, economics, and applications of fertilizers, serving as an indispensable guide in a world where agriculture plays a critical role in our daily lives.

We hope this book provides the knowledge you seek, whether you are a newcomer or a seasoned professional in the field of fertilizer production. As we embark on this journey, may the insights gained from these pages contribute to the growth and success of your endeavors in agriculture, and ultimately, to the sustenance of a growing global population.

Complete Technology Handbook on Fertilizers Production with Detailed Manufacturing Process contains chapters on How to Start a Fertilizer Manufacturing Business?, Fertilizer Technology, Market Outlook, Chemical Fertilizers, Fertilizer Material, Ammonium Chloride (NH4Cl), Ammonium Phosphate ((NH4)3PO4), Ammonium Sulfate ((NH4)2SO4), Ammonium Sulfate Manufacturing, Diammonium Phosphate (DAP) ((NH4)2HPO4), Di-Ammonium Phosphate (DAP) Preparation, DAP Fertilizer Manufacturing, Urea- Ammonium Nitrate, Neem Coated Urea, Urea Fertilizer Process Selection and Economic Aspects, Neem Seed Oil Mill Plant, N.P.K. Complex Fertilizers, Potassium Chloride, Single Superphosphate (SSP), Single Super Phosphate (SSP) Manufacturing Process, Triple Superphosphate (TSP), Zinc Chloride (ZnCl2), Zinc Sulphate (ZnSO4), Zinc Sulphate Monohydrate, Magnesium Sulfate, Liquid Fertilizer Production (Liquefaction), Organic Fertilizer, Manure Production, Classification of Manure, Crop Nutrient Production, ISO Standards for Fertilizer, Fertilizer Standards List, Factory Layout and Process Flow Chart and Diagrams, Plant Economics of Ammonium Nitrate, Plant Economics of Ammonium Sulphate Plant, Plant Economics of Biofertilizer, Plant Economics of Diammonium Phosphate (DAP), Plant Economics of NPK Fertilizer, Plant Economics of NPKS Mix Fertilizer, Plant Economics of Single Super Phosphate & Sulphuric Acid, Plant Economics of Urea Fertilizer Plant, Plant Economics of Zinc Sulphate Monohydrate.

Chapter 1

Introduction 

• History 
• Types of Fertilisers 
• Organic Fertilizers 
• Inorganic Fertilisers 
• Nitrogen Fertilisers 
• Inorganic fertilizers 
• Phosphorus Fertiliser
• Industrial waste
• Municipal sludge 
• Inorganic Fertilisers 
• Nitrogen fertilizers 
• Ammonium nitrogen fertilizer 
• Ammonium bicarbonate 
• Ammonium sulfate fertilizer 
• Ammonium chloride 
• Nitrate nitrogen fertilizer 
• Sodium nitrate 
• Calcium nitrate 
• Amide nitrogen fertilizer 
• Phosphorus fertilizer 
• Contents-cum-Index Water soluble phosphorous fertilizer 
• Calcium superphosphate 
• Triple superphosphate 
• Mixing soluble phosphate fertilizer 
• Citrate-soluble phosphatic fertilizer 
• Potassium fertilizer 
• Muriate of potash 
• Potassium sulphate 
• Advantages of Fertilisers 
• Disadvantages of Fertilisers 
• Uses of Fertilisers 
• Importance of Fertilizers; 

Chapter 2

How to Start a Fertilizer Manufacturing Business? 

• Types of Fertilizers to Start Your Business in Fertilizer Industry  
• Fertilizer Market in India  
• How to Start a Fertilizer Company?  
• Fertilizer Business Investment & Requirements 
• Conduct Research 
• Create a Business Plan
• Legal Process
• Company Naming & License 
• Find a Suitable Location 
• Raw Material Supply for Fertilisers 
• Packaging & Distribution 
• Promotion of the Fertilisers 
• Fertilizer License 
• Source for supply of organic fertilizer raw materials 
• Where will the Business be Located? 
• How to Start Production?  
• Production Capacity Planning? 
• Plant Layout Designing - Three Designs for Your Reference 
• Medium Size Plant
• Small Plant with capacity 
• Large Plant with capacity: 50,000 tons per year 

