Ullmann's Encyclopedia of Industrial Chemistry

Ullmann's Encyclopedia of Industrial Chemistry

Online ISBN: 9783527306732

DOI: 10.1002/14356007

Browse by Topic

  1. Agrochemicals
  2. Analytical Techniques
  3. Biochemistry & Biotechnology
  4. Chemical Reactions
  5. Dyes and Pigments
  6. Energy
  7. Environmental Protection, Industrial Safety
  8. Fat, Oil, Food and Feed, Cosmetics
  9. Inorganic Chemicals
  10. Materials
  11. Metals and Alloys
  12. Organic Chemicals
  13. Pharmaceuticals
  14. Polymers and Plastics
  15. Processes & Process Engineering
    1. Abrasion and Erosion
    2. Absorption, 1. Fundamentals
    3. Absorption, 2. Design of Systems and Equipment
    4. Adsorption
    5. Air Classifying
    6. Biochemical Engineering
    7. Biorefineries–Industrial Processes and Products
    8. Bioseparation
    9. Bubble Columns
    10. Catalytic Fixed-Bed Reactors
    11. Centrifuges, Filtering
    12. Centrifuges, Sedimenting
    13. Characterization of a Classification or Separation Process
    14. Chemical Plant Design and Construction
    15. Chemical Plants: Performance Measurement of Processes
    16. Chromatographic Reactors
    17. Combustion
    18. Computational Fluid Dynamics
    19. Construction Materials in the Chemical Industry
    20. Continuous Mixing of Fluids
    21. Cooling Tower Technology
    22. Corrosion, 1. Electrochemical
    23. Corrosion, 2. High-Temperature
    24. Corrosion, 3. Corrosion Protection and Testing
    25. Cryogenic Technology
    26. Crystallization and Precipitation
    27. Custom Synthesis and Custom Chemicals
    28. Dense-Medium Separation
    29. Design of Experiments
    30. Direct Heating with Circulating Heat Carriers
    31. Disperse Systems and Dispersants
    32. Disperse Systems, Characterization and Analysis
    33. Distillation, 1. Fundamentals
    34. Distillation, 2. Equipment
    35. Distillation, 3. Processes
    36. Dry Cleaning
    37. Drying of Solid Materials
    38. Dust Separation
    39. Electrically Generated Heat
    40. Electrochemical and Chemical Deposition
    41. Electroluminescent Materials and Devices
    42. Electrostatic Separation
    43. Elutriation
    44. Energy Management in Chemical Industry
    45. Estimation of Physical Properties
    46. Evaporation
    47. Filtration, 1. Fundamentals
    48. Filtration, 2. Equipment
    49. Flotation
    50. Fluid Mechanics
    51. Fluidized-Bed Reactors
    52. Foams
    53. Foundry Technology
    54. Freeze-Drying
    55. Gravity Concentration
    56. Handling of Particulate Solids
    57. Heat Exchangers, 1. Fundamentals and General Design Methodology
    58. Heat Exchangers, 2. Heat Transfer for Heat Exchanger Design
    59. Heat Exchangers, 3. Phase Change in Heat Exchanger Design
    60. Heat Exchangers, 4. Auxiliary Issues in Heat Exchanger Design
    61. Hydrocyclones
    62. Leather
    63. Liquid–Liquid Extraction
    64. Liquid–Solid Extraction
    65. Loop Reactors
    66. Magnetic Separation
    67. Mathematical Modeling
    68. Mathematics in Chemical Engineering
    69. Mechanical Properties and Testing of Metallic Materials
    70. Membrane Reactors
    71. Membrane Separation Processes, 1. Principles
    72. Membrane Separation Processes, 2. Design and Operation
    73. Membrane Separation Processes, 3. Membrane Preparation and Membrane Module Constructions
    74. Membrane Separation Processes, 4. Concentration Polarization and Membrane Fouling
    75. Membranes: Gas-Separation Applications
    76. Membranes: Separation of Organic Vapors from Gas Streams
    77. Metallurgical Furnaces
    78. Micro Process Technology, 1. Introduction
    79. Micro Process Technology, 2. Processing
    80. Micro Process Technology, 3. Applications
    81. Microalgae Reactors
    82. Microreactors – Modeling and Simulation
    83. Mixing of Highly Viscous Media
    84. Mixing of Solids
    85. Mixing, Introduction
    86. Model Reactors and Their Design Equations
    87. Nondestructive Testing, 1. General
    88. Nondestructive Testing, 2. Radiography
    89. Nondestructive Testing, 3. Ultrasonics
    90. Nondestructive Testing, 4. Thermography
    91. Nondestructive Testing, 5. Magnetic and Electromagnetic Engineering
    92. Nondestructive Testing, 6. Nondestructive Testing in Civil Engineering
    93. Nondestructive Testing, 7. Other Methods
    94. On-Line Monitoring of Chemical Reactions
    95. Pigging Technology
    96. Pilot Plants
    97. Pinch Technology
    98. Principles of Chemical Reaction Engineering
    99. Process Development, 1. Fundamentals and Standard Course
    100. Process Development, 2. Evaluation
    101. Process Intensification, 1. Fundamentals and Molecular Level
    102. Process Intensification, 2. Phase Level
    103. Process Intensification, 3. Process Unit Level
    104. Process Intensification, 4. Plant Level
    105. Process Systems Engineering, 1. Introduction
    106. Process Systems Engineering, 2. Modeling and Simulation
    107. Process Systems Engineering, 3. Mathematical Programming (Optimization)
    108. Process Systems Engineering, 4. Process and Product Synthesis, Design, and Analysis
    109. Process Systems Engineering, 5. Process Dynamics, Control, Monitoring, and Identification
    110. Process Systems Engineering, 6. Cyberinfrastructure and Decision Support Systems
    111. Process Systems Engineering, 7. Abnormal Events Management and Process Safety
    112. Process Systems Engineering, 9. Domain Engineering
    113. Process Systems Engineering, 8. Plant Operation, Integration, Planning, Scheduling, and Supply Chain
    114. Process-Scale Chromatography
    115. Protective Gases
    116. Radiation Heating
    117. Reaction Columns
    118. You have free access to this content
      Reactive Distillation
    119. Reactor Types and Their Industrial Applications
    120. Refrigeration Technology
    121. Scale-Up in Chemical Engineering
    122. Screening
    123. Sedimentation
    124. Sensor-Based Sorting
    125. Separation Processes, Introduction
    126. Size Enlargement
    127. Size Reduction
    128. Solid–Liquid Separation, Introduction
    129. Solid–Solid Separation, Introduction
    130. Solids Process Technology
    131. Sonochemistry
    132. Spray Forming of Metals
    133. Spraying and Atomizing of Liquids
    134. Stirred Tank Reactors
    135. Stirring
    136. Sublimation
    137. Textile Printing
    138. Textile Technology
    139. Thin-Film Reactors
    140. Three-Phase Trickle-Bed Reactors
    141. Transport Phenomena, 1. Foundations
    142. Transport Phenomena, 2. Transport in Compositionally Uniform Systems
    143. Transport Phenomena, 3. Transport in Multicomponent Systems
    144. Transport Phenomena, 4. Macroscopic Systems
    145. Vacuum Technology
    146. Welding and Cutting
    147. Wood, Surface Treatment
  16. Renewable Resources
  17. Special Topics

SEARCH