The Complete Technology Book on Biofertilizer and Organic Farming (Potash, Greenhouse Farming, Hydroponic Farming, Pellet Fertilizer, Seaweed Fertilizer, Biogas with Manufacturing Process, Machinery Equipment Details) 4th Edition

Author	Dr. Himadri Panda	ISBN	9789381039076
Code	ENI115	Format	Paperback
Price: Rs	1995	US$	61
Pages:	480	Published	2025
Publisher	Niir Project Consultancy Services
Usually Ships within	5 days

Organic fertilisers derived from natural sources such as plants, animals, and microorganisms are known as biofertilizers. They are high in nutrients such as nitrogen, phosphorus, and potassium. Biofertilizers are environmentally friendly, long-lasting, and less expensive than synthetic fertilisers. Biofertilizers can be applied directly to the soil to improve fertility and crop yield. They are also used in conjunction with other organic farming practises to improve soil health, such as composting and mulching. Biofertilizers contribute to a reduction in the use of chemical fertilisers, which can pollute water sources and harm the environment. Biofertilizers improve crop quality by increasing nutrient content and improving taste, in addition to their environmental benefits. They also improve plant resistance to diseases and pests. Organic farming is a subset of agriculture that emphasizes natural methods such as composting, crop rotation, and the use of organic fertilisers and pest control. Organic farmers grow their crops without the use of synthetic fertilisers, pesticides, or genetic engineering. Instead, they rely on naturally occurring nutrients in the soil and organic matter, such as compost and manure, to provide essential nutrients and minerals to their plants. Organic farmers also use traditional farming methods that promote biodiversity, soil fertility, and water conservation. Organic farming focuses on producing food in an environmentally friendly manner while also respecting animals and nature.

The global biofertilizers market is expected to grow at a CAGR of 12.04% during the forecast, from $2.02 billion to $4.47 billion. Organic farming is one of the fastest-growing agricultural methods in the world, with 72.3 million hectares of agricultural land under organic agriculture management globally, according to the Research Institute of Organic Agriculture. The use of synthetic fertilisers contaminated the soil and killed microorganisms. Organic farming is rapidly becoming popular in order to reduce soil pollution. Organic agriculture makes the best use of local resources to improve soil fertility while avoiding agrochemicals, GMOs, and many synthetic compounds used as food additives. The growing demand for organic food motivates farmers to use bio-based fertilisers that are compatible with organic food production. Higher product appreciation and adoption among farmers in developing and developed economies are expected to positively influence the growth of the Biofertilizers Market in the coming years. Furthermore, agricultural producers' active participation in ramping up their biological agriculture, such as bio-origin fertilisers, is expected to boost the growth of the Biofertilizers Market in the coming years. Furthermore, the rise in food product demand and per capita income has created enormous opportunities for the growth of the Biofertilizers Market in various regions and countries around the world.

The book's main contents are Biofertilizer, Organic Farming, Potash, Greenhouse Farming, Hydroponic Farming, Pellet Fertilizer, Seaweed Fertilizer, Biogas, Anaerobic Digesters, Biopesticides, and Organic Manure. The Manufacturing Process, Machinery Equipment Details, and Photographs with Suppliers Contact Details are also given.

A total guide to manufacturing and entrepreneurial success in today’s most demandable Biofertilizer and Organic Farming industry. This book is one-stop guide to one of the fastest growing sectors of the Biofertilizer and Organic Farming industry, where opportunities abound for manufacturers, retailers, and entrepreneurs. This is the only complete handbook on the commercial production of Biofertilizer. It serves up a feast of how-to information, from concept to purchasing equipment.

