West Europe Beverage Packaging Market (Austria, Belgium, Denmark, Finland, France, Germany, Greece, Ireland, Italy, Netherlands, Noway, Portugal, Spain, Sweden, Switzerland, UK)

everage Packaging Market in West Europe (Austria, Belgium, Denmark, Finland, France, Germany, Greece, Ireland, Italy, Netherlands, Noway, Portugal, Spain, Sweden, Switzerland, UK)
Beverage category – beer, packaged water, carbonates, juice, nectars, still drinks, squash/syrups, fruit powders, iced/rtd tea, iced/rtd coffee, sports drinks and energy drinks

Report Summary
Why Buy this Report?

• Produced by Canadean, the West Europe Beverage Packaging Regional Summary provides an in depth understanding of packaging trends in West Europe (aggregated totals of 16 markets).
• Includes more than 900 lines of beverage consumption data (historical and forecasts to 2016) by category, pack type, pack material and individual pack size.
• Data also measured in million units, useful when calculating raw material requirements as part of the packaging production process.
• Beverage packaging data is available to purchase on a global, regional or individual country basis enabling easy comparison of market structure and trends between different countries and regions.

Description
Extracted from Canadean’s Global Packaging Service, the West Europe Beverage Packaging Market Regional Summary provides beverage consumption data by beverage category, pack type, pack material and individual pack size.
Produced in Excel pivot tables (available for immediate download) and measured in both million litres and million units, the West Europe Regional Summary (total volume/aggregate of 16 countries) includes:

• Beverage category – beer, packaged water, carbonates, juice, nectars, still drinks, squash/syrups, fruit powders, iced/rtd tea, iced/rtd coffee, sports drinks and energy drinks
• Pack size – In excess of 140 individual pack sizes from 5cl to 10,000cl
• Pack type – 14 types of packaging including bag in box, bottle, can, carton and pouch
• Pack material – 12 types including board, glass, metal and PET
• Refillable vs non-refillable (for glass and PET)
• Carbonation indicator
• Serving size – single serve (up to 60cl), multi serve (61cl plus)
• Data horizon – 2000 to 2010 actuals, 2011 to 2016 forecasts

Table of Contents

Geographical Coverage:
Total volume (aggregate) of 16 countries (Austria, Belgium, Denmark, Finland, France, Germany, Greece, Ireland, Italy, Netherlands, Noway, Portugal, Spain, Sweden, Switzerland, UK)
Format:
Excel pivot table
Data Horizon:
2000 to 2010 actuals, 2011 to 2016 forecasts
Measure:
Consumption volume in million litres and million units
Beverage categories:
Beer
Soft drinks categories (packaged water, carbonates, juice, nectars, still drinks, dilutables (squash/syrups, fruit powders), iced/rtd tea drinks, iced/rtd coffee drinks, sports drinks, energy drinks)
Packaging Data:

• Pack type (bag in box, bottle, box, can, carton, cup, drum, jar, keg, pouch, sachet, tank, tub, tube, unpackaged)
• Pack material (board, foil, glass, HDPE, metal, paper, PEN, PET, polycarbonate, polypropylene, polystyrene, PVC, unpackaged)
• Pack size (individual pack sizes from 5cl to 10,000cl)
• Carbonation indicator
• Serving size – single serve (up to 60cl), multi serve (61cl plus)
• Refillable vs non-refillable volume (for PET and glass)

Global Siding Market is forecast to grow 4.8 percent per year through 2015

World demand to rise 4.8% annually through 2015
The global siding market is forecast to grow 4.8 percent per year through 2015 to over five billion square meters, with demand in residential and nonresidential applications growing at similar paces. Heightened residential demand will be measured against a low 2010 base in many industrialized countries, which are expected to rebound somewhat from the losses of the 2005-2010 period. Residential demand for siding will remain strong in developing countries as personal income levels rise and construction practices improve, increasing the number of buildings using siding. Nonresidential demand for siding will grow most rapidly in the developing

Asia/Pacific and Africa/Mideast regions, where real GDP is expected to rise at rates above the global average, fueling building construction spending.

Global Siding Market

North America, Asia/Pacific regions to post strong gains
North America is projected to be by far the most rapidly growing regional siding market during the 2010-2015 period. Demand will rise the fastest in the United States as the US housing sector recovers somewhat from its collapse in the previous period, but US siding sales in 2015 will remain well below the level reached in 2005. Led by China and India, and assisted by recoveries in the Japanese, South Korean, and Australian markets, the Asia/Pacific region is expected

to post strong gains. Growth in the other developing regions will be spurred by ongoing industrial and commercial development and rising personal income levels, which will make siding  roducts more affordable for residential construction. In Eastern Europe, growth will be restrained by a declining population and decreasing demand for new housing. Sales in Western Europe will also not return to the levels achieved in 2005. Masonry and concrete products will account for nearly three-quarters of sales through 2015. Global demand for these products is expected to grow  lmost five percent per year, fueled by recoveries in the housing sectors of the United States and Western Europe. Brick and tile products will enjoy above-average sales growth in China, India and the Africa/Mideast region. Between 2010 and 2015, demand for fiber cement siding will grow most rapidly, taking market share from competitive products. Japan will continue to be the leading national market for fiber cement siding, but gains will also be boosted by strong growth in China and India. Sales of vinyl siding are expected to increase rapidly because of higher levels of US demand, but vinyl siding will remain a niche product outside North America, accounting for only a small portion of demand.

Study coverage
Details on these and other findings are presented in the new Freedonia industry study, World Siding (Cladding), priced at $6100. It presents historical demand data for the years 2000, 2005 and 2010, as well as forecasts for 2015 and 2020 by cement type, market, world region and for 20 countries. In addition, the study considers key market environment factors, assesses global industry structure, evaluates company market share data and profiles 42 industry players worldwide.

This study can help you:

• Determine your market & sales potential
• Learn more about industry competitors
• Assess new products & technologies
• Identify firms to merge with or acquire
• Complement your research & planning
• Gather data for presentations
• Confirm your own internal data
• Make better business decisions

COM PANY PRO FILES
Profiles 42 global industry players such as HeidelbergCement, JS Group, James Hardie, Nichiha, Saint-Gobain and Wienerberger

Additional Information
This study analyzes the global market for exterior siding or cladding for residential and nonresidential buildings. The following types of products are covered: masonry and concrete (i.e., stone, brick, tile, stucco, exterior insulation and finish systems (EIFS), nonloadbearing concrete and fiber cement); metal (including aluminum and steel siding and metal panels); vinyl; wood (plywood, hardboard, other engineered wood and wood shingles) and other siding. Primary loadbearing walls (of brick, concrete block, poured concrete, stone, etc.) are excluded from the scope of this study, as is glass curtain wall. Secondary products such as soffits and trim are excluded as well.

Historical data for 2000, 2005 and 2010 and forecasts to 2015 and 2020 are provided for siding demand by product type and by market on a country-bycountry basis, measured in million square meters. The term “demand” actually refers to “apparent consumption” and is defined as production (also referred to as “output” or “supply”) from a nation’s indigenous siding manufacturing facilities plus imports minus exports. It is used interchangeably with the terms “market,” “sales” and “consumption.”
In addition, major global siding manufacturers are identified and profiled, and the key competitive variables are discussed. The entire report is framed within the world siding industry’s economic, technological and market environments, and therefore environmental variables affecting siding demand (especially building construction expenditures) are emphasized. World siding market share data by company presented in the “Industry Structure” section are estimated based on consultation with multiple sources. In addition, tabular details may not always add to totals due to rounding.

Data on global siding demand are derived from differing sources and developed from statistical relationships. As a result, variations are commonplace in this type of international reporting, and, consequently, data presented in this study are historically consistent but may differ from other
sources. Variances may occur because of definitional differences, undistributed exports, inventory accumulation and goods-in-transit.

