Enriching the Earth: Fritz Haber, Carl Bosch, and the Transformation of World Food Production available in Paperback
Enriching the Earth: Fritz Haber, Carl Bosch, and the Transformation of World Food Production
- ISBN-10:
- 0262693135
- ISBN-13:
- 9780262693134
- Pub. Date:
- 02/27/2004
- Publisher:
- MIT Press
- ISBN-10:
- 0262693135
- ISBN-13:
- 9780262693134
- Pub. Date:
- 02/27/2004
- Publisher:
- MIT Press
Enriching the Earth: Fritz Haber, Carl Bosch, and the Transformation of World Food Production
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Overview
The industrial synthesis of ammonia from nitrogen and hydrogen has been of greater fundamental importance to the modern world than the invention of the airplane, nuclear energy, space flight, or television. The expansion of the world's population from 1.6 billion people in 1900 to today's six billion would not have been possible without the synthesis of ammonia.
In Enriching the Earth, Vaclav Smil begins with a discussion of nitrogen's unique status in the biosphere, its role in crop production, and traditional means of supplying the nutrient. He then looks at various attempts to expand natural nitrogen flows through mineral and synthetic fertilizers. The core of the book is a detailed narrative of the discovery of ammonia synthesis by Fritz Haber--a discovery scientists had sought for over one hundred years--and its commercialization by Carl Bosch and the chemical company BASF. Smil also examines the emergence of the large-scale nitrogen fertilizer industry and analyzes the extent of global dependence on the Haber-Bosch process and its biospheric consequences. Finally, it looks at the role of nitrogen in civilization and, in a sad coda, describes the lives of Fritz Haber and Carl Bosch after the discovery of ammonia synthesis.
Product Details
ISBN-13: | 9780262693134 |
---|---|
Publisher: | MIT Press |
Publication date: | 02/27/2004 |
Series: | The MIT Press |
Edition description: | New Edition |
Pages: | 358 |
Sales rank: | 928,780 |
Product dimensions: | 7.05(w) x 9.02(h) x 0.81(d) |
Age Range: | 18 Years |
About the Author
Table of Contents
Acknowledgments | xi | |
Transforming the World | xiii | |
1 | Nitrogen in Agriculture: Discovering the Basics | 1 |
Discovering Nitrogen | 2 | |
Nitrogen in Crop Production | 5 | |
Nitrogen and Legumes | 13 | |
Completing the Nitrogen Cycle | 16 | |
2 | Traditional Sources of Nitrogen: Preindustrial Agricultures | 21 |
Recycling of Organic Matter | 22 | |
Farmyard Manures | 25 | |
Cultivation of Legumes | 28 | |
Nitrogen Balances in Traditional Farming | 31 | |
Limits to Recycling and Legume Cultivation | 35 | |
3 | New Sources of the Nutrient: Searching for Fixed Nitrogen | 39 |
Guano | 40 | |
Sodium Nitrate | 43 | |
By-product Ammonia from Coking | 48 | |
Synthesis of Cyanamide | 51 | |
Electric Arc Process | 53 | |
Plant Nutrients and Future Food Supply | 55 | |
4 | A Brilliant Discovery: Fritz Haber's Synthesis of Ammonia | 61 |
Haber's Predecessors | 61 | |
Fritz Haber | 65 | |
Haber's First Experiments with Ammonia | 68 | |
Nernst and Haber | 70 | |
BASF and Haber | 74 | |
High-Pressure Catalytic Synthesis | 77 | |
5 | Creating an Industry: Carl Bosch and BASF | 83 |
Carl Bosch | 85 | |
Designing High-Pressure Converters | 87 | |
Finding New Catalysts | 93 | |
Producing the Feedstocks and Oxidizing Ammonia | 97 | |
The First Ammonia Plant at Oppau | 99 | |
Ammonia Synthesis for War | 103 | |
6 | Evolution of Ammonia Synthesis: Diffusion and Innovation | 109 |
Slow Diffusion of Ammonia Production: 1918-1950 | 111 | |
Expansion and Changes Since 1950 | 116 | |
Natural Gas-Based Ammonia Synthesis | 118 | |
Single-Train Plants with Centrifugal Compressors | 122 | |
Continuing Innovation | 127 | |
7 | Synthetic Fertilizers: Varieties and Applications | 133 |
Nitrogen Fertilizers | 134 | |
Fertilizer Applications: Global Views | 138 | |
Fertilizer Nitrogen in Global Crop Production | 143 | |
Regional and National Perspectives | 145 | |
The Most Productive Agroecosystems | 152 | |
8 | Our Dependence on Nitrogen: Agricultures and Populations | 155 |
How Many People Does Fertilizer Nitrogen Feed? | 156 | |
Human Protein Requirements | 161 | |
Nitrogen in U.S. Agriculture | 164 | |
Nitrogen in Chinese Farming | 167 | |
Growing Dependence during the Twenty-first Century | 172 | |
9 | Consequences of the Dependence: Human Interference in Nitrogen's Biospheric Cycle | 177 |
Intensifying the Global Cycling of Nitrogen | 178 | |
What Happens to Fertilizer Nitrogen | 180 | |
Nitrogen Losses in Modern Farming | 184 | |
Excess Nitrogen and Human Health | 188 | |
Nitrogen and Natural Ecosystems | 192 | |
10 | Nitrogen and Civilization: Managing the Nitrogen Cycle | 199 |
What Has Been Accomplished | 201 | |
More Efficient Fertilizing | 206 | |
Stabilized Populations | 211 | |
Rational Diets | 214 | |
A Long View | 217 | |
Postscript | 223 | |
Appendixes | 233 | |
Notes | 253 | |
Name Index | 329 | |
Subject Index | 331 |
What People are Saying About This
I am tremendously impressed with this book. It will make a very significant contribution to the literature on the Haber-Bosch processof nitrogen synthesis, but perhaps even more significant, to putting into perspective the importance of nitrogen fertilizer to humanity.