1. Introduction

1.1 Role

1.2. The reason for using biofertilizers

1.3. Benefits

1.4. Types

1.4.1. Rhizobium

1.4.2. Azotobacter

1.4.3. Azospirillum

1.4.4. Azolla

1.4.5. Plant growth-promoting rhizobacteria (PGPR)

1.4.6. Potassium Mobilizing Biofertilizer (KMB)

1.4.7. Zinc Solubilizing Biofertilizer (ZSB)

1.4.8. Phosphate Absorbers Mycorrhizaeaeaeae

1.5. Components

1.5.1. Symbiotic nit rogen-fixing bacteria

1.5.2. Symbiotic nit rogen-fixing Cyanobacteria

1.5.3. Free-living nitrogen-fixing bacteria

1.5.4. Other Components of biofertilizers

1.6. Compost Biofertilizers

1.7. Methods

2. How to Start a Biofertilizer Business

2.1. Plan

2.2. The growth potential of the Biofertilizer business

2.3. Different types of fertilizers to start your fertilizer business

2.3.1. Organic fertilizer

2.3.2. Chemical fertilizer

2.3.3. Biofertilizer business: Things to consider

2.4. Starting a Biofertilizer business in India: A step-by-step guide

2.4.1. Creating a business plan

2.4.2. A suitable location must be selected and leased

2.4.3. Business permit, licence, and legal documents required for organic fertilizers

2.4.4. Supply Expertise

2.4.5. Organize the laboratory and manufacturing facility in the house

2.4.6. Machines & Equipment

2.4.7. Refrigerator

3. Types of Biofertilizers

3.1. Types of Biofertilizers

3.1.1. Bio NPK

3.1.2. Acetobacter

3.1.3. Azospirillum

3.1.4. Mycorrhiza

3.1.5. Phosphate Solubilizing Bacteria

3.1.6. Potassium Solubilizing Bacteria

3.2. Biofertilizer Applications

3.3. What is the purpose of using biofertilizers?

3.3.1. Advantages

4. Biofertilizer Production Method and Process

4.1. Purpose

4.2. Production

4.2.1. Strain Choice

4.2.2. Plant Pelletizing

4.2.3. Vaccinant Transporters

4.3. Quality Standards for Inoculants

4.4. Packaging

4.5. Storage

4.6. Immunization of the Field

4.7. Preparation

4.8. Production Line from Animal Wastes

4.9. Cow Dung Fertilizer Machine

4.10. Dry Cow Dung Fertilizer by Using Fertilizer Machines

4.11. Types of Cow Dung Fertilizer Machines Use for Composting

4.12. Compost Windrow Turner for Cow Manure Composting

4.13. Manure Making Machine

4.14. Crop Growth

4.15. Aims of Production

4.16. Rotary Cooler

4.17. Cooling Fertilizer Pellets

4.18. Fertilizer Dryer

4.19. What Drying Technology Does The Fertilizer Dryer Use?

4.20. Smart Rotary Drum Dryer

4.21. Drum Dryer

4.22. Fertilizer Packing Machine

4.23. Powdery Fertilisers Packing Facility

4.24. Package Organic Fertilisers

4.25. Fertilizer Mixer for Blending Plant

4.26. Hot selling double shafts horizontal cow dung mixer fertiliser equipment

4.27. Tiny Chicken Manure Fertiliser Mixer

4.28. Pan Mixer Machine

4.29. BB Fertilizer Blending Equipment for Mixed Fertilizer Granules Processing

4.30. Batch Mix Plant

4.31. Fertilizer Crusher

4.32. Vertical Crushing

4.33. Chain Crusher

4.34. Hammer Mill Crushing

4.35. Hot Semi-Wet Crusher

4.36. Cage Crush Machine

4.37. Small Straw Grinders

4.38. Urea Fertilizer Powder Grinding Machine

4.39. High-Quality Materials for Smoother Operation

4.40. Organic Fertilizer Granulator

4.41. Uses of Organic Fertilizer Granulator

4.42. Raw Materials

4.43. Organic Fertilizer Using Chicken Manure

4.44. Organic Fertilizer from Food Waste

4.45. Amino Acid Organic Fertilizer

4.46. Setup an Organic Fertilizer Manufacturing Unit

4.47. Compost Machine

4.48. Use

4.48.1. Windrow & Trench

4.49. Hydraulic Organic Waste Crawler

4.50. Forklift Type Manure Compost Turner Machine

4.51. Cow Dung Compost Windrow Turner

4.52. Poultry Waste Compost Fertilizer Machine

4.53. Chain Plate Type Compost Fertilizer Making Machine

5. Simplified Anaerobic Digesters for Biofertilizer

5.1. Abstract

5.2. Foreword

5.3. Batch Digester Plant

