The Future of Electrical Energy Storage: The economics and potential of new technologies – Aarkstore Enterprise

Electrical energy storage (apart from pumped storage hydropower) is still a peripheral part of the power generation infrastructure. However, the advancing use of renewable energy, particularly wind power, will change the perception of storage and lead to significant increase of its use. At the same time, developments over the last ten to twenty years have brought a range of new storage technologies to the brink of commercialization. However, commercial projects are in short supply.

The Future of Electrical Energy Storage is a new management report analyses the future of electrical energy storage and how the advancing use of renewable energy, particularly wind power, will change the perception of storage and lead to significant increase it its use.

Understand the key drivers and resistors of electrical energy storage and its impact on the landscape with the help of this new report…

Some key findings from this report

• There is just 90GW of electricity storage capacity in operation – around 3% of global capacity, which is much lower than in other energy industries.

• As an emerging group of technologies, estimates on the cost of electrical energy storage vary widely, on average by more than 100% and typically much higher in battery technologies.

• Capacitors are the most efficient of the existing electrical energy storage technologies with a round trip efficiency of >95%, while hydrogen storage is, by a large margin, the least efficient technology.

• The US and Japan are the global leaders in large scale pumped storage hydropower plants with 9 and 12 plants respectively, compared to just 1 each in the UK, France and Australia.

• Based on an analysis of fixed and variable costs, batteries are currently the most expensive technologies – a key limiting factor compared to more mature alternatives such as pumped storage hydropower.

This new report will enable you to

• Identify the leading technologies for electrical energy storage, their development status and application with this report’s in-depth analysis of the 7 leading electrical energy technologies (Pumped-storage hydropower, compressed air energy storage, batteries, flywheels, hydrogen storage, capacitors and superconducting magnetic energy storage), their development and future application.

• Compare the cost of different electrical energy storage technologies in terms of capital, fixed and variable costs from data found in this report.

• Understand the economics of electrical energy storage and the key factors that will drive economic competitiveness of each technology.

• Assess the future potential for energy storage and the role of growing renewable energy capacity as a market driver.

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Negotiating the Emerging Biosimilars Landscape: Key Developments in the Regulatory Environment

As regulatory obstacles to biosimilars development have become increasingly resolved, a growing number of opportunities have been created for generics companies in the biopharmaceutical market, which according to IMS data was valued at $85.9 billion in 2007. Conservative projections estimate that sales of biopharmaceutical products will exceed $135 billion by 2011. With some of the earliest biopharmaceuticals having already lost patent protection, the originators of biopharmaceutical products are facing intense competition from generics developers. In response, originators are resorting to a range of defensive tactics, including the reformulation of existing products to improve efficacy, the implementation of more efficient delivery systems and the pursuit of high-level intellectual property (IP) battles.

‘Negotiating the Emerging Biosimilars Landscape’ is a new report published by Business Insights that examines the structure of the biopharmaceutical industry and the strategic approaches taken to alleviate the threat posed by the biosimilar market. The key factors affecting market access within the biosimilars market are assessed and the latest issues surrounding bioequivalence are examined. This report also provides a comprehensive review of the current legislative and regulatory positions of key geographic regions in addition to evaluating their anticipated future legislative changes and outcomes.

Key Findings

European Union guidelines have been prepared which authorise the use of specific therapeutic biopharmaceutical medicines as biosimilars. However, despite the range of current European guidelines produced by the EMEA, many European governments have issued laws prohibiting the automatic substitution of original products.

No approval pathway for biosimilars (FOB) exists in the USA, and one is unlikely to exist before 2010. A complex range of Acts and Bills have failed to resolve a number of outstanding legal and regulatory issues.

India’s biopharmaceutical industry is projected to grow to almost $5 billion by the end of 2010, representing annual growth in excess of 30%. However, despite WTO membership and recent advances in compliance with international regulatory/intellectual property laws, there remains no formal regulatory framework for biosimilars in India or China.

Health Canada has not yet publicly announced a legal or regulatory framework for biosimilar approval, and no legal framework for biosimilars currently exists in Japan. New regulatory frameworks and biosimilar guidelines are currently under development in both countries.