Economic and demographic indicators presented in this study were obtained from The  Freedonia Group Consensus Forecasts dated August 2011. Gross Domestic Product (GDP) historical data are derived from the national income and products accounts from the  Organisation for Economic Co-Operation and Development (OECD) for its member countries, from the European Bank for Reconstruction and Development (EBRD) for its member countries, and from the International Monetary Fund for its member countries that are not part of the OECD or EBRD. GDP estimates for other nations are based on information from the World Bank and a variety of other sources, including the countries’ statistical bureaus. GDP forecasts are  developed from a consensus of public agencies and private firms.

All estimates of gross domestic product and components of GDP are done in terms of constant purchasing power parity in a benchmark year (2009) that is one year before the base year (2010) used in this study. Purchasing power parity GDP estimates for the benchmark year are obtained from the OECD, Eurostat, the World Bank, the International Monetary Fund, the US Central Intelligence Agency and selected other sources. These purchasing power parity GDP estimates for the benchmark year are based on gross domestic product data expressed in the individual countries’ local currency, which are then converted to US dollars by valuing each country’s output at US prices in the benchmark year.

This approach values the same physical output at a consistent price for all countries, thereby reducing the distorting influence of different price levels in the different countries. The alternative approach of using exchange rates to convert local currency GDP to US dollars would tend to overvalue the output of countries with high average price levels and undervalue the output of countries with low average price levels, because exchange rate conversions only partially

reflect the relative prices for goods and services that are domestically consumed and invested. Furthermore, factors other than relative prices, such as demand and supply in currency markets, interest rates and capital flows, affect exchange rates.

Once the GDP values for a country are estimated for the benchmark year, we then calculate inflation-adjusted GDP for all other years for that country based on historical and forecast growth rates of GDP expressed in inflationadjusted units of that country’s local currency. This approach ensures that the GDP series for any given country is an accurate index of changes in  inflationadjusted GDP for that country. However, it also implicitly assumes that the price  structures across countries do not change from those of the benchmark year. Therefore, caution should be used in comparing the relative GDP of countries in years other than the benchmark year. If the ratio of prices across two countries in a given year differs from the ratio of prices across those countries in the benchmark year, then the change in the relative sizes of those two economies as measured will not accurately reflect changes in output.

The benchmark year is chosen to be one year prior to the base year for the study for reasons of data availability. One benefit of this choice is that the ratio of prices across countries in the base year is usually similar to that in the benchmark year. Therefore, the ratio of real GDP between two countries in the base year of 2010 is generally a reasonably accurate representation of the relative sizes of their economies.
A wide variety of primary and secondary sources were used in the compilation of this report. These include government statistical agencies, trade associations such as the Metal Cladding and Roofing Manufacturers Association of the UK and Vinyl Siding Institute of the US, industry experts, financial sources, and siding company sources. Public sector data sources used include the US Bureau of the Census, United Nations, OECD, World Bank, IMF, European Union and various national government statistical publications. Primary information was gathered through consultations with officers and marketing personnel of participating companies. Secondary data and background information were obtained from various trade publications,
including Concrete Homes, Concrete Products, ENR, Home Energy Magazine, Masonry, Metal Construction News, Professional Builder, Stone World and Walls & Ceilings. Corporate annual reports, SEC Form 10-K filings, product literature and other company information were also used in framing the industry and market environments and as input for market size assessments.

Table Of Contents
INTRODUCTION x
1. EXECUTIVE SUMMARY 1
2. MARKET ENVIRONMENT 4
General 4
World Economic Outlook 5
Recent Historical Trends 5
World Economic Outlook 7
World Demographic Overview 10
Population 11
Households 12
Personal Income Trends 14
World Building Construction Outlook 16
Relationship to Siding Demand 19
Residential 22
Nonresidential 23
Pricing Patterns 25
Technology Trends 28
Legal & Regulatory Environment 30
3. SUPPLY & DEMAND 33
General 33
Demand by Region 34
Demand by Product 39
Masonry & Concrete 41
Brick & Tile 44
Stucco & EIFS 46
Concrete & Stone 49
Fiber Cement 51
Metal 54
Vinyl 57
Wood & Other 59
Wood 61
Other 62
Demand by Market 63
Residential Buildings 65
New Construction 66
Improvement & Repair 67
Nonresidential Buildings 67
New Construction 68
Improvement & Repair 69
Production & Foreign Trade 70
4. NORTH AMERICA 72
General 72
Siding Demand 74
United States 78
Canada 83
Mexico 87
5. WESTERN EUROPE 92
General 92
Siding Demand 94
Germany 97
France 101
United Kingdom 105
Spain 109
Italy 113
Netherlands 118
Other Western Europe 122
6. ASIA/PACIFIC 126
General 126
Siding Demand 128
China 132
Japan 137
India 142
South Korea 147
Australia 151
Indonesia 156
Other Asia/Pacific 159
7. OTHER REGIONS 167
Central & South America 167
Brazil 173
Other Central & South America 177
Eastern Europe 184
Russia 189
Poland 194
Other Eastern Europe 197
Africa/Mideast 205
Turkey 210
Iran 213
Other Africa/Mideast 217
8. INDUSTRY STRUCTURE 225
General 225
Industry Composition 227
Market Share 230
Product Development & Manufacturing 233
Marketing & Distribution 236
Cooperative Agreements 238
Mergers & Acquisitions 240
Company Profiles 242
Acme Brick, see Berkshire Hathaway
Alcoa Incorporated 243
Allied Building Products, see CRH
Alside, see Associated Materials
Asahi Tostem Exterior Building Materials, see JS Group
ASC Profiles, see BlueScope Steel
Associated Materials LLC 246
BASF SE 249
Bayer IMSA, see Verzatec
Berkshire Hathaway Incorporated 251
BlueScope Steel Limited 253
Boral Limited 260
Butler Manufacturing, see BlueScope Steel
CertainTeed, see Saint-Gobain
Crane Plastics Siding, see Georgia Gulf
CRH plc 264
CSR Limited 268
Dryvit Systems, see RPM International
Eternit, see Etex Group
Etex Group SA 271
Exterior Portfolio by Crane, see Georgia Gulf
Featherlite Building Products, see Berkshire Hathaway
Garco Building Systems, see NCI Building Systems
General Shale Brick, see Wienerberger Baustoffindustrie
Gentek Building Products, see Associated Materials
Georgia Gulf Corporation 275
Georgia-Pacific, see Koch Industries
Glen-Gery, see CRH
Grillo-Werke AG 278
Hanson, see HeidelbergCement
Hardie (James) Industries SE 280
HCI Steel Building Systems, see BlueScope Steel
HeidelbergCement AG 284
Heidelberger Kalksandstein, see HeidelbergCement
Ibstock Brick, see CRH
JS Group Corporation 288
Kaycan Limited 290
Kingspan Group plc 292
Knauf Gips KG 294
Koch Industries Incorporated 295
KP Building Products, see Kaycan
LIXIL, see JS Group
Louisiana-Pacific Corporation 297
Marazzi Group SpA 299
Mastic Home Exteriors, see Ply Gem Holdings
Materis Holding Luxembourg SA 300
Metal Building Components, see NCI Building Systems
Metalcorp Steel, see BlueScope Steel
Metl-Span, see BlueScope Steel
Mitsubishi Chemical Holdings Corporation 303
Napco, see Ply Gem Holdings
NCI Building Systems Incorporated 304
Nichiha Corporation 307
Oldcastle Architectural, see CRH
OOO Kraspan 309
Owens Corning Masonry Products, see Boral
Parex Group, see Materis Holding Luxembourg
Permasteelisa SpA 311
Ply Gem Holdings Incorporated 313
PT BlueScope Steel Indonesia, see BlueScope Steel
Resolite, see Verzatec
RHEINZINK, see Grillo-Werke
Royal Group, see Georgia Gulf
RPM International Incorporated 316
Saint-Gobain 319
Steelscape, see BlueScope Steel
Sto AG 323
Tata BlueScope Steel, see BlueScope Steel and Tata Steel
Tata Steel Limited 325
U-kon International GmbH 327
Varco Pruden Buildings, see BlueScope Steel
Variform, see Ply Gem Holdings
Verzatec SA de CV 328
Weyerhaeuser Company 329
Wienerberger Baustoffindustrie AG 331
Additional Companies in the Siding Industry 334