5.4. Plug Flow Digester Plant

5.5. Covered Langoon Biogas System

5.6. Continuous Expansion Digester

5.7. Tests on a Small Electric Generator set Fuelled by Biogas

5.8. An Economic Evaluation of the Plants

5.9. Conclusions

6. Operating Conditions for AnaerobicDigestion of Biofertilizer

6.1. Abstract

6.2. Introduction

6.3. Design of the Experiment

6.4. Results and Discussion

6.4.1. Effect of the initial total solids (TS) concentration on

6.4.2. Effect of hydraulic retention time (0) on

6.4.3. Effect of temperature on

6.4.4. Effect of mode of operation on

7. Potash Production Process

7.1. Comminution

7.2. Potash Flotation Process

7.3. Common Salt or Halite: NaCl

7.4. Crushing Section

7.5. Scrubbing and Desliming

7.6. Grinding and Classification

7.7. Conditioning

7.8. Potash Flotation

7.9. Thickening, Filtering and Brine Recovery

7.10. Pumping of Products

8. Application and Evaluation Techniques

8.1. Different Methods for Biofertilizer Inoculation

8.1.2. Seed inoculation

8.2. Top dressing of Biofertilizers

8.2.1. Granular biofertilizers

8.2.2. Solarisation of FYM/Compost

8.2.3. Granular biofertilizer mixed with seed

8.2.4. Broadcasting of granular biofertilizers

8.2.5. Frequency of inoculation

8.2.6. Liquid inoculation of Biofertilizers

8.3. Methods of application of liquid inoculation

8.3.1. Drenching by Sprayers

8.3.2. Application in root zone

8.3.3. Culture pellet

8.4. Methods of Application of Other Biofertilizers

8.4.1. Blue Green Algae

8.4.2. Azolla

8.4.3. As green manuring

8.4.4. Azolla dual cropping

8.5. Azotobacter

8.5.1. Preparation and use of Azotobacter inoculant

8.5.2. Application

8.6. Azospirillum

8.7. Mycorrhizae

8.7.1. Endomycorrhizae

8.7.2. Ectomycorrhizae

8.8. Foliar Biofertilizer

8.9. Humar

8.10. Humic Acid

8.10.1. Intorduction

8.10.2. Application

8.10.3. Soil

8.10.4. Foliar

8.10.5. Seed treatment

8.10.6. Soil Benefit

8.10.7. Root

8.10.8. Seeds

8.10.9. Plants

8.10.10. Precautions

8.11. Different Media Used to Study Biofertilizer

8.11.1. Growth Media for Rhizobium

8.12. Media for Testing Nodulating Ability of Rhizobium

8.12.1. Isolation of Frankia

8.13. Media Used

8.14. Precautions in handling

9. Crop Response to Biofertilizers

9.1. Symbiotic Nitrogen Fixation

9.1.1. Rhizobium

9.2. Azolla

9.3. Nonsymbiotic Nitrogen Fixation

9.3.1. Blue Green Algae (BGA)

9.4. Azotobacter

9.5. Azospirillum

9.6. Phosphate Solubilizers and Fixers

9.6.1. Mycorrhiza

9.7. Phosphate Solubilizing Microganisms

9.8. Factors Affecting Crop Response to Biofertilizers

9.9. Host Response to Biofertilizers

9.10. Interaction of Inoculants with other Nutrients

9.11. Multi-Microbial Inoculation

9.12. Compatability Between Biofertilizers and Chemical Fertilizers

9.13. Adaptive Trials

10. Biogas Production from Organic Biofertilizer

10.1. Abstract

10.2. Introduction

10.3. Materials and Methods

10.3.1. Organic Wastes

10.3.1. Starter 166

10.3.2 Analytical procedures

10.4. Experimental

10.5. Results and Discussion

10.6. Biogas Production from Geranium Flour (GF)

10.6.1. Biogas Production from Akalona (AK)

10.6.2. Biogas Production from Watermelon Residue (WR)

11. Biogas from Liquid Biofertilizer Derived

from Banana and Coffee Processing

11.1. Abstract

11.2. Introduction

11.3. Results

12. Steps for How to Start Organic Farming

13. Organic Farming

13.1. Pollution Problems with Fertilizers

13.1.1. Water Pollution

13.1.2. Atmospheric pollution

13.1.3. Damage to crops and soils

13.1.4. Heavy Metal Contamination

13.2. Environment Restoration with Fertiliser

13.3. Pollution Abatement Startegies

13.4. Organic Farming

13.5. Why Organic Farming

13.6. Basic Concepts of Organic Farming

13.6.1. Integrated Plant Nutrient Supply Management (IPNSM)

