Table I-1.1-1 The unit consumption of raw materials in the method involving p-nitrophenol reduction with iron powder
Table I-1.1-2 Unit consumption of raw materials in the iron method
Table I-1.2.1-1 Main raw materials and their consumption in the method involving catalytic hydrogenation of nitrobenzene
Table I-1.2.1-2 The composition of reaction solution obtained with Catalytic (or Electrolytic) Method.
Table I-1.2.1-3 Methods for isolation and refining of PAP
Table I-1.2.6-1 Raw material consumption per ton PAP in Catalytic Method (Reported in 2003)
Table I-1.2.6-2 Assay of the raffinate from the extraction column
Table I-1.4.4-1 Raw materials consumption and electricity consumption
Table I-1.4.6-1 The main raw materials
Table I-1.4.6-2 The main components of the electrolytic tank and their parameters:
Table I-1.4.6-3 Results of the enlarge test:
Table I-1.4.6-5 Comparison with other researches (in table 11):
Table I-1.4.6-6 The Product PAP obtained in this enlarge test, compared with technical grade and reagent grade
Table I-1.4.6-7 Reaction conditions are shown following.
Table I-1.4.6-8 The results are shown in this table.
Table I-1.5-1 Comparison of major PAP production methods in China
Table I-1.5-2 Several limitations in the Integrated Wastewater Discharge Standard GB 8978-1996
Table I-2.1-1 PAP’s production and market situation in recent years
Table I-2.2-1 List of Active PAP manufacturers in China (2006)
Table I-2.3-1 Summary of PAP production of Chinese manufacturers in China
Table I-2.4-1 Market share for each of the domestic producers in 2005
Table I-2.5-1 Comparison of PAP producers by different starting materials in 2005 and 2006
Table I-2.6-1 Comparison of PAP producers by different processes in 2005
Table I-2.6-2 Comparison of PAP producers by different processes in 2006
Table I-2.6-3 Export of PAP from Bengbu Bayi in the past years
Table I-3.1.1-1 The market situation of nitrochlorobenzene in China in recent years
Table I-3.1.1-2 The production situation of the major nitrochlorobenzene producers in China
Table I-3.1.5-1 Relationship between nitrochlorobenzene, p-nitrophenol, PAP and paracetamol
Table I-3.1.5-2 The application proportion of nitrochlorobenzene in its downstream products in 2003
Table I-4.1 Export of PAP in the past few years
Table I-4.1.1-1 Exporters’ situation of PAP in 2005
Table: I-4.1.2 Export destinations of PAP in 2005
Table I-4.1.3 Export price of PAP in 2005
Table I-4.3-4 Export situation of Chinese manufacturers of PAP in 2005
Table I-5-1 Production & consumption of PAP in China in the past years
Table I-5-2 Production & consumption of PAP in China in 2003
Table I-5-2 PAP consumption pattern in 2004
Table I-5-3 PAP consumption pattern in 2005
Table I-5.1.1 List of major PAP end users in pharmaceutical industry
Table I-5.2-1 The production of sulfur dyestuff in recent years
Table I-5.2-2 Evaluations from the end users on PAP
Table I-5.3-1 List of major PAP end users in rubber antioxidant industry
Table I-5.4.1 List of major PAP end users in cosmetic industry
Table I-6.1.1 The consumption of rubber in China in the past years
Figure I-1.4.6-9 Schematic flow sheet of PAP electrosynthesis is shown below.
Figure I-6.2.1 Forecast of PAP output, consumption and domestic consumption in China from 2006 to 2010
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