List Of Tables
SECTION I — EXECUTIVE SUMMARY
Summary Table 3
SECTION II — MARKET ENVIRONMENT
1 World Gross Domestic Product by Region 10
2 World Population by Region 12
3 World Households by Region 14
4 World Per Capita GDP by Region 16
5 World Building Construction Expenditures by Region 18
6 World Residential Building Construction Expenditures
by Region 23
7 World Nonresidential Building Construction Expenditures
by Region 25
8 World Siding Pricing 27
SECTION III — SUPPLY & DEMAND
1 World Siding Demand by Region 38
2 World Siding Demand by Product 40
3 World Masonry & Concrete Siding Demand by Product
& Region 43
4 World Brick & Tile Siding Demand by Region 46
5 World Stucco & EIFS Siding Demand by Region 48
6 World Concrete & Stone Siding Demand by Region 51
7 World Fiber Cement Siding Demand by Region 54
8 World Metal Siding Demand by Region 57
9 World Vinyl Siding Demand by Region 59
10 World Wood & Other Siding Demand by Product & Region 60
11 World Siding Demand by Market 64
SECTION IV — NORTH AMERICA
1 North America — Market Environment for Siding 73
2 North America — Siding Demand 77
3 United States — Market Environment for Siding 80
4 United States — Siding Demand 83
5 Canada — Market Environment for Siding 85
6 Canada — Siding Demand 87
7 Mexico — Market Environment for Siding 89
8 Mexico — Siding Demand 91
SECTION V — WESTERN EUROPE
1 Western Europe — Market Environment for Siding 93
2 Western Europe — Siding Demand 96
3 Germany — Market Environment for Siding 98
4 Germany — Siding Demand 100
5 France — Market Environment for Siding 102
6 France — Siding Demand 104
7 United Kingdom — Market Environment for Siding 106
8 United Kingdom — Siding Demand 108
9 Spain — Market Environment for Siding 110
10 Spain — Siding Demand 113
11 Italy — Market Environment for Siding 115
12 Italy — Siding Demand 117
13 Netherlands — Market Environment for Siding 119
14 Netherlands — Siding Demand 121
15 Other Western Europe — Market Environment for Siding 123
16 Other Western Europe — Siding Demand 125
SECTION VI — ASIA/PACIFIC
1 Asia/Pacific — Market Environment for Siding 128
2 Asia/Pacific — Siding Demand 131
3 China — Market Environment for Siding 134
4 China — Siding Demand 137
5 Japan — Market Environment for Siding 139
6 Japan — Siding Demand 142
7 India — Market Environment for Siding 144
8 India — Siding Demand 146
9 South Korea — Market Environment for Siding 148
10 South Korea — Siding Demand 151
11 Australia — Market Environment for Siding 153
12 Australia — Siding Demand 155
13 Indonesia — Market Environment for Siding 157
14 Indonesia — Siding Demand 159
15 Other Asia/Pacific — Market Environment for Siding 161
16 Other Asia/Pacific — Siding Demand 163
SECTION VII — OTHER REGIONS
1 Central & South America — Market Environment for Siding 169
2 Central & South America — Siding Demand 172
3 Brazil — Market Environment for Siding 174
4 Brazil — Siding Demand 176
5 Other Central & South America — Market Environment
for Siding 178
6 Other Central & South America — Siding Demand 181
7 Eastern Europe — Market Environment for Siding 185
8 Eastern Europe — Siding Demand 188
9 Russia — Market Environment for Siding 191
10 Russia — Siding Demand 193
11 Poland — Market Environment for Siding 195
12 Poland — Siding Demand 197
13 Other Eastern Europe — Market Environment for Siding 199
14 Other Eastern Europe — Siding Demand 202
15 Africa/Mideast — Market Environment for Siding 207
16 Africa/Mideast — Siding Demand 209
17 Turkey — Market Environment for Siding 211
18 Turkey — Siding Demand 213
19 Iran — Market Environment for Siding 215
20 Iran — Siding Demand 217
21 Other Africa/Mideast — Market Environment for Siding 219
22 Other Africa/Mideast — Siding Demand 221
SECTION VIII — INDUSTRY STRUCTURE
1 Siding Sales for Selected Manufacturers, 2010 229
2 Selected Cooperative Agreements 239
3 Selected Acquisitions & Divestitures 241

List Of Charts
SECTION II — MARKET ENVIRONMENT
1 World Building Construction Expenditures by Region, 2010 19
2 Relationship Between Per Capita Siding Demand & Per Capita
Building Construction Expenditures, 2010 21
3 World Siding Pricing, 2000-2020 28
SECTION III — SUPPLY & DEMAND
1 World Siding Demand by Region, 2010 39
2 World Siding Demand by Type, 2010 41
3 World Siding Demand by Market, 2000-2020 64
SECTION VIII — INDUSTRY STRUCTURE
1 World Siding Market Share by Company, 2010 230

US Stretch & Shrink Film Market demand to reach $2.4 billion in 2015

US demand for stretch and shrink film will rise 3.3 percent per year to $2.4 billion in 2015, driven by accelerating demand for product packaging and for the bundling and protection of goods during warehousing and distribution, as well as by competitive advantages over other packaging materials. Other stimulants will include resin and machinery improvements, and opportunities in areas such as stretch hoods and stretch labels and sleeves.

Stretch & Shrink Film Market

LDPE is leading stretch and shrink film resin
Stretch film demand will increase 2.8 percent annually through 2015, benefiting from advantages in energy and labor savings. The fastest growth is anticipated for stretch hoods due to their cost advantages, high throughput rates and excellent load integrity and weather protection. Demand for shrink film will grow 4.2 percent annually to $970 million in 2015. Advances will be promoted by shrink film’s high clarity and excellent print capabilities, greatly enhancing product marketability. In particular, growth will be aided by increased use in labels. Shrink film also provides a seal and moisture barrier and is frequently used in conjunction with corrugated trays as a case overwrap. Demand for stretch and shrink film resins is expected to rise 2.5 percent annually to 1.9 billion pounds in 2015. Low density polyethylene (LDPE) is the leading stretch and shrink film resin due to its competitive cost and excellent elongation, puncture-resistance and other properties. Demand for LDPE stretch and shrink film is forecast to see healthy growth through 2015. LDPE resins consist of linear low density polyethylene (LLDPE) as well as conventional LDPE. LLDPE’s high impact strength, elongation properties and downgauging potential; and conventional LDPE’s greater clarity and drawdown characteristics lead to their dominant usage. Polyvinyl chloride (PVC) stretch and shrink film demand will remain relatively flat through 2015 in volume terms, though gains will be seen in value terms. Shrink sleeve labels for foods and beverages will be the primary area of opportunity for PVC, with other areas declining as a result of PVC’s poor environmental image and competition from LDPE films.
Other smaller stretch and shrink film resins include polypropylene, high density polyethylene, polyester (e.g., polyethylene terephthalate) and biodegradable resins.

Storage & distribution market to post above average gains
The storage and distribution market for stretch and shrink film will post aboveaverage increases through 2015, when these uses will account for over half of total demand. Advances will be stimulated by growing retail trade and industrial activity, as well as export markets. The primary growth driver will be pallet wrap, due to its competitive advantages over strapping, tape and other bulk unitization methods. Product packaging demand gains will be stimulated by growing retail trade and concomitant needs for product packaging for food, beverage, consumer and other items. Stretch and shrink film advantages include cost effectiveness and source reduction capabilities compared to corrugated boxes and other packaging.