13.6.2. Intergrated Insect Pest and Disease Management

13.6.3. Integrated Soil and Water Management

13.7. Alternatives

13.8. Organic Manures

13.9. Plant Origin Pesticides

13.10. Biopesticides

13.11. Bioherbicides

13.12. Biofertilizers

13.12.1. Microorganisms as nutrient regulators

13.12.2. Organic Matter in Agroecosystem

13.12.3. Soil Microbial biomass

13.12.4. Nutrient Availability

13.12.5. Losses

13.13. Cultural Practies

14. Methods and Types of Organic Farming

14.1. A Step-By-Step Manual for Organic Agricultural Techniques

14.2. Characteristics

14.3. Goals of Switching to Organic Farming

14.4. Different Methods of Organic Farming

14.4.1. Crop Diversity

14.4.2. Crop Rotation

14.4.3. Biological Pest Control

14.4.4. Soil Management

14.4.5. Green Manure

14.4.6. Compost

14.4.7. Weed Management

14.4.8. Controlling Other Organisms

14.4.9. Livestock

14.4.10. Genetic Modification

15. Organic Manures

15.1. Organic Matter

15.1.1. Chemical nature of organic matter

15.2. Organic Manures

15.2.1. Organic residues

15.2.2. Cow dung manure

15.2.3. Live stock wastes

15.3. Green Manure

15.3.1. Importance of green manure

15.3.2. Green manure crops

15.3.3. Turning of green manure crops

15.3.4. Biological control of plant disease and green manure

15.3.5. Fate of green manures

15.3.6. Nutrient status

15.3.7. Compost

15.3.8. Sources

15.3.9. Methods

15.3.10. Indore method

15.3.11. Bangalore Method

15.3.12. NADEP Method

15.3.13. Role of microbes in Compost making

15.4. Vermicompost

15.4.1. Vermi composting

15.5. Phospho-Compost

15.6. Oil Cakes

15.6.1. Poultry waste compost

15.7. Organic Industrial Wastes

15.8. Materials

15.8.1. Flyash

15.8.2. Coir pith

15.8.3. Pressmud

15.8.4. Phosphogypsum

15.8.5. Sewage and sewage sludge

15.8.6. Sugar factory waste and sugarcane trash

15.9. Biomethanation

15.10. Constraints

16. Biopesticides

16.1. Discovery

16.2. Development

16.3. Registration

16.4. Biological Control of Insect

16.4.1. Fungal Insecticides

16.4.2. Bacterial Insecticides

16.4.3. Bacillus thuringlensls (BT)

16.4.4. Mode of action

16.4.5. The question of resistance

16.4.6. Commercial Prospects

16.4.7. Improvements in BT through genetic engineering

16.4.8. The BT protein and the efforts on recombinant DNA in this area

16.4.9. Limitations of BT

16.4.10. Safety

16.4.11. Viral Insecticides

16.4.12. Nuclear Polyhedrosis Virus

16.4.13. Protozon Insecticides

16.4.14. Possibilities of field application

16.5. Botanical Pesticides

16.5.1. Pheamon trap

16.5.2. Trichocards

16.6. Biological control of plant diseases

16.6.1. Soilborne diseases

16.6.2. Mehods for biocontrol

16.6.3. Biological Seed Treatment

16.7. Foliar Diseases

16.7.1. Introduction

16.7.2. Selection of biocontrol agents

16.7.3. Formulation and delivery system

16.7.4. Improved efficacy

16.7.5. Commercialization

16.8. Nematodes as Biological Control Agents

16.8.1. Production and Formulation

16.9. Biological Control of Nematodes

16.10. Biological Control of Weeds

16.11. Role of Genetic Engineering

17. Sustainable Agriculture

17.1. Definition

17.2. Dimensions

17.2.1. Perceptions

17.3. Components

17.3.1. Crop Diversification

17.3.2. Crop Rotation

17.3.3. Biological Nitrogen Fixation

17.3.4. Mixed Cropping

17.3.5. Soil Micorbes on Crops

17.3.6. Genetic Diversity

17.3.7. Integrated Nurient Management (INM)

17.3.8. Integrated Pest Management (IPM)

17.3.9. Sustainable Water Management

17.3.10. Post Harvest Technology

17.3.11. Extension Programmes

17.3.12. Sustainable Agriculture for India

17.3.13. Role of biotechnology

17.3.14. Government support to farmers

17.4. Conclusion

18. Greenhouse Cultivation

18.1. Designs and classification of greenhouse