Chapter 3

Fertilizer Technology 

• Fertilizer Grade 
• Fertilizer Specifications 
• Terminology and Definitions 

Chapter 4

Market Outlook 

• High Commodity Prices Support Demand 
• Key Trends in the Market 
• Market Analysis  
• Market Share by Formulation 
• Market Share by product 
• Competitive Landscape 
• The fertilizer market is segmented into Application, Type and Form 
• Key benefits for stakeholders 
• Global Fertilizer Market, by Type  
• Global Fertilizer Market, by Form 
• Global Fertilizer Market, by Application  
• Global Fertilizer Market, Regional Insights  

Chapter 5

Chemical Fertilizers 

• Introduction  
• Major Nutrients (NPK) 
• What does N-P-K stand for?  
• Diammonium Phosphate 
• Urea 
• Potash 
• Ammonium Sulphate 
• Ammonium Chloride
• Rock Phosphate 
• Super Phosphate 
• Complex Fertilizer 
• Foliar Application 
• Secondary Nutrients 
• Foliar Application 
• Micro Nutrients  
• Zinc Sulphate heptahydrate (21%) 
• Zinc Sulphate Monohydrate (35%) 
• Zinc, Copper – EDTA 
• Zincon™ 
• Copper sulphate (24%) 
• Manganese Sulphate Monohydrate (33%) 
• Ammonium Molybdate (52%)
• Sodium Molybdate 
• Borax (10.5%) 
• Boric Acid (17%) 
• Classification of Fertilizers 
• Straight Fertilizers 
• Types of Straight fertilizer
• Compound fertilizer 
• Nitrogenous fertilizer 
• Ammoniacal fertilizers 
• Nitrate Fertilizers 
• Ammoniacal and nitrate fertilizers 
• Amide fertilizers 
• Phosphatic fertilizers 
• Potassic fertilizers 
• Secondary major-nutrient fertilizers 
• Magnesium fertilizers 
• Magnesium Sulphate (MgSO4) 
• Calcium fertilizers 
• Sulphate Fertilizers 
• Micronutrient Fertilizers 
• Characteristics of Nitrogenous Fertilizers 
• Fertilizers Containing Water-Soluble Phosphorus Characteristics 
• Single superphosphate (SSP)  
• Double superphosphate (DSP) 
• Triple superphosphate (TSP) 
• Fertilizers Containing Citrate-Soluble Phosphorus Characteristics 
• Fertilizers Containing Insoluble Phosphorus Characteristics
• Potassic fertilizers 
• Sulphur Containing Fertilizers 
• Fertilizers Containing Sulphate 
• Ammonium Sulphate 
• Single Superphosphate 
• Ammonium Phosphate Sulphate 
• Potassium Magnesium Sulphate 
• Potassium Sulphate 
• Magnesium Sulphate 
• Sulphates of Micronutrients 
• Gypsum 
• Micronutrients Fertilizer 
• Sulphate (salts) 
• Oxysulphate 
• Oxide 
• Chelate 
• Manure 
• Other forms 
• Soil and tissue sampling 
• Plant tissue sampling guidelines 
• Boron (B) 
• Chloride (Cl) 
• Options for applying Cu under 0-till systems 
• Iron (Fe) 
• Manganese (Mn) 
• Molybdenum (Mo) 
• Zinc (Zn) 
• Sulphate (Salts) 
• Sulphate Ion Formula 
• Sulphate Structure 
• Properties of Sulphate 
• Physical Properties of SO4
• Chemical Properties of SO4 
• Preparation of Sulphate 
• Sulphate Examples 
• Chelate 
• Nutrient Content of Fertilizers 
• Organic Manures 
• Inorganic Fertilizers
• Compounds providing micronutrients  

Chapter 6

Fertilizer Material 

• Commercial fertilizer sources 
• Nitrogen Fertilizers 
• Anhydrous Ammonium 
• Ammonium sulfate 
• Ammonium phosphate 
• Potassium nitrate
• Calcium nitrate 
• Urea 
• Sulfur-coated urea 
• Phosphate 
• Rock phosphate (RP) 
• Superphosphate 
• Ammonium phosphate 
• Potassium 
• Calcium 
• Lime 
• Calcium Carbonate 
• Dolomite 
• Gypsum 
• Calcium nitrate 
• Superphosphates 
• Magnesium
• Sulfur 
• Micronutrient 
• Blends (Mixed Fertilizers) 
• Fertilizer Calculations 
• Fertilizer Application Calculations 
• Nitrogen (N) 
• Phosphorus (P) 
• Potassium (K) 
• Why the difference? 
• Organic sources 
• Nitrogen 
• Animal manure 
• Nitrogen Analysis 
• Organic Nitrogen 
• Unstable organic nitrogen 
• Stable organic nitrogen 
• Nutrient Composition of Various Types of Animal Manure and Compost (all values are on a fresh weight basis)
• Legume /green manure 
• Sewage sludge 
• Phosphorus 
• Animal manure 
• Sewage sludge 
• Microbial Phosphorus 
• Potassium 
• Manures 
• Sewage sludge 
• Sulfur 
• Calcium 
• Magnesium 
• Micronutrients 
• Distinctions between manure fertilizers and commercial fertilizers 
• Benefits and disadvantages of manure fertilizers 
• Benefits 
• Disadvantages 