Study coverage
This new Freedonia industry study, Stretch & Shrink Film, is available for $4800. It presents historical demand data (2000, 2005 and 2010) plus forecasts for 2015 and 2020 by type, market and resin. The study also considers market environment factors, assesses industry structure,
evaluates company market share and profiles 33 competitors in the US industry.
This study can help you:

• Determine your market & sales potential
• Learn more about industry competitors
• Assess new products & technologies
• Identify firms to merge with or acquire
• Complement your research & planning
• Gather data for presentations
• Confirm your own internal data
• Make better business decisions

COMPANY PROFILES
Profiles 33 US industry players including AEP Industries, Bemis, Berry Plastics and Sigma Plastics
Additional Information
This study examines the stretch and shrink film industry in the US by type, resin, product,  application and market. Historical data are provided for 2000, 2005 and 2010, with forecasts for 2015 and 2020. “Demand” is equal to US production plus imports minus exports. This is  synonymous with terms such as “sales” and “apparent consumption.” Value data reflects  demand at the manufacturers’ level. In addition, the key strategic and competitive variables affecting the US paper and plastic packaging industries are discussed, and market leaders are identified and profiled. The entire study is framed within the context of overall economic conditions, as well as demographic, regulatory and technological factors affecting stretch and shrink film and their users.

Throughout this study, demand is related to various indicators for comparative purposes and to facilitate further analysis. Tabular details may not add to totals due to independent rounding, and calculated ratios reflect unrounded numbers. Corporate information sources included annual reports, SEC Form 10-K filings, analyst reports, product catalogs and other company  information. The macroeconomic indicators used in this study were obtained from The  Freedonia Group Consensus Forecasts dated August 2011. Due to the Bureau of Economic Analysis’ use of chain-weighted price indices, inflationadjusted GDP components (2005 dollars) may not add to the total.

Information and data on the stretch and shrink film industry were obtained from a variety of primary and secondary sources. Consultations with film producers, resin producers, resin distributors, end users, consultants, industry specialists and trade association personnel were pursued. Secondary data were obtained from government, trade associations and other private sources, including the Plastics Division of the American Chemistry Council. Other sources included trade publications such as Chemical Week; ICIS Chemical Business; International Association of Plastics Distributors; Modern Plastics; Paper, Film & Foil Converter; Plastics Engineering; Plastics News; and Plastics Technology. Corporate information sources included annual reports, SEC Form10-K filings, product releases, prospectuses and conversations with responsible officers within the companies themselves.

Government and trade association publications, security analyst reports and numerous other publications were utilized, and online databases were also searched. Throughout this study, demand is related to various indicators for comparative purposes and to facilitate further  analysis. Tabular details may not add to totals due to independent rounding, and calculated ratios reflect unrounded numbers.

Table Of Contents
INTRODUCTION ix
1. EXECUTIVE SUMMARY 1
2. MARKET ENVIRONMENT 4
General 4
Macroeconomic Outlook 5
Demographic Trends 8
Consumer Income & Spending 12
Retail Sales Outlook 15
Manufacturing Outlook 17
Nondurable Goods Outlook 19
Food & Beverage Industry Overview 21
Fresh Produce Outlook 24
Packaging Industry Overview 26
Plastic Film Industry Overview 29
Technological Developments 33
Pricing Trends 35
Regulatory & Environmental Considerations 38
Recycling 39
Foreign Trade 40
International Activity 41
3. TYPES 42
General 42
Stretch Film 43
Production Methods 44
Resins 46
Products 49
Wrap 50
Stretch Labels & Sleeves 52
Hoods 53
Applications 55
Markets 57
Storage & Distribution 58
Product Packaging 62
Producers 66
Shrink Film 68
Resins 69
Products 74
Wrap 76
Labels 77
Bags 79
Hoods & Other 80
Applications 81
Markets 83
Product Packaging 84
Storage & Distribution 88
Producers 89
4. MARKETS 92
General 92
Product Packaging 93
Food 95
Meat, Poultry & Seafood 97
Dairy 101
Fresh Produce 102
Other Foods 103
Beverages 104
Paper & Textile Products 105
Paper 107
Textiles 108
Consumer Products 108
Types 110
Uses 111
Other Product Packaging 111
Agriculture 112
All Other 113
Storage & Distribution 113
Pallet Wrap 114
Stretch 115
Shrink 116
Other Storage & Distribution 117
5. RESINS 119
General 119
Low Density Polyethylene 121
Linear Low Density Polyethylene 123
Conventional LDPE 124
Producers 124
Polyvinyl Chloride 125
Other Resins 128
6. INDUSTRY STRUCTURE 133
General 133
Market Share 134
Mergers & Acquisitions 136
Marketing Strategies 140
Channels & Distribution 141
Research & Development 142
Competitive Strategies 144
Manufacturing & Development 145
Cooperative Agreements 146
Company Profiles 148
AEP Industries Incorporated 149
Alcan Packaging Food Americas, see Bemis
Alliance Plastics LLC 151
Allied Plastics, see Sigma Plastics
American Fuji Seal, see Fuji Seal International
AmTopp, see Inteplast
Applied Extrusion Technologies Incorporated 152
Bemis Company Incorporated 153
Berry Plastics Corporation 157
Bollore 160
Bonset America, see ITOCHU
Cenveo Incorporated 162
CMS Gilbreth Packaging Systems, see Cenveo
Coastal Films of Florida, see Sigma Plastics
Cryovac, see Sealed Air
Curwood, see Bemis
Dow Chemical Company 164
DuPont (EI) de Nemours 166
Dwyer (RB) Company Incorporated 167
Exopack Holding Corporation 168
Exxon Mobil Corporation 170
FlexSol Packaging, see Sigma Plastics
Fuji Seal International Incorporated 172
Hood Companies Incorporated 173
Ideal Sleeves International, see Dwyer (RB)
Illinois Tool Works Incorporated 174
Impaxx, see Cenveo
Inteplast Group Limited 176
Intertape Polymer Group Incorporated 178
ISO Poly Films, see Sigma Plastics
ITOCHU Corporation 180
ITW-GaleWrap, see Illinois Tool Works
Klöckner Pentaplast Group 182
LINPAC Group Limited 183
LyondellBasell Industries NV 184
McNeely Plastic Products, see Sigma Plastics
Mercury Plastics, see Sigma Plastics
MRI Flexible Packaging 186
Multi-Color Corporation 187
Paragon Films Incorporated 188
Performance Packaging, see Sigma Plastics
Pinnacle Films, see Inteplast
Pliant, see Berry Plastics
Poly-America LP 189
Poly Plastic Products, see Sigma Plastics
Poly Plastic Products of North Carolina,
see Sigma Plastics
Presto Products, see Reynolds Group
Printpack Incorporated 191
Reynolds Group Holdings Limited 192
Santa Fe Packaging, see Sigma Plastics
Sealed Air Corporation 195
Sigma Plastics Group 197
Signode Packaging Systems, see Illinois Tool Works
SKC Company Limited 200
SleeveCo 201
Strapex, see Illinois Tool Works
Up North Plastics, see Poly-America
VIBAC Group SpA 203
Vifan USA, see VIBAC
Western Plastics Limited 204

