Technology Progress Survey of Glycine in China
Description:
CCM has finished a market report named Future of Enzyme in China to 2020 in Feb 2010. In order to meet clients’ different demands and provide more low-price products, we separated it into many sub-reports with different specific themes. Technology and Future Forecast of Enzyme in China is one of the sub-reports.
Owing to inadequate R&D investment in technology innovation and new product development, leading to weak competition of China’s enzyme technologies, none of Chinese enzyme producers can rank among the top largest enzyme producers around the world now, and this situation will remain so in the near future. Chinese producers have fallen behind the foreign producers in Chinese market. Only some advantages such as lower manufacturing cost and huge potential market may inject some confidence and development room in domestic producers.
In order to provide comprehensive analysis on China’s enzymes industry in recent years and its future prospects, questionnaire survey is conducted in this report, with total 11 respondents including enzyme professors and managers being interviewed on their views of China’s enzyme industry.
The survey results unveil the following key issues keenly concerning the future of China’s enzyme industry:
What are the key factors influencing development of China’s enzyme industry?
What are the future opportunities and challenges for China’s enzyme industry?
Which kinds of enzyme are mainly exported and imported?
What’s the future performance for different enzymes in China?
CCM has finished a market report named Future of Enzyme in China to 2020 in Feb 2010. In order to meet clients’ different demands and provide more low-price products, we separated it into many sub-reports with different specific themes. Technology and Future Forecast of Enzyme in China is one of the sub-reports.
Owing to inadequate R&D investment in technology innovation and new product development, leading to weak competition of China’s enzyme technologies, none of Chinese enzyme producers can rank among the top largest enzyme producers around the world now, and this situation will remain so in the near future. Chinese producers have fallen behind the foreign producers in Chinese market. Only some advantages such as lower manufacturing cost and huge potential market may inject some confidence and development room in domestic producers.
In order to provide comprehensive analysis on China’s enzymes industry in recent years and its future prospects, questionnaire survey is conducted in this report, with total 11 respondents including enzyme professors and managers being interviewed on their views of China’s enzyme industry.
The survey results unveil the following key issues keenly concerning the future of China’s enzyme industry:
What are the key factors influencing development of China’s enzyme industry?
What are the future opportunities and challenges for China’s enzyme industry?
Which kinds of enzyme are mainly exported and imported?
What’s the future performance for different enzymes in China?
INTRODUCTION
RESEARCH OBJECTIVES
SCOPE OF REPORT
METHODOLOGY
INFORMATION SOURCES
EXECUTIVE SUMMARY
I TECHNOLOGY PROGRESS OF GLYCINE
I-1 Brief introduction of chloroactic acid ammonolysis process
I-2 Brief introduction of Strecker process
I-3 Brief introduction of hydantion process
I-4 Brief introduction of Sanxia Yingli’s natural gas-HCN process
I-5 Development trend of glycine technology
RESEARCH OBJECTIVES
SCOPE OF REPORT
METHODOLOGY
INFORMATION SOURCES
EXECUTIVE SUMMARY
I TECHNOLOGY PROGRESS OF GLYCINE
I-1 Brief introduction of chloroactic acid ammonolysis process
I-2 Brief introduction of Strecker process
I-3 Brief introduction of hydantion process
I-4 Brief introduction of Sanxia Yingli’s natural gas-HCN process
I-5 Development trend of glycine technology
LIST OF TABLES
Table I-1.1 Raw material consumption of chloroactic acid ammonolysis process in China, Oct. 2010
Table I-4.1 Raw material consumption of natural gas route in China, Oct. 2010
Table I-1.1 Raw material consumption of chloroactic acid ammonolysis process in China, Oct. 2010
Table I-4.1 Raw material consumption of natural gas route in China, Oct. 2010
LIST OF FIGURES
Figure I-1.1 Flowchart of chloroactic acid ammonolysis process
Figure I-2.1 Flowchart of Strecker process
Figure I-3.1 Flowchart of the hydantion process
Figure I-4.1 Flowchart of Sanxia Yingli’s natural gas route
Figure I-1.1 Flowchart of chloroactic acid ammonolysis process
Figure I-2.1 Flowchart of Strecker process
Figure I-3.1 Flowchart of the hydantion process
Figure I-4.1 Flowchart of Sanxia Yingli’s natural gas route