Use this report to…

• Identify and respond to the challenges and threats posed by the emergence of the biosimilars industry with this report’s examination of key trends and strategic approaches used by the biopharmaceutical industry to protect market share and intellectual property.
• Examine details of expired patents or impending patent expiries for first-gen biopharmaceuticals derived from recombinant DNA such as interferons, human insulin and insulin analogs, monoclonal antibodies (Mab) growth hormone and epoietins.
• Evaluate the legislative and regulatory requirements for biosimilars across key geographic regions including Europe, the US, Japan, Australia, Canada as well as the strategically important emerging markets of China and India.
• Assess the factors affecting biosimilar market access with this report’s analysis of the drivers and restraints to biosimilar approval, use and uptake, in addition to an investigation of the problems associated with determining bioequivalence.

Explore issues including…

Impending patent expiries. The critical challenge facing the biopharmaceutical industry is the expiry or pending expiry of patents for first generation biopharmaceuticals derived from recombinant DNA such as interferons, growth hormone and epoietins.

Defensive strategies. As part of efforts to protect the market share of products with impending patent expiries, originator biopharmaceutical companies have begun to protect intellectual property and engage in strategic alliances, joint ventures and mergers between themselves and major pharma companies.

Geographical disparities in biosimilar legislation. Different geographic regions have varying legislative approaches to the regulation and/or approval of biosimilars. Such discrepancies often lead to misunderstandings and can result in complexity and complication during the approval process.

Discover…

• Which biopharmaceutical companies are at risk from product patent expires?
• What is the status of the analytical techniques used for determining bioequivalence?
• What tactics prove most effective for originator biopharmaceutical companies who wish to protect their market position?
• What effect the market entry of second generation biopharmaceuticals by originator companies have on the biosimilars market?
• What are the growth drivers and restraints of the biosimilars market?
• How are global healthcare costs influenced by biosimilar market entry prospects?
• What is the current legislative and regulatory status of biosimilars in Europe and the US?
• How will China and India influence the biopharmaceutical and biosimilars market in the future?

For more information, kindly visit :
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Low power Next Generation Display Market – Aarkstore Enterprise

Nanophotonics is born out of the combination of three major sciences: photonics, nanotechnology, and optoelectronics. While photonics and optoelectronics have revolutionized the electronics and semiconductors market, nanotechnology has the greatest potential for further improvement, and hence has emerged as the most sought-after technology by big companies and research laboratories. In spite of it being in the nascent stage, nanophotonics is expected to make it to the mainstream market owing to its higher power efficiency, thermal resistivity, and operational life.

The nanophotonic component market is growing at a robust rate for the last few years and is expected to maintain a very high CAGR for the next few years. The market is expected to reach US$3.6 billion in 2014 at a CAGR of 100.7% from 2009 to 2014 and a similar growth pattern can be expected for the nanophotonics devices market as well. This market is expected to grow from a current market size of US$1.8 billion to US$58 billion in 2014.

Though most of the nanophotonic products are still under research, the available products such as nanophotonic LEDs, nanophotonic PV cells, nanophotonic OLEDs have been very successful in the market. Nanophotonic LEDs has the largest market share of US$106 million in 2009. However, considering the pace of progress in various other segments like near-field-optics, optical amplifiers, optical switches and holographic memory, it can be safely ascertained that holographic memory and optical switches are expected to have the highest growth rate in the next five years. Nanophotonic LEDs will still continue to be largest segment albeit with a slow growth rate.

In the nanophotonic LED market, the high beam LED has the highest market share followed by UV LED. In the fastest growing market of optical amplifiers, it is the optical fiber amplifier that commands the highest CAGR in the period 2009 to 2014 followed by semiconductor amplifiers. HDSS is also expected to grow with a CAGR comparable to that of optical amplifiers. OLED is estimated to be the slowest growing market. Lowering production costs and improving operational efficiencies would ensure opening of new opportunities for the nanophotonics market.

The market is very concentrated with only the market leaders like Osram, IBM, Samsung SDI, JDSU, etc doing extensive research in nanophotonics but as most of the application areas are related to electronics, this market is expected to attract a large number of players that would in turn increase the degree of competition.

Growth of Nanophotonic Products from 2009 – 2014

The graph indicates the forecasted growth rate of nanophotonics products from the year 2009 to 2014. The optical amplifiers are expected to grow at the maximum growth rate followed by the HDSS devices. The growth in the nanophotonics market is primarily due to the increasing demand from the Asian countries.