List Of Tables
SECTION I — EXECUTIVE SUMMARY
Summary Table 3
SECTION II — MARKET ENVIRONMENT
1 Macroeconomic Indicators 8
2 Population & Households 12
3 Personal Consumption Expenditures 14
4 Retail Sales 17
5 Manufacturers’ Shipments 19
6 Nondurable Goods Shipments 21
7 Food & Beverage Shipments 24
8 Fresh Produce Production 26
9 Packaging Supply & Demand 28
10 Plastic Film Demand by Resin 32
11 Stretch & Shrink Film Pricing 38
SECTION III — TYPES
1 Stretch & Shrink Film Demand by Type 43
2 Stretch Film Demand by Production Method 45
3 Stretch Film Demand by Resin 48
4 Stretch Film Demand by Product 50
5 Stretch Film Demand by Application 56
6 Stretch Film Demand by Market 58
7 Stretch Film Demand in Storage & Distribution by Use 59
8 Stretch Film Demand in Product Packaging by Use 63
9 Shrink Film Demand by Resin 73
10 Shrink Film Demand by Product 75
11 Shrink Film Demand by Application 82
12 Shrink Film Demand by Market 84
13 Shrink Film Demand in Product Packaging by Use 87
14 Shrink Film Demand in Storage & Distribution by Use 89
SECTION IV — MARKETS
1 Stretch & Shrink Film Demand by Type & Market 93
2 Product Packaging Market for Stretch & Shrink Film 94
3 Food Markets for Stretch & Shrink Film by Type & Use 96
4 Meat, Poultry & Seafood Markets for Stretch & Shrink Film
by Type 98
5 Dairy Markets for Stretch & Shrink Film by Type 102
6 Fresh Produce Markets for Stretch & Shrink Film by Type 103
7 Other Food Markets for Stretch & Shrink Film by Type 104
8 Beverage Markets for Shrink Film 105
9 Paper & Textile Markets for Stretch & Shrink Film
by Type & Use 107
10 Consumer Markets for Stretch & Shrink Film by Type & Use 109
11 Other Stretch & Shrink Film Demand by Type & Use 112
12 Storage & Distribution Markets for Stretch & Shrink Film 114
SECTION V — RESINS
1 Stretch & Shrink Film Demand by Resin 120
2 Low Density Polyethylene Demand in Stretch & Shrink Film
by Type & Resin 122
3 Polyvinyl Chloride Demand in Stretch & Shrink Film by Type 127
4 Other Resins Demand in Stretch & Shrink Film
by Resin & Type 132
SECTION VI — INDUSTRY STRUCTURE
1 Selected Acquisitions & Divestitures 139
2 Selected Cooperative Agreements 147

List Of Charts
SECTION II — MARKET ENVIRONMENT
1 Plastic Film Demand by Resin, 2010 33
SECTION III — TYPES
1 Stretch Film Demand by Resin, 2010 49
2 Stretch Film Demand by Application, 2010 57
3 Stretch Film Demand in Product Packaging by Use, 2010 64
4 Shrink Film Demand by Resin, 2010 73
5 Shrink Film Demand by Product, 2010 75
6 Shrink Film Demand by Application, 2010 83
7 Shrink Film Demand in Product Packaging by Use, 2010 88
SECTION IV — MARKETS
1 Product Packaging Market for Stretch & Shrink Film, 2010 95
2 Food Markets for Stretch & Shrink Film by Use, 2010 97
3 Consumer Markets for Stretch & Shrink Film by Use, 2010 110
SECTION V — RESINS
1 Stretch & Shrink Film Demand by Resin, 2010 121
2 PVC Demand in Stretch & Shrink Film by Type, 2010 128
SECTION VI — INDUSTRY STRUCTURE
1 US Stretch & Shrink Film Market Share, 2010 134

Logic Integrated Circuit (IC) Market to 2020: Programmable Logic Devices (PLD) and Application Specific Standard Product

Logic Integrated Circuit (IC) Market to 2020 – Programmable Logic Devices (PLD) and Application Specific Standard Product (ASSP) Dominate with a 78% Market Share

Summary
GBI Research’s report, “Logic Integrated Circuit (IC) Market to 2020 – Programmable Logic Devices (PLD) and Application Specific Standard Product (ASSP) Dominate with a 78% Market Share”, provides the key information and analysis on the Logic IC market. The report covers the revenue distribution based on the product segments in Logic ICs like ASIC, PLD, Display Drivers and ASSP. The report covers the key market trends in the overall Logic IC industry. The report provides market sizing and forecasts by end user segments. The Logic IC report also provides information on the revenues generated based on geographical regions. The market shares of key players in different product types are presented in the report.
The logic IC market is segmented into various product types which are exclusive to each other and is fast transitioning into a phase where its architecture is changing and trying to compete with other markets such as microcontroller, microprocessor and Digital Signal Processors (DSPs). ASIC products which were the preferred solution for the industry a few years ago is now being increasingly being replaced by either FPGA products or ASSPs.

Scope
- Key Logic ICs product segments such as ASIC, ASSP, PLD, Display Drivers and so on have been covered.
- Market Size for different Logic IC types in terms of sales revenue. Forecast forward until 2020
- Market Size for different end-user segments like consumer electronics, computer, automotive, communications and industrial in terms of sales revenue. Forecast forward till 2020.
- Forecasts of revenues are given by geography that includes key regions such as Asia Pacific (excluding Japan), North America, Europe, Japan and Latin America.
- Market Shares of players in different Logic IC product segments for the year 2010 has been included.
- Comprehensive profiles of key companies such as Xilinx, ST Microelectronics, Samsung Electronics Co Ltd and Texas Instruments have been provided.

Reasons to buy
- Exploit growth opportunities across various IC product segments specific to Logic IC industry.
- Information about the most recent product and technology developments in the Logic IC market
- What is the future demand potential of different Logic ICs in end user segments – Identify, understand and capitalize.
- Develop business strategies by understanding the trends and developments that are driving the Logic IC market across the globe.
- Understand the competitors operating in the Logic IC market  from the company profiles.

Heat Recovery Steam Generator (HRSG) Market to 2020: Market Shifts from Asia Pacific to Middle-East, Driven by Focus on

Heat Recovery Steam Generator (HRSG) Market to 2020 – Market Shifts from Asia-Pacific to Middle-East, Driven by Focus on CCGT Plants and Equipment Replacement/Retrofit

Summary
GBI Research’s report, “Global Heat Recovery Steam Generator (HRSG) Market Analysis and Forecast to 2020” provides an in-depth analysis of the HRSG market of selected countries in the following regions: Asia Pacific (India, China, Japan, Australia, Republic of Korea and Taiwan),Europe (The United Kingdom, Germany, Spain, Italy and Russia), North America (The United States and Canada), and the Middle East and Africa (Saudi Arabia, Iran, the United Arab Emirates, Nigeria and South Africa). The report analyzes the trends and the factors affecting the global HRSG market. It provides a detailed forecast of the unit shipment, market revenue and pricing of the HRSG market of each the countries covered under the four regions up to 2020. It also provides information on the competitive landscape and market shares of some of the major companies in each respective country.

This report is built using data and information sourced from proprietary databases, primary and secondary research and in-house analysis by GBI Research’s team of industry experts.
According to GBI Research, the Middle East is expected to be the largest HRSG market among all regions by both unit shipment volume and market revenue in 2020, with a share of 43% in the total global HRSG unit shipment volumes and 33% in the total global HRSG market’s revenues in 2020. The Middle Eastern countries encourage foreign investment, especially in the generation segment of the HRSG industry. Heavy investment plans and lucrative policies are anticipated to drive the market in this region. However, the global HRSG market is expected to grow moderately during the forecast period from 2011 through to 2020, at a CAGR of 2.2%. The growth will be strongly affected by raw material prices and a shift in focus in the market towards renewable sources.

Scope
- The global HRSG market scenario, segmented into four regions: Asia Pacific, Europe, North America and the Middle East and Africa.
- Details of the 18 HRSG equipment markets covered under the four regions: India, China, Japan, Australia, Republic of Korea, Taiwan, the United Kingdom, Germany, Spain, Italy, Russian Federation, the United States, Canada, Saudi Arabia, Iran, the United Arab Emirates, Nigeria and South Africa.
- Data types, including unit shipment volumes, market revenues, average pricing by country from 2000 to 2010, with forecasts to 2020.
- Analysis of the competitive landscape and a Porter’s Five Forces analysis of the HRSG industry in the key countries.
- The report provides details of key technologies likely to impact the HRSG market.