Chapter 7

Ammonium Chloride (NH4Cl) 

• Formula and Structure 
• Occurrence 
• Preparation 
• Physical Properties 
• Chemical Properties 
• Health Effects/Safety Hazards 
• Ammonium Chloride Formula 
• Uses 
• Medical Uses 
• Metal Items 
• In the lab 
• Used as a Fertilizer 
• Chloride and Nitrogen 
• Medium-Strength Fertilizer 
• Crop Increase 
• Disease Prevention 
• Handling Ammonium Chloride Safety 
• Storage & Disposal 
• Preparation 
• Production 
• Production Method 
• Reaction 
• Application 
• Metalwork 
• Medicine 
• Food 
• In the laboratory 
• Flotation 
• Batteries 
• Other applications 

Chapter 8

Ammonium Phosphate ((NH4)3PO4) 

• Ammonium phosphate Structure 
• General Properties of Ammonium phosphate – (NH4)3PO4 
• Physical Properties of Ammonium phosphate – (NH4)3PO4 
• Chemical Properties of Ammonium phosphate - (NH4)3PO4 
• Uses 132
• How are Ammonium Phosphates Made 
• Structure and Formula 
• Production 
• Occurrence 
• Safety Hazards 
• Improve Soil Fertility 
• Improve Plant Nutrition 
• Process Description 
• Process Flow Diagram 
• Emissions and Controls 
• Average Controlled Emission Factors

Chapter 9

Ammonium Sulfate ((NH4)2SO4) 

• Ammonium Sulfate Structure 
• Chemical Data of Ammonium Sulfate
• Preparation of Ammonium Sulfate
• Chemical Properties of Ammonium Sulfate 
• Uses of Ammonium Sulfate 
• Laboratory use 
• Food additive 
• Other uses 
• Preparation 
• Production 
• Agricultural use 
• Management practices 
• Non-agricultural uses 
• Preparation 
• Making ammonium sulfate 
• Equipment and materials 
• Method 
• Reactions 
• Typical flow diagram for ammonium sulfate processes. 
• Benefits
• Applications 
• Precautionary statements 
• Emissions and Controls 

Chapter 10

Ammonium Sulfate Manufacturing 

• Crystallizer (DP Crystallizer/Oslo Crystallizer) 
• Structure and Principle 
• Features 
• Large circulation volume 
• Sharp distribution of grain sizes
• Crystallizer 
• Certainly scale-up 
• Applications
• Inorganic chemical 
• Organic chemical 
• Structure and Principle 
• Features 
• No mechanical crystal breakup 
• Applications 
• Oslo crystallizer 
• Evaporative crystallization: the FC 
• Evaporative crystallization: the DTB 
• Evaporative crystallization: the OSLO 
• Comparison between DTB and OSLO
• Ammonium Sulfate Production Methods 
• Properties and Applications
• Structural features 
• Reactions of ammonium sulfate 
• Physical and chemical characteristics 
• Other names 
• Identifiers 
• Features and Properties 
• Usages 
• As agricultural fertilizer 
• As a food additive: 
• Application of ammonium sulfate in industry: 
• Tips for using ammonium sulfate fertilizer in agriculture 
• Safety
• Packaging 
• Maintenance 
• Market: Purchase and sale of ammonium sulfate 
• Vibrating Fluidized Bed Dryer for Ammonium Sulfate 
• Flow Chart of Vibrating Fluid Bed Dryer 
• Features Fluid Bed Dryer 
• The Principle of Fluidized Bed Dryer 
• Related: Challenge Test of Solid Flow Monitor in Fluid Bed Dryer 
• Uniformity of Product Quality 
• Units and Operations 
• Fluid Bed Dryer: Inlet Air Handling Unit (AHU) 
• Fluid Bed Dryer: Primary filter (G4 filter) 
• Fluid Bed Dryer: Postfilter 
• Fluidized Bed Dryer: Dehumidifiers 
• Fluidized Bed Dryer: Fan 
• Fluidized Bed Dryer: Heating pipes 
• Fluidized Bed Dryer: HEPA Filter 
• Features 
• Applications 