18.2. Classifications

18.3. Poly House

18.4. Shade House

18.5. Orientation of greenhouse / polyhouse

18.5.1. Design

18.5.2. Orientation

18.5.3. Wind Effects

18.5.4. Size of the greenhouse

18.5.5. Spacing between greenhouses

18.5.6. Height of greenhouse

18.5.7. Structural Design

18.5.8. Components

18.5.9. Cladding Material

18.5.10. Plant Growing Structures

18.5.11. Environmental Factors Influencing Greenhouse Cultivation

18.5.12. Natural Ventilation

18.6. Heating of greenhouse

18.6.1. Heating Systems

18.6.2. Boiler

18.6.3. Unit Heaters

18.6.4. Infra-Red Heaters

18.6.5. Solar Heating

18.7. Environmental Control

18.7.1. Temperature Control

18.7.2. Relative Humidity Control

18.7.3. Light Intensity Control

18.7.4. Quality of Light

18.8. Fan and Pad

18.8.1. Selection of Fan

18.9. Media Preparation and Fumigation

18.9.1. Getting the media ready for greenhouse production

18.9.2. Gravel Culture

18.9.3. Media Ingredients and Mix

18.9.4. Pasteurization of Greenhouse Plant Growing Media

18.9.5. Fungicides and their effect on a few fungi

18.9.6. Temperature necessary to kill soil pests

18.10. Fumigation in Greenhouse

18.11. Drip Irrigation and Fertigation Systems in Greenhouse Cultivation

18.11.1. Watering System

18.11.2. Fertigation System

18.11.3. Fertilizers

18.12. Forms of Inorganic Fertilizers

18.12.1. Slow Release Fertilizer

18.12.3. Liquid Fertilizer

18.13. Fertilizer Application Methods

18.13.1. Constant Feed

18.13.2. Intermittent Application

18.14. Fertilizer Injectors

18.14.1. Multiple Injectors

18.14.2. Fertilizer Injectors

18.15. General Fertigation Issues

18.16. Problem-Solving

18.17. Inadequacies in fertilizers

18.18. Aluminum Surplus

18.19. Corrective Actions for Excessive Fertiliser

18.20. Harm Caused by Poisonous Gases

18.21. Unique Horticulture Techniques

18.22. Postharvest Handling Practices for Important Cut Flowers

19. Greenhouse Farming

19.1. Introduction

19.2. The various greenhouse kinds

19.3. Advantages

19.4. Types

19.4.1. Greenhouse Conventional Freestanding

19.4.2. Hoop House/High Tunnel

19.4.3. Greenhouse Lean-to or Attached

19.4.4. Cold Frames/Cold House

19.5. Advantages of Greenhouse Agriculture

19.6. Plants That Can Grow in a Greenhouse

19.6.1. Sweet Corn

19.6.2. Cucumbers

19.6.3. Baby Carrots

19.6.4. Pumpkins

19.6.5. Spinach

19.6.6. Tomatoes

19.6.7. Herbs

19.6.8. Garlic

19.6.9. String beans

19.6.10. Squash

20. Greenhouses Construction

20.1. Earthmoving and Level Surface

20.2. Set Out and Preparation of the Foundation

20.3. Reception of Materials. Preassembly at Work

20.4. Assembly of the Greenhouse

21. How to Start a Hydroponic Farm Business

21.1. Step 1: Create a Business Plan

21.1.1. What recurring costs are there for a hydroponic agricultural operation?

21.1.2. Who is the intended audience?

21.1.3. How can a hydroponic farm operation generate revenue?

21.1.4. How much can charge customers?

21.1.5. How much money can a hydroponic farm operation bring in?

21.1.6. How can increase the profitability of company?

21.1.7. What will the name of company be?

21.2. Step 2: Form a Legal Entity

21.3. Step 3: Register for Taxes

21.3.1. Taxes for small businesses

21.4. Step 4: Open a Business Bank Account & Credit Card

21.5. Step 5: Set Up Business Accounting

21.6. Step 6: Obtain Necessary Permits and Licenses

21.6.1. Requirements for Federal Business Licenses

21.6.2. Requirements for State and Local Business Licensing

21.6.3. The Occupancy Permit

21.6.4. Food Regulations

21.7. Step 7: Get Business Insurance

21.8. Step 8: Define Brand

21.8.1. How to market and advertise a hydroponic farm operation

21.8.2. How to get new clients?

21.9. Step 9: Create Business Website

21.10. Step 10: Set Up Business Phone System