Reasons to buy
The report will enhance your decision-making capabilities in a rapid and time-sensitive manner. It will allow you to -
- Identify key markets and investment opportunities for foreign investors in the HRSG industry.
- Facilitate decision-making based on strong historical and forecast data and detailed growth opportunities analysis.
- Position yourself to take maximum advantage of the potential of the HRSG markets in the 18 countries covered.
- Identify the risks associated with the market and transform them into opportunities for future growth.
- Locate and capitalize on market potential in emerging economies.

1 Table of Contents
1 Table of Contents 3
1.1 List of Tables 6
1.2 List of Figures 7
2 Introduction 9
2.1 GBI Research Report Guidance 9
3 Global HRSG Market to 2020 10
3.1 Global HRSG Market, Overview 10
3.2 Global HRSG Market, Market Size and Forecasts, Unit Shipment Volume, 2000 – 2020 12
3.3 Global HRSG Market, Market Revenue and Forecasts, $m, 2000 – 2020 15
3.4 Global HRSG Market, Competitive Analysis 17
4 Global HRSG Market, Technology Analysis 19
4.1 Global HRSG Market, Introduction 19
4.2 Types of HRSG 20
4.2.1 Fired and Unfired HRSG 20
4.2.2 Horizontal and Vertical HRSG 20
4.3 Key Differences between HRSGs and Normal Boilers 21
4.4 Global HRSG Market, Advanced Technologies 21
4.4.1 Trigeneration 21
4.4.2 Conventional Generation to Powerformers 22
4.4.3 New Combustion Technology 22
5 Global HRSG Market, Market Forces Analysis 23
5.1 Global HRSG Market, Push Forces 24
5.1.1 Growing Electricity Demand 24
5.1.2 Availability Issues Related to Fuels and Their Fluctuating Prices 24
5.1.3 Manufacturers Seek to Differentiate through Higher Efficiency Products 25
5.1.4 Increasing Awareness on Emission Control 25
5.1.5 Availability of High Efficiency HRSG Driving Replacement Market 25
5.2 Global HRSG Market, Pull Forces 26
5.2.1 Price Competition as a Growth Restraint for HRSG Manufacturers 26
5.2.2 Lack of Skilled Labor 26
5.2.3 High Initial Costs of Equipment and Restrained Spending in the Market Affecting the Purchase of New Equipment and Replacements 27
5.2.4 Long Life of HRSG and Cost of Replacement Hinders Repeat Business 27
5.2.5 Increasing Steel Prices Driving the Cost of HRSG Globally 27
6 Global HRSG Market, Porter’s Five Forces Analysis 28
6.1.1 Barriers to New Entry – Medium/High 28
6.1.2 Bargaining Power of Buyers – High 28
6.1.3 Threats from Substitutes – Medium/Low 29
6.1.4 Bargaining Power of Suppliers – Medium/Low 29
6.1.5 Intensity of Competition – High 29
7 Global HRSG Market, Trends 30
7.1 Global HRSG Market to Witness Price Comptetion Due to Lack of Product Differentiation 30
7.2 Retrofit and Replacement of the Aged CCGT Plants with New Installations to Drive the HRSG Market in European Region 30
7.3 Increasing Cost of Raw Materials and Natural Gas Likely to Impact the North American HRSG Market 30
7.4 Coal and Hydro Power Likely to Impact the HRSG Market in Asia Pacific 31
7.5 Middle East and African HRSG Market to be Driven by Heavy Investment Plans and Lucrative Policies 31
8 Europe HRSG Market to 2020 32
8.1 HRSG Market, Europe, Market Size and Forecast, Unit Shipment Volume, 2000 – 2020 32
8.1.1 HRSG Market, Spain, Market Size and Forecast, Unit Shipment Volume, 2000 – 2020 34
8.1.2 HRSG Market, Italy, Market Size and Forecast, Unit Shipment Volume,  2000 – 2020 37
8.1.3 HRSG Market, The United Kingdom, Market Size and Forecast, Unit Shipment Volume, 2000 – 2020 39
8.1.4 HRSG Market, Germany, Market Size and Forecast, Unit Shipment Volume, 2000 – 2020 42
8.1.5 HRSG Market, Russian Federation, Market Size and Forecast, Unit Shipment Volume, 2000 – 2020 44
8.2 HRSG Market, Europe, Market Revenue and Forecasts, $m,  2000 – 2020 46
8.2.1 HRSG Market, The United Kingdom, Market Revenue and Forecasts, $m, 2000 – 2020 48
8.2.2 HRSG Market, Germany, Market Revenue and Forecasts, $m, 2000 – 2020 50
8.2.3 HRSG Market, Spain, Market Revenue and Forecasts, $m, 2000 – 2020 52
8.2.4 HRSG Market, Italy, Market Revenue and Forecasts, $m, 2000 – 2020 55
8.2.5 HRSG Market, Russia, Market Revenue and Forecasts, $m, 2000 – 2020 58
8.3 HRSG Market, Europe, Competitive Analysis 60
8.4 HRSG Market, Europe, Pricing Analysis, 2000-2020 61
8.4.1 HRSG Market, Spain, Pricing Analysis, 2000-2020 61
8.4.2 HRSG Market, The United Kingdom, Pricing Analysis, 2000-2020 63
8.4.3 HRSG Market, Russia, Pricing Analysis, 2000-2020 65
8.4.4 HRSG Market, Germany, Pricing Analysis, 2000-2020 67
8.4.5 HRSG Market, Italy, Pricing Analysis, 2000-2020 69
9 North America HRSG Market 71
9.1 HRSG Market, North America, Market Size and Forecasts, Unit Shipment Volume, 2000 – 2020 71
9.1.1 HRSG Market, the United States, Market Size and Forecasts, Unit Shipment Volume, 2000-2020 73
9.1.2 HRSG Market, Canada, Market Size and Forecasts, Unit Shipment Volume, 2000-2020 75
9.2 HRSG Market, North America, Market Revenue and Forecasts, $m, 2000 – 2020 77
9.2.1 HRSG Market, The United States, Market Revenue and Forecasts, $m,  2000 – 2020 79
9.2.2 HRSG Market, Canada, Market Revenue and Forecasts, $m, 2000 – 2020 81
9.3 HRSG Market, North America, Competitive Analysis 83
9.4 HRSG Market, North America, Pricing Analysis, 2000-2020 84
9.4.1 HRSG Market, The United States, Pricing Analysis, 2000-2020 84
9.4.2 HRSG Market, Canada, Pricing Analysis, 2000-2020 86
10 Asia-Pacific HRSG Market 89
10.1 HRSG Market, Asia-Pacific, Market Size and Forecasts, Unit Shipment Volume, 2000 – 2020 89
10.1.1 HRSG Market, China, Market Size and Forecasts, Unit Shipment Volume, 2000 – 2020 91
10.1.2 HRSG Market, India, Market Size and Forecasts, Unit Shipment Volume, 2000 – 2020 93
10.1.3 HRSG Market, Australia, Market Size and Forecasts, Unit Shipment Volume, 2000 – 2020 95
10.1.4 HRSG Market, Japan, Market Size and Forecasts, Unit Shipment Volume, 2000 – 2020 97
10.1.5 HRSG Market, Republic of Korea, Market Size and Forecasts, Unit Shipment Volume, 2000 – 2020 99
10.1.6 HRSG Market, Taiwan, Market Size and Forecasts, Unit Shipment Volume, 2000 – 2020 101
10.2 HRSG Market, Asia-Pacific, Market Revenue and Forecasts, $m,  2000 – 2020 103
10.2.1 HRSG Market, China, Market Revenue and Forecasts, $m, 2000 – 2020 105
10.2.2 HRSG Market, India, Market Revenue and Forecasts, $m, 2000 – 2020 107
10.2.3 HRSG Market, Australia, Market Revenue and Forecasts, $m, 2000 – 2020 109
10.2.4 HRSG Market, Republic of Korea, Market Revenue and Forecasts, $m,  2000 – 2020 112
10.2.5 HRSG Market, Japan, Market Revenue and Forecasts, $m, 2000 – 2020 114
10.2.6 HRSG Market, Taiwan, Market Revenue and Forecasts, $m, 2000 – 2020 116
10.3 HRSG Market Asia-Pacific, Competitive Analysis 118
10.4 HRSG Market, Asia-Pacific, Pricing Analysis, 2000-2020 120
10.4.1 HRSG Market, China, Pricing Analysis, 2000-2020 120
10.4.2 HRSG Market, India, Pricing Analysis, 2000-2020 123
10.4.3 HRSG Market, Australia, Pricing Analysis, 2000-2020 125
10.4.4 HRSG Market, Republic of Korea, Pricing Analysis, 2000-2020 127
10.4.5 HRSG Market, Japan, Pricing Analysis, 2000-2020 129
10.4.6 HRSG Market, Taiwan, Pricing Analysis, 2000-2020 131
11 Middle East and Africa HRSG Market 133
11.1 HRSG Market, Middle East and Africa, Market Size and Forecasts, Unit Shipment Volume, 2000 – 2020 133
11.1.1 HRSG Market, Saudi Arabia, Market Size and Forecasts, Unit Shipment Volume, 2000 – 2020 135
11.1.2 HRSG Market, Iran, Market Size and Forecasts, Unit Shipment Volume,  2000 – 2020 137
11.1.3 HRSG Market, South Africa, Market Size and Forecasts, Unit Shipment Volume, 2000 – 2020 139
11.1.4 HRSG Market, The United Arab Emirates, Market Size and Forecasts, Unit Shipment Volume, 2000 – 2020 141
11.1.5 HRSG Market, Nigeria, Market Size and Forecasts, Unit Shipment Volume, 2000 – 2020 143
11.2 HRSG Market, Middle East and Africa, Revenue and Forecasts, $m, 2000 – 2020 145
11.2.1 HRSG Market, South Africa, Revenue and Forecasts, $m, 2000 – 2020 147
11.2.2 HRSG Market, Saudi Arabia, Revenue and Forecasts, $m, 2000 – 2020 149
11.2.3 HRSG Market, Iran, Revenue and Forecasts, $m, 2000 – 2020 151
11.2.4 HRSG Market, The United Arab Emirates, Revenue and Forecasts, $m,  2000 – 2020 154
11.2.5 HRSG Market, Nigeria, Revenue and Forecasts, $m, 2000 – 2020 156
11.3 HRSG Market, Middle East and Africa, Competitive Analysis 158
11.4 HRSG Market, Middle East and Africa, Pricing Analysis, 2000-2020 159
11.4.1 HRSG Market, Iran, Pricing Analysis, 2000-2020 159
11.4.2 HRSG Market, Saudi Arabia, Pricing Analysis, 2000-2020 162
11.4.3 HRSG Market, The United Arab Emirates, Pricing Analysis, 2000-2020 164
12 Appendix 166
12.1 About GBI Research 166
12.2 Market Definition 166
12.2.1 Geographies Covered 166
12.3 Abbreviations 166
12.4 Methodology 167
12.4.1 Coverage 167
12.4.2 Secondary Research 167
12.4.3 Primary Research 168
12.4.4 Expert Panel Validation 168
12.5 Contact Us 168
12.6 Disclaimer 168