The key players in the nanophotonics component market are working at developing new products by forging strategic alliances with renowned universities, research laboratories and nanomaterial companies. These developments are focused on improving the operational parameters for the nanophotonic devices and grab the early mover’s advantages in the market.

Our patent analysis indicates that the U.S. has filed the highest number of patent applications in nanophotonics since 2006 followed by Europe. In the products category, nanophotonic LED accounts for the highest number of patents followed by nanostructures while OLED accounts for the lowest number.
 

What makes our reports unique?

We provide the longest market segmentation chain in this industry- not many reports provide market breakdown upto level 5.
Each report is about 250 pages with 100+ market data tables, 40 competitive company profiles, analysis of 300 patents and minimum 50 micro markets, which are collectively exhaustive and mutually exclusive.
No single report by any other publisher provides market data for all the segments viz products, services, applications, ingredients, technology, and stakeholders in a single report for all the four geographies – US, Europe, APAC, ROW.
We provide 10% customization- normally it is seen that clients do not find specific market intelligence that they are looking for. Our customization Our customization will ensure that you necessarily get the market intelligence you are looking for and we get a loyal customer.
15 pages of high level analysis including benchmarking strategies, best practices and the market?s cash cows (BCG matrix). We conduct detailed market positioning, product positioning and competitive positioning. Entry strategies, gaps and opportunities are identified for all the stakeholders.
Comprehensive market analysis for pharmaceutical and biotech companies, medical device manufacturers, pharma-research labs, doctors, physicians and hospitals, medical/pharma associations, retailers and super-retailers, technology providers, and research and development (R&D) companies.

Key questions answered

Which are the high-growth segments/cash cows and how is the market segmented in terms of applications, products, services, ingredients, technologies, stakeholders?
What are market estimates and forecasts; which markets are doing well and which are not?
Where are the gaps and opportunities; what is driving the market?
Which are the key playing fields? Which are the winning edge imperatives?
How is the competitive outlook; who are the main players in each of the segments; what are the key selling products; what are their strategic directives, operational strengths and product pipelines? Who is doing what?

Powerful Research and analysis

The analysts working come from renowned publishers and market research firms globally adding their expertise and domain understanding. We get the facts from over 22,000 news and information sources, a huge database of key industry participants and draw on our relationships with more than 900 market research companies across the world. We, are inspired to help our clients grow by providing qualitative business insights with our huge market intelligence repository.

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Welcome to Aarkstore Market Research Aggregation

We specialize in providing online market business information on market research reports, books, magazines, conference booking at competitive prices, and strive to provide excellent and innovative service to our customers. We are built on the premise that reading is valuable, capable of stirring emotions and firing the imagination. Whether you’re looking for new product trends or competitive analysis of a new or existing market, Aarkstore.com has the best resource offerings and the expertise to make sure you get the right product every time. 
 
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Operation Report on China Gas Water Heater Industry, 2008

This report mainly researches China’s gas water heater industry, covering the fields of production, sales, export and import etc. and also researches the leading enterprises of gas water heater industry.

The author has a profound understanding on Chinese corn industry with valuable first-hand information through interviews and abundant second-hand information. The report analyzes Chinese corn market from production, consumption and import & export, etc.

Readers can also get the following information:
-Main technologies of China’s gas water heater industry
-Supply and demand
-Market competition
-Important brands
-Development tendency
 
 
Table of Contents : 
1 Related Definition
1.1 Objects Researched
1.2 Market Categories of Gas Water Heaters
1.3 Main Technology Descriptions

2 Supply-Demand and Development Tendency Analysis of China’s Gas Water Heater Industry
2.1 Production
2.2 Sales
2.3 Import and Export
2.4 Prospects of China’s Gas Water Heater Industry

3 Competition Analyses
3.1 Market Shares of Enterprises
3.2 Means of Competition

4 Main Manufacturers of Gas Water Heater
4.1 Vanward Group Co. Ltd
4.2 Macro Co. Ltd.
4.3 Rinnai Co. Ltd.
4.4 Noritz China
4.5 Haier Co., LTD

Selected Charts
Chart Sales of Gas Water Heater, 2004-2008
Chart Sales Revenues of China Gas Water Heater Market, 2004-2008
Chart Export Volumes of China Gas Water Heater Industry, 2004-2008
Chart Exports of China Gas Water Heater Industry, 2004-2008
Chart Analysis of Sales occupancies of China Gas Water Heater Industry, 2006
Chart Analysis of Sales occupancies of China Gas Water Heater Industry, 2007
Chart Contacts of Main Manufacturers
 
 
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Or email us at press@aarkstore.com or call +919272852585.