The history of an industrial process that creates ammonia from nitrogen and hydrogen sounds at best boring. However, in his sixteenth book, Vaclav Smil has done his usual outstanding job of creating a fascinating reading adventure. Starting with the statement that almost two thirds of the global population owes its existence to the discovery of the Haber-Bosch process in the early 20th century, the book reviews the history of the discovery, provides, fascinating details about the driving forces behind the discovery, and as important, looks to the future. Anyone with an interest in how humans modify their environment will find this book fascinating.
What is the most important technological innovation of the 20th centurytelecommunications, nuclear energy, computers, space flight, or molecular transformation of the genetic code? Vaclav Smil makes the case instead for the Haber-Bosch process, which allows industrial synthesis of ammonia from atmospheric nitrogen and provides the foundation of our human food supply. his detailed story of the scientific trail that led to development of this process and its global impact is both enjoyable to read and an important contribution to the history of modern science and technology.
Vaclav Smil has built a road between the bleak, windswept fields of the catastrohists on one side and the sunny, bountiful fields of the cornucopians on the other. The road offers no easy passage. But followed with intelligence and persistence it has high promise of taking us to a future in which all people everywhere have the food they need for healthy, productive lives. Smil has performed a valuable public service.
Pierre Crosson, Senior Fellow and Resident Consultant, Resources for the Future
I am tremendously impressed with this book. It will make a very significant contribution to the literature on the Haber-Bosch processof nitrogen synthesis, but perhaps even more significant, to putting into perspective the importance of nitrogen fertilizer to humanity.
E. T. York, Chancellor Emeritus, University System of Florida, and Distinguished Service Professor Emeritus, Institute of Food and Agriculture Sciences, University of FloridaThe history of an industrial process that creates ammonia from nitrogen and hydrogen sounds at best boring. However, in his sixteenth book, Vaclav Smil has done his usual outstanding job of creating a fascinating reading adventure. Starting with the statement that almost two thirds of the global population owes its existence to the discovery of the Haber-Bosch process in the early 20th century, the book reviews the history of the discovery, provides, fascinating details about the driving forces behind the discovery, and as important, looks to the future. Anyone with an interest in how humans modify their environment will find this book fascinating.
James N. Galloway, Professor and Chair, Environmental Sciences Department, University of VirginiaVaclav Smil has written a fascinating review of Fritz Haber and Carl bosch's contribution to the world's food production through their discovery of the ammonium synthesis process. We hope that this book will stimulate efforts to make best use of the derived nitrogen fertilizers.
Luc M. Maene, Director General, International Fertilizer Industry AssociationWhat is the most important technological innovation of the 20th centurytelecommunications, nuclear energy, computers, space flight, or molecular transformation of the genetic code? Vaclav Smil makes the case instead for the Haber-Bosch process, which allows industrial synthesis of ammonia from atmospheric nitrogen and provides the foundation of our human food supply. his detailed story of the scientific trail that led to development of this process and its global impact is both enjoyable to read and an important contribution to the history of modern science and technology.
Kenneth G. Cassman, Professor and Head, Department of Agronomy, University of NebraskaVaclav Smil has built a road between the bleak, windswept fields of the catastrohists on one side and the sunny, bountiful fields of the cornucopians on the other. The road offers no easy passage. But followed with intelligence and persistence it has high promise of taking us to a future in which all people everywhere have the food they need for healthy, productive lives. Smil has performed a valuable public service.
Pierre Crosson, Senior Fellow and Resident Consultant, Resources for the FutureVaclav Smil has built a road between the bleak, windswept fields of the catastrohists on one side and the sunny, bountiful fields of the cornucopians on the other. The road offers no easy passage. But followed with intelligence and persistence it has high promise of taking us to a future in which all people everywhere have the food they need for healthy, productive lives. Smil has performed a valuable public service.
Vaclav Smil has written a fascinating review of Fritz Haber and Carl bosch's contribution to the world's food production through their discovery of the ammonium synthesis process. We hope that this book will stimulate efforts to make best use of the derived nitrogen fertilizers.