Asia Pacific Seasonal Influenza Vaccine Market: Cell Culture Technology Based Vaccines to Revolutionize the Market by Faster Production and High Initial Purity

Seasonal Influenza Vaccine Market in Asia-Pacific Region – Cell Culture Technology-Based Vaccines to Revolutionize the Market by Faster Production and High Initial Purity
Summary
GBI Research, the leading business intelligence provider has released its latest research “Seasonal Influenza Vaccine Market in Asia-Pacific Region – Cell Culture Technology-Based Vaccines to Revolutionize the Market by Faster Production and High Initial Purity Description” which essentially provides insights into the seasonal influenza vaccine sales forecasts for the Asia-Pacific Region until 2017. The report also delves deep into vaccination patterns for seasonal influenza in the Asia-Pacific Region. Further, the geographical distribution of seasonal influenza vaccines across Japan, Australia, New Zealand, China, Taiwan, Philippines, Hong Kong, Malaysia, India and Singapore are also provided in the report. The report offers a clear view of the regulatory landscape in the Asia-Pacific countries. The report also reveals the seasonal influenza vaccine R&D pipeline and offers profiles of promising vaccines.  The report explores the competitive landscape including profiles for top companies. Finally, the key trend analysis on mergers and acquisitions, and licensing agreements involving seasonal influenza vaccines is also presented.
Treatment of seasonal influenza is dominated by two categories of treatment options, vaccines and antiviral therapies. In the recent years it was observed that demand for seasonal influenza vaccines have increased due to changed perception of patient population. The patient population is of the opinion that preventive healthcare is better compared to curative healthcare; this led to increased demand of vaccines in Asia-Pacific region. Asia-Pacific (APAC) region is an attractive market for seasonal influenza vaccine manufacturers. Major drivers in the market is increasing awareness, increasing vaccination coverage in the APAC countries and rising government support for immunization against seasonal influenza. Major restraints of the market are variable demand and limited production capacity. Traditional egg based manufacturing of seasonal influenza vaccines is being replaced with cell culture vaccines. Cell culture based production of vaccines is expected to reduce the problems associated with the production and use of seasonal influenza vaccines which will further increase the vaccination coverage in the APAC region.
GBI Research Analysis shows that the seasonal influenza vaccine market in the APAC Region is a fast growing market. This is due to increased vaccination coverage against seasonal influenza in the region. GBI Research forecasts the market to grow at double digit Compounded Annual Growth Rate (CAGR) of 8.9% during the period 2010-2017 from $1,154.9m in 2010 to $2,095.9m by 2017. This growth is driven by factors such as increasing awareness on influenza caused by threat of pandemic influenza, increasing vaccination coverage because of the governments’ support, growing population in the APAC region and entry of novel vaccines and production technologies.
GBI Research finds that the Philippines’ seasonal influenza vaccine market is the most attractive in the seasonal influenza vaccine market for Asia-Pacific region both in terms of value and growth rate. Other attractive markets in terms of growth rate are Malaysia’s and Singapore’s seasonal influenza vaccine markets. Australia’s seasonal influenza vaccine market is also a large sized attractive market forecast to grow at a healthy growth rate during the period 2010-2017. In-depth analysis of the report is based on propriety databases, primary and secondary research and in house analysis by the GBI Research team of experts.
GBI Research analysis shows that the R&D pipeline for the seasonal influenza vaccines is moderately strong with approximately 50% of the pipeline in the Phase II and Phase III. The major vaccine manufacturers are focused upon acquiring new technologies and strengthening their presence in the market by collaborating with or acquiring small and medium sized biotech companies that have strong vaccine candidates in their pipeline. The R&D activity also indicates development of new technologies and novel vaccines that can revolutionize the market in near future.
Scope
- Data and analysis on the seasonal influenza vaccine market in the Asia-Pacific Region including Japan, Australia, New Zealand, China, Taiwan, Philippines, Malaysia, Hong Kong, India and Singapore.
- Market forecasts for the seasonal influenza vaccines from 2010 to 2017
- Market Data on geographical landscape including country wise vaccination coverage, public and private contribution on total doses, price of vaccine, market size and market share.
- Key drivers and restraints that have created significant impact on the market.
- Regulatory landscape including the pharmaceutical product approval process and overview of regulatory authorities in the countries in Asia-Pacific region
- Competitive landscape of the seasonal influenza vaccine market in Asia-Pacific region including top companies profiles. The key companies studied in this report are Sanofi Pasteur, Abbott Laboratories, GlaxoSmithKline Biologicals, Novartis Vaccines, CSL Biotherapies and Crucell.
- Key M&A activities, Licensing Agreements, that have taken place between 2007 and 2011 in the seasonal influenza vaccine market.
Reasons to buy