Investigation Report on China Wind Turbine Component Manufacturers, 2009

Currently, wind power is an important one in the world’s energy family. In 2008, among the installed world’s new electricity generating equipment, the total value of wind turbines is more than 400 billion dollars.

In 2008, the growth rate of global wind power capacity was 28.8 percent, higher than the average growth rate in the past ten years. By the end of 2008, the total installed capacity of wind energy equipment reached 120.8GW. The additional installed capacity in 2008 was more than 27GW, 36 percent year-on-year growth.

In 2008, an additional installed capacity of wind power in China was 6.3GW, the total installed capacity reached 12.2GW.

To cope with the impact of financial crisis, the Chinese government has been regarded the development of wind energy as one of the key economic growth points. According to the current pace of development, China’s total installed capacity in 2010 will be the second largest in the world, realizing the original plan of achieving the goal of 30GW in 2020 a decade ahead of schedule.

China’s growing wind power market has also stimulated the domestic wind turbine and components production. Manufacturing become more mature, and gradually cover the entire supply chain.

At present, Chinese enterprises will not only meet the domestic demand, but also begin to supply the international market, especially the parts.

The present report on China wind power equipment manufacturers¡¦ survey will reflect the substantial industry market information displayed to the readers

For more information, kindly visit :
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China Bio-Energy Resources Raw Materials Market Report By Aarkstore Enterprise

As the first special research report of the Chinese bio-energy resources raw materials market, the report will forecast the market by five historical research chapters.
 
 The report also answers the questions some insiders suggested on the following issues:
 1. What are the prospects for developing the environment of bio-energy in China?
 2. How much potential is there for bio-energy resources in China?
 3. What is the major bio-energy crop’s production cost, transformation cost and energy conversion efficiency in China?
 4. What is the current and forecasted demand for bio-energy resources in China?
 5. What is the current forecasted import & export of bio-energy resources in China?
 
 
 Table of Contents :
 CHAPTER ONE DEVELOPING ENVIRONMENT OF BIOENERGY IN CHINA 1
 1.1 ENVIRONMENT OF BOTH DOMESTIC AND INTERNATIONAL ECONOMY 1
 1.1.1 Analysis of International Economy 1
 1.1.2 Analysis of Domestic Economy 1
 1.2 ENVIRONMENT OF BOTH DOMESTIC AND INTERNATIONAL ENERGY 2
 1.2.1 Current Status of International Energy Resources 2
 1.2.2 Current Status of Domestic Energy Resources 6
 1.3 POLICY ENVIRONMENT OF DOMESTIC BIOENERGY RESOURCES 8
 1.3.1Energy Resources Development of the 11th 5- year Plan 8
 1.3.2Renewable Energy Resources of Medium and L0ng Term Development 10
 1.3.3 Related Policies and Regulations 12
 1.4 BIOENERGY APPLICATION TECHNOLOGY ENVIRONMENT IN CHINA 13
 1.4.1 Development of Bioenergy Utilization Technology in China 13
 1.4.2 Achievement of Bioenergy Application Technology in China 16
 1.4.3 Development Goal of Bioenergy Application Technology in China 17
 1.4.4 Current Issue of Bioenergy Application Technology in China 17
 1.5 INTERNATIONAL TRADE ENVIRONMENT OF CHINA BIOENERGY RESOURCES 17
 1.6 FORECAST OF BIOENERGY APPLICATION IN CHINA(2008-2012) 18
 