Chapter 11

Diammonium Phosphate (DAP) ((NH4)2 HPO4) 

• Diammonium Phosphate Granules 
• Product Description 
• Flow diagram of DAP production 
• Chemical Properties 
• Agricultural Use 
• Management Practices 
• Non Agricultural Uses 
• Efficient Use 
• Properties 
• Applications 
• Advantages of DAP Fertilizer
• Disadvantages of DAP Fertilizer 
• Specification 

Chapter 12

Di-Ammonium Phosphate (DAP) Preparation

• Formulation 
• Equipment and materials 
• Method 
• Calculations 
• Applications 
• Storage & Handling 
• Restrictions 
• Specification

Chapter 13

DAP Fertilizer Manufacturing  

• Granules making machine 
• DAP fertilizer production 
• Main Process Details 
• Figure View of the coating phenomenon
• Typical drum granulationdrying circuit 
• Modeling 
• Fertilizer granulation process 
• Compound Fertilizer Granulator 
• Solid DAP Fertilizer Crush Machine 
• Fertilizer Chain Shredder Features 
• Working Process of Chain Fertilizer Crusher 
• DAP Fertilizer Mixing Machine 
• DAP Fertilizer Crush Machine 
• DAP Fertilizer Mixing Machine 
• Fertilizer Drying Machine for DAP Fertilizer Production Process 
• BB Fertilizer Mixer 
• BB Fertilizer Mixer 
• Advantages of Rotary Fertilizer Drying Machine 
• Hot Blast Furnace 
• Performance characteristics 
• Working principle 

Chapter 14

Urea – Ammonium Nitrate

• Production 
• Agricultural use 
• Management practices 
• Properties 

Chapter 15

Neem Coated Urea 

• Introduction 
• Production of Neem Coated Urea at NFL 
• Benefits 
• Greater Yield, Lower Costs, and Improved Soil Health 
• Advantage 
• Value Addition 

Chapter 16

Urea Fertilizer Process Selection and Economic Aspects

• Properties of urea 
• Physical properties of urea 
• Chemical properties of urea 
• Specific heat of urea 
• Uses of Urea 
• Process Technology 
• Process in general 
• Processes for the manufacture of urea 
• Once-through urea process: 
• Once through urea process 
• Solution recycle urea process
• Internal carbamate recycle urea process 
• Snam Progetti (Italy) 
• Snamprogetti process 
• Stamicarbon (Holland) 
• Stamicarbon process
• Mitsui Toatsu or Toyo Koatsu process (Japan) 
• Brief Plant Description 
• Capacity 
• Plant History 
• Process Technology 
• Consumption
• Stripper 
• Carbamate Condenser 
• Urea Manufacturing Process 
• HP Ammonia Pumps and Carbomate Pumps Piping 
• Process Selection 
• The Manufacturing Process 
• Conventional Processes 
• Once through Process
• Stamicarbon CO2–Stripping Process 
• Snamprogetti Ammonia and Self-Stripping Processes 
• Isobaric Double Recycle Process 
• ACES Process 

Chapter 17

Neem Seed Oil Mill Plant 

• Machines & Equipment required to Start Neem Oil Mill Plant 
• Neem Seed Oil Mill Plant Process 
• Neem Seed Oil Mill Plant Process Flowchart 
• Neem Seed Decorticator 
• Seed Cleaner 
• Filter Press with Pump 
• Steam Boiler 
• Bucket Elevator 
• Screw Conveyor 
• Control Panel 