22. Hydroponic Farming

22.1. Benefits

22.2. Similarity with Greenhouse Gardening

22.3. Advantages

22.4. Types

22.4.1. Aerated Nutrient Standing Solution

22.4.2. Outer Structure

22.4.3. Growing Method

22.4.4. System for Regulating Irrigation and Temperature

22.4.5. Hydroponic Equipment Installation

22.4.6. Provide Instruction for Mastering the Hydroponic Technique

22.5. A Hydroponics System: How Does It Operate?

22.5.1. Soilless Gardening

22.5.2. Components

22.5.3. Rich Nutrients

22.5.4. Freshwater

22.5.5. Light

22.5.6. Oxygen

22.5.7. Root Support

22.5.8. Future Scope of This Technology

23. Hydroponic Farming Equipments

23.1. Water Pumps

23.2. Air Pumps and Air Stones for Hydroponics Systems

23.3. Water Heaters and Chillers

23.4. Hydroponic Reservoirs, Trays and Flood Tables

23.5. Reservoir Considerations

23.6. Reservoir Use in Various Hydroponic Systems

23.7. Ebb and Flow (Flood and Drain)

23.8. Hydroponic Lighting System Basics

23.9. Grow Room Ventilation

23.10. Climate Control

23.11. Indoor Grow Tents

23.12. Additional Components

24. Pellet Fertilizer Manufacturing Process

24.1. Mineral–Organic Addition

24.2. Mixing

24.3. Pelleting

24.4. Cooling

24.5. Sifting

24.6. Bagging

25. Seaweed Fertiliser

25.1. Nomenclature and Taxonomy

25.2. Production and Application Methods

25.3. Nutrient Cycling

25.4. Coastal Eutrophication

25.5. Bio-Remediation in Eutrophic Ecosystems

25.6. Blue Carbon

25.7. Functions and Benefits of Seaweed Fertilizer

25.7.1. Fertilization

25.7.2. Soil Conditioning

25.7.3. Bio-Remediation of Polluted Soils

25.7.4. Integrated Pest Management

25.7.5. Soil Microbial Response to Seaweed Fertilizer Treatment

25.7.6. Resistance to Plant Pathogens

26. Seaweed Fertilizer Production Process

26.1. Seaweed Extract as Fertiliser

26.2. Sesweed Fertilizer Fermentation Vessel

26.3. Principle of Fermentation Equipment

26.4. Ingredients of Seaweed Fertilizer

26.5. Uses

26.6. Process

26.7. Features

26.8. Advantages of Seaweed Processing Plant

26.9. The way heat pump drying equipment operates

27. BIS Specifications

28. ISO Standards

29. China Standards

30. Photographs of Plant and Machinery with Suppliers Contact Details

· Biofertilizer Packing Filling Machine

· Biofertilizer Fermenter

· Bioreactor Machine

· Bio Fertilizer Packaging Machine

· Liquid Bio Fertilizer Plant

· Waste Shredder

· Organic Waste Converter

· HP Steam Sterilizer Horizontal Autoclave

· Fertilizer Cleaner

· Fertilizer Pan Mixer

· Fertilizer Granule Making Machine

· Biofertilizer Granulator

· Blender Machine

· Pulverizer Mills

· Pesticide Making Machine

· Pellet Making Machine

· Fluid Bed Gasifier for Thermal & Electrical

· Compost Machine

· Bucket Elevator

· Steel Jacketed Tank

· Storage Tank

· Ultra Filtration System

· Water Soften Plant

· Tray Dryer

· Ribbon Mixer

· Air Compressor

31. Factory Layout and Process Flow Chart & Diagram

· Biofertilizer Production Layout

· Organic Fertilizer Plant

· Biofertilizer Production Layout

· Organic Fertilizer Production

· Process of Production of Bio-Fertilizer

· Experimental Process for Biofertilizer

· Biofertilizer Quality Control

The Complete Technology Book on Biofertilizer and Organic Farming (Potash, Greenhouse Farming, Hydroponic Farming, Pellet Fertilizer, Seaweed Fertilizer, Biogas with Manufacturing Process, Machinery Equipment Details) 4th Edition ( ) ( Best Seller ) ( ) ( ) ( )

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The Complete Technology Book on Biofertilizer and Organic Farming (Potash, Greenhouse Farming, Hydroponic Farming, Pellet Fertilizer, Seaweed Fertilizer, Biogas with Manufacturing Process, Machinery Equipment Details) 4th Edition ( Best Seller )