 CHAPTER TWO PRODUCTION STATUS AND FORECAST OF BIOENERGY RESOURCES IN CHINA 19
 2.1 PRODUCTION ANALYSIS OF BIOENERGY RESOURCES IN CHINA 19
 2.1.1 Output Analysis of Bioenergy Resources in China 19
 2.1.2 Related Field of Bioenergy Resources in China 19
 2.1.3 Distribution of Bioenergy Resources in China 19
 2.1.4 Forecast of Development of Bioenergy Resources in China (2008-2012) 20
 2.2 ANALYSIS OF CORN PRODUCTION IN CHINA 21
 2.2.1 Growing Areas and Output of Corn in China 21
 2.2.2 Distribution of Main Corn Growing Areas in China 22
 2.2.3 Trend of Corn Price in China 25
 2.2.4 Forecast of Corn Production in China (2008-2012) 26
 2.3 ANALYSIS OF CASAVA PRODUCTION IN CHINA 26
 2.3.1 Growing Areas and Output of Casava in China 26
 2.3.1 Distribution of Main Casava Growing Areas in China 26
 2.3.3 Trend of Casava Price in China 28
 2.3.4 Forecast of Casava Production in China (2008-2012) 28
 2.4 ANALYSIS OF CELLULOSIC STRAW OUTPUT IN CHINA 29
 2.4.1 Output of Cellulosic Straw in China 29
 2.4.2 Distribution of Main Cellulosic Straw Growing Areas in China 30
 2.4.3 Trend of Cellulosic Straw Price in China 31
 2.4.4 Forecast of Cellulosic Straw Production in China (2008-2012) 33
 2.5 ANALYSIS OF SWEET POTATO PRODUCTION IN CHINA 33
 2.5.1 Growing Areas and Output of Sweet Potato in China 33
 2.5.2 Distribution of Sweet Potato Production Bases in China 33
 2.5.3 Trend of Sweet Potato Price in China 34
 2.5.4 Forecast of Sweet Potato Production in China (2008-2012) 35
 2.6 ANALYSIS OF SWEET SORGHUM PRODUCTION IN CHINA 35
 2.6.1 Growing Areas and Output of Sweet Sorghum in China 35
 2.6.2 Distribution of Sweet Sorghum Production Bases in China 35
 2.6.3 Trend of Sweet Sorghum Price in China 36
 2.6.4 Forecast of Sweet Sorghum Production in China(2008-2012) 36
 2.7 ANALYSIS OF SUGAR PRODUCTION IN CHINA 37
 2.7.1 Growing Areas and Output of Beet in China 37
 2.7.2 Distribution of Main Beet Growing Areas in China 37
 2.7.3 Trend of Beet Price in China 38
 2.7.4 Forecast of Beet Production in China(2008-2012) 38
 2.8 ANALYSIS OF OTHER BIOENERGY RESOURCES(SOYBEAN, SUGAR CANE, CASTOR, MOLASSES, WOODY OIL CROP ETC.) IN CHINA 39
 2.8.1 Growing Areas and Output of Other Bioenergy Resources in China 39
 2.8.2 Distribution of Main Bioenergy Resources Growing Areas in China 41
 2.8.3 Trend of Other Bioenergy Resources Prices in China 43
 2.8.4 Forecast of the Production of Other Bioenergy Resources Production in China(2008-2012) 45
 2.9 MARKET RESEARCH OF BIO-DIESEL FUEL IN CHINA 46
 2.9.1 Analysis of Current Biodiesel Status and Development in China 46
 2.9.2 Analysis of Supply and Demand of Processing Raw Material for Biodiesel in China 48
 
 CHAPTER THREE ANALYSIS OF MAJOR BIOENERGY CROPS’ PRODUCTION COST, TRANSFORMATION COST AND ENERGY CONVERSION EFFCIENCY IN CHINA 51
 3.1 ANALYSIS OF MAJOR BIOENERGY CROPS’ ECONOMIC EFFCIENCY IN CHINA 51
 3.1.1 Major Bioenergy Crops’ Economic Efficiency in China 51
 3.1.2 Analysis of Major Factors 51
 3.2 ANALYSIS OF MAJOR BIOENERGY CROPS’ PRODUCTION COST IN CHINA 51
 3.3 ADVANTAGES AND DISVANTAGES OF BIOFUEL PRODUCED FROM MAJOR BIOENERGY CROPS IN CHINA 52
 