Chapter 18

N.P.K. Complex Fertilizers  

• Uses 
• NPK Complex Fertiliser 
• NP-20 (Ammonium Phosphate Sulphate) Fertiliser
• NPK Complex Fertiliser 10:26:26 
• NPK fertilizer production process 
• Raw Materials 
• Raw Materials for NPK Fertilizer Granulating Line 
• NPK fertilizer granules blending line 
• Manufacturing Process of NPK Fertilizer Granulating Line 
• Double roller type dry NPK fertilizer granulation line 
• NPK Fertilizer Machines for Blending Method 
• Bulk Blending Fertilizer Mixer Machine 
• Automatic Batching Machine for Blending Fertilizer
• Drum Type NPK Fertilizer Granulator for Large Scale Fertilizer Production 
• The rotating drum granulation machine 
• Rotary Drum Fertilizer Pelletizer 
• Pan NPK Fertilizer Granulation Equipment
• Dry Type Roller Press Granulating Machine for NPK Fertilizer Granules Making
• Batching Equipment for Batching The NPK Fertilizer Powders 
• NPK Fertilizer Production Line 
• Introduction of 50,000 Tons/year NPK Fertilizer Production Line
• Main Components of 50,000 Tons/year NPK Fertilizer Production Line 
• NPK Fertilizer Manufacturing Process 
• Raw materials batching 
• Raw materials mixing and granulation 
• Fertilizer granules drying and cooling 
• NPK fertilizer granules screening and packaging 
• Manufacturing Process 
• NPK fertilizer granulating line
• NPK compound fertilizer granule automatic packaging machine 
• NPK fertilizer blending line 
• Fertilizer Batching Equipment 
• Fertilizer Mixer for Blending Plant 
• Fertilizer Chain Crusher 
• Processes after Granulating 
• Dry Granulation and Wet Granulation 
• Fertilizer mixer 
• Fertilizer Chain Crusher 
• Dry Granulation and Wet Granulation 
• Extrusion Granulation Technology 
• Wet Granulation 
• Rotary drum granulation technology 
• Disc pan granulation technology 
• Spray Granulation Technology 
• Tower Granulation Technology 
• Compound Fertilizers Granulation Process 
• NPK Fertilizer Granulation Process 
• Granulated SSP (single super phosphate) Making Process 
• SSP fertilizer granulation process 
• Benefits of SSP granules to crops/plants: 
• Chemical properties of SSP
• DAP Manufacturing Process 
• What are the Requirements for Setting up an NPK Complex Fertilizers Plant? 
• Components of NPK Production Line: 

Chapter 19

Potassium Chloride 

• Role in plant growth 
• Agricultural use 
• Production 
• Management practices 
• Non-agricultural use 
• Preparation of Potassium Chloride 
• Structure of KCl Molecules 
• Structure of Potassium Chloride 
• Properties of Potassium Chloride 
• Physical Properties 
• Chemical Properties 
• Uses of Potassium Chloride 
• Manufacture 
• Potassic fertilizers – manufacturing of KCl, K2SO4 and Schoenite 
• Technical data of the plant: 
• Potassium in the soil 
• Fertilizing Soils with Potassium 
• The potassium soil cycle 
• The Four Rs of Fertilizer Management 
• Right Source 
• Right Rate 
• Right Timing 
• Right Placement 
• Potassium Deficiency Symptoms 
• Potassium deficiency in a cannabis plant 
• Crop Response to Potassium 

Chapter 20

Single Superphosphate (SSP) 

• Production 
• Agricultural use 
• Management practices 
• Non-agricultural uses 
• Properties of Single Super Phosphate 
• Manufacturing 
• Raw materials 
• Rock Phosphate 
• Sulphuric acid 
• Blending and grinding of Rock Phosphate 
• Superphosphate production 
• Granulation 
• Storage and Handling 
• Uses of Single Super Phosphate 
• Agricultural Uses 
• Non-agricultural uses 
• Price of Single Super Phosphate 
• Role of Phosphorus 

Chapter 21

Single Super Phosphate (SSP) Manufacturing Process 

• Process Description for S.S.P 
• Chemistry of SSP Prodiction 
• Major Reaction 
• Minor Reactions
• Pollution Reaction 
• SSP Manufacturing Process 
• Ball Mill 
• Components of SSP Manufacturing Plant 

Chapter 22

Triple Superphosphate (TSP) 

• Production 
• Agricultural use 
• Management practices 
• Non-agricultural uses 
• Benefits of Triple Phosphate Fertilizer 
• Root Growth 
• Enhanced Resilience 
• Improved Flowers and Seeds 
• Manufacturing Process 
• Abundance of Nutrients 

Chapter 23

Zinc Chloride (ZnCl2) 

• Structure of Zinc Chloride Molecules 
• Zinc Chloride Structure 
• Zinc Chloride Preparation 
• Properties of Zinc Chloride 
• Chemical Data 
• Physical Properties of Zinc chloride 
• Chemical Properties of Zinc chloride 
• Uses of Zinc Chloride 
• Process 
• Process Flow Diagram 