 CHAPTER FOUR CURRENT STATUS AND FORECAST OF BIOENERGY RESOURCES DEMAND IN CHINA 55
 4.1 DEMAND OF BIOENERGY RESOURCES IN CHINA (2008-2012) 55
 4.1.1 Application of Bioenergy Resources in All Fields in China 55
 4.1.2 Proportion of Application of Bioenergy Resources in All Fields in China 55
 4.2 ANALYSIS OF DRIVING FORCE TO THE INCREASING DEMAND FOR BIOENERGY RESOURCES IN CHINA 56
 4.2.1 Shortage of Energy Resources 56
 4.2.2 Environment Pollution 56
 4.2.3 Industry Development of Bioenergy Resources 56
 4.2.4 National Incentives Policies 57
 4.2.5 Other Driving Forces 57
 4.3 ANALYSIS OF OBSTACLES TO THE GROWTH OF DEMANDS FOR BIOENERGY RESOURCES IN CHINA(2008-2012) 58
 4.3.1 Lagged Application Technology 58
 4.3.2 National Intervention Policies 58
 4.3.3 Other Obstructive Factors 58
 4.4 FORECAST OF BIOENERGY RESOURCES DEMAND IN CHINA(2008-2012) 58
 4.5 DEVELOPMENT AND APPLICATION OF BIOENERGY RESOURCES TRANSFORMATION TECHNOLOGY IN CHINA 59
 4.6 DEMAND FOR CORN IN CHINA 60
 4.6.1 Application Volume of Corn in China 60
 4.6.2 Analysis of Demand for Corn in All Fields in China 61
 4.6.3 Production of Alcohol and Bioethanol Distilled from Corn in 2007 63
 4.6.3.1 Production Status of Alcohol and Bioethanol Distilled from Corn in China 63
 4.6.3.2 Production Characteristics of Bioethanol in China 63
 4.6.3.3 Corn Consumption Volume for Distilling Bioethanol 65
 4.6.4Development of Energy Conversion Technology of Corn in China (2008-2012) 65
 4.6.5 Forecast of Demand for Corn in China (2008-2012) 66
 4.7 DEMAND FOR CASAVA IN CHINA 66
 4.7.1 Application Volume of Casava in China 66
 4.7.2 Analysis of Demand for Casava in All Fields in China 67
 4.7.3 Development of Energy Conversion Technology of Casava in China (2008-2012) 67
 4.7.4 Forecast of Demand for Casava in China (2008-2012) 67
 4.8 DEMAND FOR CELLULOSIC STRAW IN CHINA 68
 4.8.1 Application Volume of Cellulosic Straw in China 68
 4.8.2 Analysis of Demand for Cellulosic Straw in All Fields in China 68
 4.8.3 Development of Energy Conversion Technology of Cellulosic Straw in China(2008-2012) 69
 4.8.4 Forecast of Demand for Cellulosic Straw in China (2008-2012) 70
 4.9 DEMAND FOR SWEET POTATO IN CHINA 70
 4.9.1 Application Volume of Sweet Potato in China 70
 4.9.2 Analysis of Demand for Sweet Potato in All Fields in China 71
 4.9.3 Development of Sweet Potato Transformation Technology in China (2008-2012) 72
 4.9.4 Forecast of Demand for Sweet Potato in China (2008-2012) 72
 4.10 DEMAND FOR SWEET SORGHUM IN CHINA 73
 4.10.1 Application Volume of Sweet Sorghum in China 73
 4.10.2 Analysis of Demand for Sweet Sorghum in All Fields in China 73
 4.10.3 Development of Sweet Sorghum Transformation Technology in China (2008-2012) 73
 4.10.4 Forecast of Demand for Sweet Sorghum in China (2008-2012) 74
 4.11 DEMAND FOR SUGAR IN CHINA 74
 4.11.1 Application Volume of Beet in China 74
 4.11.2 Analysis of Demand for Beet in All Fields in China 75
 4.11.3 Development of Beet Transformation Technology in China (2008-2012) 75
 4.11.4 Forecast of Demand for Beet in China (2008-2012) 76
 4.12 DEMAND FOR OTHER BIOENERGY RESOURCES IN CHINA 76
 4.12.1 Application Volume of Other Bioenergy Resources in China 76
 4.12.2 Analysis of Demand for Other Bioenergy Resources in All Fields in China 77
 4.12.3 Development of Other Bioenergy Resources Transformation Technology in China (2008-2012) 78
 4.12.4 Forecast of Demand for Other Bioenergy Resources in China (2008-2012) 79
 
 CHAPTER FIVE CURRENT STATUS ANDFORECAST OF IMP&EXP OF BIOENERGY RESOURCES IN CHINA 80
 5.1 IMPORT OF BIOENERGY RESOURCES IN CHINA 80
 5.2 EXPORT OF BIOENERGY RESOURCES IN CHINA 80
 5.3 IMPORT & EXPORT OF CASAVA IN CHINA 81
 5.3.1 Import Volume & Value of Casava in China 81
 5.3.2 Original Countries of Casava Import in China 82
 5.3.3 Export Volume & Value of Casava in China 83
 5.3.4 Destinations of Casava Export in China 83
 5.3.5 Forecast of Imp & Exp of Casava in China(2008-2012) 84
 5.4 IMPORT & EXPORT OF CORN IN CHINA 84
 5.4.1 Import Volume & Value of Corn in China 84
 5.4.2 Original Countries of Corn Import in China 86
 5.4.3 Export Volume & Value of Corn in China 87
 5.4.4 Destinations of Corn Export in China 88
 5.4.5 Forecast of Imp & Exp of Corn in China(2008-2012) 90
 5.5 IMPORT & EXPORT OF OTHER BIOENERGY RESOURCES IN CHINA 91
 
 CHAPTER SIX PROPOSAL OF INVESTMENT ON BIOENERGY RESOURCES INDUSTRY IN CHINA 98
 6.1 FEASIBILITY STUDY 98
 6.1.1 Policy 98
 6.1.2 Market 98
 6.2 FEASIBLE PROPOSAL 98

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Wind Power in the U.S. and the World

Companies involved in the manufacturing and distribution of products related to wind energy are anticipating a banner year for 2009 as a new base of customers inherit the wind as their primary source of energy. But some manufacturers with an eye towards expanding market presence in the U.S. are waiting with baited breath. By early 2009, the U.S. will have inaugurated President Barack Obama who will be consumed with healing the nation from an economy in shambles. His actions could have a ripple effect on the spending intentions of businesses and consumers who are considering converting to renewable energy sources as a means to cut energy costs and help promote environmental reduction of greenhouse gas emissions. Obama said he would invest $15 billion a year in renewable energy sources to create five million new energy jobs through 2018. He also stated that he would emphasize a program to spend $150 billion over 10 years to develop renewable energy sources, like wind, and to encourage energy conservation.

SBI estimates that the total wind energy market in the U.S. is valued at $151.3 billion. The U.S. wind industry expanded rapidly in 2008 fueled by three key market drivers:

• Skyrocketing fossil fuel and oil prices for commercial and home heating
• Long-term demand for renewable energy sources domestically
• Improvements in technology that streamlines the manufacturing of wind turbines, especially for larger machines required for offshore wind farm initiatives
• Positive employment outlook in turbine manufacturing sector

Scope and Methodology

This report includes both primary and secondary research. Secondary research data have been obtained from government sources, trade association publications, business journals, and company literature. Statistical data are included for industry revenue, both globally and for the United States. Historical data are provided for the 2002 to 2008 time frame with projections of future sales through 2013. The base year for the report is 2008.

The report covers shipments, imports and exports, as well as the economic and market trends driving the wind power industry. It identifies key market trends and dynamics, and profiles major market players, outlining their strategies to maximize growth and profitability.

SBI’s research methodology for this report involved aggregating, synthesizing, and analyzing data from several sources, including the U.S. government and several third-party market research syndicated data suppliers. Historical data relating to the manufacturing and distribution of wind energy products in the U.S are culled from the U.S. Department of Commerce, the U.S. Census Bureau, and the Bureau of Labor Statistics. Analysis of these data, including market-level shipments, imports and exports provide the foundation for our projections of overall market size and growth during the next five years. Our projections also take into account data that indirectly affects the growth of the wind energy market, such as information provided by the U.S. Department of Energy, National Renewable Energy Laboratory, and the American Wind Energy Association.

The shipment value has been used to indicate the market supply of wind energy products, specifically products manufactured to develop wind energy turbines. Shipment statistics are derived from the U.S. Census of Manufacturers and the Annual Survey of Manufacturers, and are estimated and projected by SBI.