Chapter 24

Zinc Sulphate (ZnSO4) 

• Properties of Zinc Sulfate 
• Physical Properties of Zinc Sulfate 
• Zinc Sulfate Uses 
• Methods of Application 
• Benefits 
• Zinc Sulphate Plant 
• Process Description 
• Micronutrients 
• Market Outlook: 
• Raw Materials: 
• Zinc Ash Specifications: 
• Manufacturing Process 
• Application 
• Zinc Sulphate Manufacturing Basics 
• Chemical Formula 
• Digester 
• Rubber Lined Mild Steel Tanks 
• Pump 
• Filter Press 
• Crystallizers 
• Chilling Plant 

Chapter 25

Zinc Sulphate Monohydrate  

• Producing process 
• Benefits 
• Equipments 
• Acid Storage Tank 
• EOT Crane 
• Reactors 
• Filter Press 
• Packaging Specifications 

Chapter 26

Magnesium Sulfate 

• Properties of Magnesium sulfate – MgSO4 
• Structure of MgSO4 Molecules 
• Uses of Magnesium Sulfate
• Health Hazards Associated with MgSO4 
• Chemical and physical properties 
• Features 
• Magnesium needs
• Magnesium Sulfate Heptahydrate (Epsom Salts) Agri Grade
• Properties: 
• Specification: 
• Application 
• Magnesium Sulfate Monohydrate (Epsom Salts) 
• Properties 
• Specification: 
• Application 
• Features of powder products 
• Magnesium Sulfate Anhydrous (Epsom Salts) 
• Properties 
• Application 
• Production of magnesium sulphate using brines 
• Chemical formula 
• Production process of the plant 
• Equipment for the production process 
• Production process of the proposed plant 
• Equipment flow of the proposed plant 
• Hydrates 
• Heptahydrate 
• Monohydrate 
• Undecahydrate 
• Enneahydrate 
• Natural occurrence 
• Preparation 
• Physical properties 
• Uses 
• Medical 
• Agriculture 
• Food preparation 
• Chemistry 
• Construction 
• Aquaria 
• Double salts 
• Role of Magnesium in Crops 
• Symptoms of magnesium deficiency 
• Magnesium Deficiency Symptoms 
• The role of magnesium in the soil 
• Magnesium in the soil 
• Generalized soil magnesium cycle representing Mg in the soil and where Mg may be applied or removed on an annual basis 
• Relationship of Magnesium to Calcium in Soils
• Magnesium Sulphate Manufacturing
• Manufacturing Process 
• Step - 1 Reaction
• Step - 2 :- Filtration Through Filter Press 
• Step - 3 Crystallization 
• Step - 4 Centrifugation 
• Raw Material Specification 
• Benefits 
• Market Outlook 
• Key Players: 
• Magnesium Sulphate Plant 

Chapter 27

Liquid Fertilizer Production (Liquefaction) 

• Liquid fertilizer facility 
• Example of liquification facility infrastructure 
• Complex Fertilizers 
• Colloidal Clay 
• Bentonite 
• Liquid Lawn Fertilizer vs. Granular 
• Granular fertilizer 
• Granular fertilizer 
• The Benefits of Granular Fertilizer 
• The Disadvantages of Granular Fertilizer 
• How to apply granular fertilizer 
• Liquid fertilizer
• Benefits of Liquid Fertilizer 
• Liquid Fertilizer 
• The Disadvantages of Liquid Fertilizer 
• How to apply liquid fertilizer 
• Types of Liquid Fertilizer 
• Liquid Fertilizer 
• Nitrogenous fertilizers 
• Nitrate Fertilizers 
• Amide fertilizers 
• Water-Soluble Fertilizer 
• Liquid Concentrate 
• Ready-To-Use 
• How Does Liquid Fertilizer Work? 
• However, there is a tradeoff
• The Benefits of Liquid Fertilizer 
• Apply Liquid Fertilizer 
• Different Types of Formulas

Chapter 28

Organic Fertilizer

• Concept and Definition of Organic Fertilizer
• Source of Organic Fertilizers 
• Importance of Organic Fertilizer 
• Role of Organic Fertilizer for Agriculture 
• Types of Organic Fertilizers 
• Chicken Litter 
• Benefits of Organic Fertilizers 
• Animal-Based Fertilizers 
• Bone Meal 
• Blood meal 
• Animal Manure 
• Fish meal 
• Fish Emulsion 
• Shellfish 
• Plant-Based Fertilizers 
• Mineral Fertilizers 