How You Will Benefit from this Report

This report is a “must read” for manufacturers of wind energy turbines and its associated components, such as gearboxes, measuring devices, towers, nacelles, and blades. These companies will understand the current market size of wind energy installations globally and the U.S.’s position among other nations. The report examines the states with the greatest domestic opportunities for wind energy expansion and looks at the growth potential for manufacturers of large-scale and small turbines for the consumer market. Manufacturers will find the report provides a thorough analysis of wind energy manufacturing and how companies are marketing their products to compete with other more popular energy sources.

This report will help:

• Marketing Managers identify market opportunities and develop promotion plans for wind energy products
• Research and Development Professionals keep abreast of competitor initiatives, and product innovations
• Advertising and Public Relations Agencies working with clients in the wind energy sector to create targeted and compelling messages about the benefits of wind energy products
• Business Development Executives of wind energy companies to identify potential partnerships, and detect new product applications.

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AUV Gamechanger Report 2008-2017

The report describes how AUVs fit into the family tree of unmanned underwater vehicles (UUVs), outlines the development of the industry and gives many examples of the various types of AUVs and the technologies involved. AUV market modelling process is based on three scenarios and includes oil & gas, research and military applications. The AUV Gamechanger Report 2008-17 begins with identifying the existing fleet numbers, then examines the market drivers and prospects in each of the main application sectors before developing forecasts basis for total growth prospects to 2017 on a ‘scenario’ basis.
 
Table of Contents :

EXECUTIVE SUMMARY & CONCLUSIONS
Overview of key report findings, market forecasts, conclusions.

AN INTRODUCTION TO UNMANNED UNDERWATER VEHICLES
Overview of ROV vehicle types and their purpose, rationale & technical evolution of AUVs, significant points in AUV history.

APPLICATIONS
Why AUVs? – The alternatives, advantages of using AUVs. Description of AUV applications including commercial oil & gas related activities submarine telecoms cables, military, ocean research and others.

AUV TECHNOLOGY
Hull shape & size, power, propulsion and maneuvering, buoyancy, positioning & navigation, communications, sensor payloads, autonomy.

MARKET FORECASTS 2008-2017
Introduction – the existing fleet, the scenario approach, market drivers. Oil & gas sector forecasts, deepwater survey, deepwater field operations and pipelines. Hydrographic and research sectors. Submarine cable sector, military sector. Total market – units and values

APPENDICIES
Summary company profiles, hardware manufacturers & vehicle operators.

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Subsea Processing Gamechanger Report 2008-2017

The study examines the potential for subsea processing to permanently ‘change the game’ of offshore oil & gas production. The report is aimed at executives and technology managers but assumes the reader has no prior knowledge of the subject. It briefs the reader on the technology currently available and under development, gives specific case studies, presents the results of a survey of leading offshore operators and then, using three different scenarios, develops views on the size of future markets.
 
Table of Contents : 

Executive summary & conclusions – survey results, the subsea processing market by component and by region, conclusions.

What is driving the interest in subsea processing – macro factors including energy demand, oil prices and the growth of offshore production.

Offshore production systems – fixed platforms, FPSOs, FPSSs, subsea, environmental conditions, fast-track production, Xmas tress, control systems, templates & manifolds.

Technical Introduction to subsea processing – overview of the subject and market drivers.

Control and monitoring – control techniques, temperature sensors, pressure sensors, condition monitoring.

Subsea multiphase flow measurement – overview of flow measurement technologies, subsea multiphase flow meters, subsea wet gas meters, subsea oil in water monitors.

Subsea flow boosting – flow boosting technologies, subsea boosting drive options, sea water treatment, technology trends, subsea pumps, subsea compressors, case histories.

Subsea separation – separation technologies, technology trends, subsea separators, case histories.

Subsea power transmission and distribution – transmission technologies, power connectors, power distribution, current technologies.

Subsea development systems – subsea infrastructure, subsea electronics, technologies.

Case studies

Operators opinions of subsea processing – benefits of subsea processing, technology improvements, boosting vs separation, opinions of the future, trends in operator opinions.

The subsea processing market 2008-2017 – methodology, market scenarios, the subsea processing marketing by component and region, seabed boosting, subsea separation, multiphase metering, wetgas compression

Appendix – company profiles.

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