Chapter 29

Manure Production 

• Introduction 
• Factors That Affect Manure
• Composition
• Water Consumption 
• In-Barn Water Use 
• Livestock Bedding 
• In-Barn Drying Systems 
• Weather 
• Manure Storage Design 
• Microbial Decomposition and other Nutrient and Moisture Transformations 
• Settling of Solids – Liquid Pig Manure 
• Manure Sampling and Analysis 
• General Guidelines for Sampling Manure 
• Sampling Well Agitated Liquid Manure
• Sampling Partially Agitated Liquid Manure 
• Sampling Manure from Multi-Celled Systems 
• Sampling Solid Manure 
• Laboratory Analyses for Manure 
• Rapid In-Field Testing of Liquid Manure 
• Moisture and Dry Matter Content 
• Nitrogen 
• Carbon to Nitrogen Ratios and Nitrogen Availability from Manure 
• Distribution of C:N ratios for 93 manure samples collected from beef cattle farms
• Phosphorus Forms in Manure 
• C:N Ratio of Solid Beef Manure 
• Potassium 
• Sulphur 
• Micronutrients and Other Trace Elements in Manure 
• Salts in Manure 
• Mean, median, maximum and minimum Sodium Adsorption Ratios for liquid pig manures
• By-Products of Manure Treatment 
• Composting
• Solid-Liquid Separation 
• Distribution of total P in liquid pig manure by particle size 
• Centrifuge 
• Rotary Press 
• VP Systems Air Floatation and Belt Filter Press 
• Gravity Separation 
• Anaerobic Digestion 

Chapter 30

Classification of Manure 

• Concept of terms ‘Manure’ and ‘Fertilizer’ 
• Definition of Manure and Fertilizer 
• Definition of Fertilizer 
• Manures 
• Nitrogenous fertilizers 
• Phosphatic fertilizers 
• Definition of Amendments 
• Amendments or soil conditioners 
• Benefits of Manuring 
• Classification of Manures and Fertilizers 
• Classification-I 
• Farm Manure 
• Chemical Fertilizer 
• Classification-II 
• Complete Manure 
• Incomplete Manure 
• Classification-III 
• General Manures 
• Specific Manure 
• Classification-IV 
• Vegetable Manure 
• Animal Manure 
• Mineral manure 
• Classification-VI 
• Organic Manure 
• Inorganic Manures 
• Classification-VI 
• Bulky organic manures 
• Difference between Organic Manures and Chemical Fertilizers 
• Farmyard Manure 
• Compost 
• Sheep and Goat Manure 
• Poultry Manure 
• Availability of nutrients in chicken manure 
• Concentrated Organic Manures 
• Concentrated Organic Manure - Types 
• Oil Cakes 
• Fish Meal 
• Bone Meal 
• Concentrated Organic Manures - Benefits 
• Concentrated Organic Manures-Disadvantages 

Chapter 31

Crop Nutrient Production 

• Plant Nutrients 
• Nutrients Plants Require for Growth 
• Macronutrients 
• Micronutrients 
• Most Important Crop Nutrients 
• Plant nutrients in the soil 
• Major elements 
• Nitrogen (N) 
• Phosphorus (P) 
• Potassium (K) 
• Calcium (Ca) 
• Magnesium (Mg) 
• Sulfur (S) 
• Importance of Crop Nutrition Management 
• Nutrient management 
• Nutrient management planning 

Chapter 32

ISO Standards for Fertilizer 

• Introduction 
• Scope
• Normative references 
• Terms and definitions 
• Ccompound fertilizer 
• Primary nutrient 
• Total primary nutrient 
• Available phosphorus 
• Marking 
• Label 

Chapter 33

Fertilizer Standards List 

• Specifications of Fertilizers

Chapter 34

Factory Layout and Process Flow Chart and Diagrams 

• Market research 
• Register Your Business and Obtain Your Business Permit and Operating License
• Location of fertilizer manufacture 
• Manufacturing technology 
• Choose a proper bio fertilizer production line 
• Process Description for Urea Production 
• Fertilizer facility layout 
• Process flow diagram of urea synthesis section 
• Flow Diagram of Urea Production Process from Ammonia and Carbondioxide 
• Urea Production from NH3 and CO2 
• Description of flow sheet 
• Biuret Formation 
• Process Water Treatment 
• Reactor effluent: 
• H.P. Stripper: 
• Urea purification 
• Prevention of explosion hazard by gases vented to the atmosphere: 
• Purification and recovery stage at 4.5 kg/cm2 
• L.P. Decomposer (LPD) 
• Purification and recovery 
• Vacuum pre-concentrator 
• Urea concentration 
• Urea Purification at M.P. Decomposer 
• Flow chart of the organic fertilizer processing operations 
• M.P. Absorber 
• Marketing and promoting 

Chapter 35

Plant Economics of Ammonium Nitrate 

• Introduction 
• Sequences in ammonium nitrate manufacture 
• Processes of ammonium nitrate 
• Ammonium Nitrate Prills 
• The process for producing ammonium nitrate 
• Technical aspects for ammonium nitrate 
• Neutralisation 
• Neutralisers 
• Steam purification 
• Droplet separation techniques 
• Scrubbing devices 
• Condensate treatment 
• Evaporation 
• Prilling and Granulation 
• Prilling 
• Granulation 
• Emissions into air from prilling and granulation plants 
• Cooling 
• Conditioning 
• Other Losses 
• Plant Economics 
• Land & Building
• Plant & Machinery 
• Fixed Capital 
• Working Capital Requirement/Month 
• Total Capital Investment 
• Turn Over/Annum 

Chapter 36

Plant Economics of Ammonium Sulphate Plant 

• Introduction 
• Manufacturing process of ammonium sulphate 
• Kcal 
• Detailed Process of ammonium sulphate from ammonia and sulphuric acid 
• Plant Economics 
• Land & Building 
• Plant & Machinery 
• Fixed Capital 
• Working Capital Requirement/Month 
• Total Capital Investment 
• Turn Over/Annum 

Chapter 37

Plant Economics of Biofertilizer 

• Introduction 
• Commercial production of bioferilizer 
• Details for production of biofertilizer 
• Criteria for Strain Selection 
• Steps for Preparing Bio-Fertilizer 
• Seed Pelleting 
• Inoculant Carriers 
• Quality Standards for Inoculants 
• Mass Production of Cyanobacterial Biofertilizers 
• Azolla Anabaena 
• Mass Cultivation of Azolla 
• Azolla-Anobaena Symbiosis: Azolla, a water ferm 
• Manufacturing process steps of bio-fertilizer 
• Preparation of Mother or Starter Culture 
• Preparation of Broth Culture 
• Production of Final Product in Fermenter 
• Steps in biofertilizer production 
• Filling & Packaging 
• Plant Economics 
• Land & Building 
• Plant & Machinery 
• Fixed Capital 
• Working Capital Requirement/Month 
• Total Capital Investment 
• Turn Over/Annum 

Chapter 38

Plant Economics of Diammonium Phosphate (DAP) 

• Introduction 
• Manufacturing process of diammonum phosphate 
• Manufacturing process of diammonium phosphate from rock phosphate 
• Plant Economics 
• Land & Building 
• Plant & Machinery 
• Fixed Capital 
• Working Capital Requirement/Month 
• Total Capital Investment 
• Turn Over/Annum 

Chapter 39

Plant Economics of NPK Fertilizer

• Introduction 
• Technologies for NPK Fertilizer 
• Processing of raw materials 
• Granulation techniques 
• Drum granulation with ammonization 
• Mixed acid process with phosphate rock digestion 
• Production Processes 
• Manufacturing Process Steps 
• Plant Economics 
• Land & Building 
• Plant & Machinery 
• Process Flow 
• Fixed Capital 
• Working Capital Requirement/Month 
• Total Capital Investment 
• Turn Over/Annum 

Chapter 40

Plant Economics of NPKS Mix Fertilizer 

• Introduction 
• NPK Mixed fertilizer and their grade 
• Process outline for npks mix fertilizer 
• Process for manufacturing npks mixed fertilizer 
• Steam/water granulation 
• Fertilizer granulation plant 
• Chemical granulation 
• Drop formation (Prilling) 
• Compaction granulation 
• Typical NPK Fertilizer Compaction 
• Plant Economics 
• Land & Building 
• Plant & Machinery 
• Fixed Capital 
• Working Capital Requirement/Month 
• Total Capital Investment 
• Turn Over/Annum 

Chapter 41

Plant Economics of Single Super Phosphate & Sulphuric Acid 

• Sulphuric Acid 
• Phosphatic Fertilizers