- Build effective strategies to launch their pipeline products by identifying potential geographies.
- Exploit in-licensing and out-licensing opportunities by identifying products that might probably fill their portfolio gaps.
- Develop key strategic initiatives by studying the key strategies of top competitors.
- Develop market-entry and market expansion strategies by identifying the geographic markets poised for strong growth.
- Reinforce R&D pipelines by identifying new target mechanisms which can produce first in class vaccines with more efficacy and better safety.
1 Table of Contents
1 Table of Contents 4
1.1 List of Tables 8
1.2 List of Figures 11
2 Seasonal Influenza Vaccine Market in Asia-Pacific Region – Introduction 14
2.1 GBI Research Report Guidance 15
3 Seasonal Influenza Vaccine Market in Asia-Pacific Region – Market Overview 16
3.1 Production Cycle for the Seasonal Influenza Vaccines 16
3.2 The Asia-Pacific Region Seasonal Influenza Vaccine Market 16
3.3 Revenue for the Seasonal Influenza Vaccine Market 17
3.4 Geographical Segmentation 19
4 Seasonal Influenza Vaccine Market in Asia-Pacific Region – Geographical Landscape 20
4.1 Australia 20
4.1.1 Vaccination Pattern 20
4.1.2 Cost of Vaccine 25
4.1.3 Total Revenue 26
4.2 New Zealand 28
4.2.1 Vaccination Pattern 28
4.2.2 Cost of Vaccine 33
4.2.3 Total Revenue 34
4.2.4 Major Players by Market Share 36
4.3 Taiwan 37
4.3.1 Vaccination Pattern 37
4.3.2 Cost of Vaccine 41
4.3.3 Total Revenue 42
4.3.4 Major Players by Market Share 44
4.4 Philippines 45
4.4.1 Vaccination Pattern 45
4.4.2 Cost of Vaccine 49
4.4.3 Total Revenue 50
4.4.4 Major Players by Market Share 52
4.5 Malaysia 53
4.5.1 Vaccination Pattern 53
4.5.2 Cost of Vaccine 57
4.5.3 Total Revenue 58
4.5.4 Major Players by Market Share 60
4.6 Hong Kong 61
4.6.1 Vaccination Pattern 61
4.6.2 Cost of Vaccine 65
4.6.3 Total Revenue 66
4.6.4 Major Players by Market Share 68
4.7 Singapore 69
4.7.1 Vaccination Pattern 69
4.7.2 Cost of Vaccine 73
4.7.3 Total Revenue 74
4.7.4 Major Players by Market Share 76
4.8 Japan 77
4.8.1 Vaccination Pattern 77
4.8.2 Cost of Vaccine 81
4.8.3 Total Revenue 82
4.8.4 Major Players in the Market 83
4.9 China 84
4.9.1 Vaccination Pattern 84
4.9.2 Cost of Vaccine 88
4.9.3 Total Revenue 89
4.9.4 Major Players in the Market 91
4.10 India 92
4.10.1 Vaccination Pattern 92
4.10.2 Cost of Vaccine 96
4.10.3 Total Revenue 97
4.10.4 Major Players in the Market 99
5 Seasonal Influenza Vaccine Market in Asia-Pacific Region – Drivers and Restraints 100
5.1 Drivers for the Seasonal Influenza Vaccine Market in the Asia-Pacific Region 100
5.1.1 Threat of Pandemic Influenza 100
5.1.2 Increasing Vaccination Coverage for Seasonal Influenza Vaccines 101
5.1.3 Emergence of Novel Production Technologies and Vaccines 104
5.1.4 Population Growth 105
5.1.5 Economic Reasons 105
5.2 Restraints for the Seasonal Influenza Vaccine Market in the Asia-Pacific Region 105
5.2.1 Entry Barriers in the Seasonal Influenza Vaccine Market 105
5.2.2 Variable Demand 106
5.2.3 Limited Production Capacity 106
5.3 Australia 106
5.3.1 Drivers 106
5.3.2 Restraints 106
5.4 New Zealand 107
5.4.1 Drivers 107
5.4.2 Restraints 107
5.5 Taiwan 107
5.5.1 Drivers 107
5.5.2 Restraints 107
5.6 Philippines 108
5.6.1 Drivers 108
5.6.2 Restraints 108
5.7 Malaysia 108
5.7.1 Drivers 108
5.7.2 Restraints 108
5.8 Hong Kong 109
5.8.1 Drivers 109
5.8.2 Restraints 109
5.9 Singapore 109
5.9.1 Drivers 109
5.9.2 Restraints 110
5.10 Japan 110
5.10.1 Drivers 110
5.10.2 Restraints 110
5.11 China 111
5.11.1 Drivers 111
5.11.2 Restraints 111
5.12 India 111
5.12.1 Drivers 111
5.12.2 Restraints 111
6 Seasonal Influenza Vaccine Market in Asia-Pacific Region – Regulatory Landscape 112
6.1 Registration Process and Regulations in Australia 112
6.2 Registration Process and Regulations in New Zealand 114
6.3 Registration Process and Regulations in Taiwan 117
6.4 Registration Process and Regulations in the Philippines 118
6.5 Registration Process and Regulations in Malaysia 120
6.6 Registration Process and Regulations in Hong Kong 122
6.7 Registration Process and Regulations in Singapore 123
6.8 Registration Process and Regulations in Japan 124
6.9 Registration Process and Regulations in China 126
6.10 Registration Process and Regulations in India 128
7 Seasonal Influenza Vaccine Market in Asia-Pacific Region – Pipeline Analysis 130
7.1 Seasonal Influenza Vaccines – Promising Vaccines under Clinical Development 130
7.2 Profiles for Promising Vaccines under Clinical Development 131
7.2.1 Optaflu 131
7.2.2 GSK2186877A 131
7.2.3 Intanza / Flu-ID 132
7.2.4 Fluad Pediatric 133
7.2.5 FluBlok 133
7.3 Research and Development Pipeline 134
8 Seasonal Influenza Vaccine Market in Asia-Pacific Region – Competitive Landscape 138
8.1 Major Seasonal Influenza Vaccines Marketed in the APAC Region 138
8.1.1 Fluarix 138
8.1.2 Vaxigrip 138
8.1.3 Influvac 138
8.1.4 Fluvax 138
8.1.5 Agrippal 138
8.2 Key Areas Focused for R&D 139
8.3 Competitive Profiling 140
8.3.1 Sanofi Pasteur 140
8.3.2 GlaxoSmithKline Biologicals 140
8.3.3 Abbott Laboratories (Solvay Pharmaceuticals) 140
8.3.4 CSL Biotherapies 140
8.3.5 Novartis Vaccines 141
8.3.6 Crucell N.V. (Berna Biotech) 141
9 Seasonal Influenza Vaccine Market in Asia-Pacific Region – M&A Landscape 142
9.1 Overview 142
9.2 Major Merger and Acquisition Deals, 2007-2011 142
9.2.1 AstraZeneca Acquires Medimmune 143
9.2.2 Sanofi-Aventis (now Sanofi) Acquires Acambis 143
9.2.3 Mymetics Acquires Virosome Biologicals 143
9.2.4 Simcere Pharmaceutical Acquires a Majority Stake in Jiangsu Yanshen Biological Technology Stock 143
9.2.5 Novartis Completes Acquisition of 85% Stake in Zhejiang Tianyuan 144
9.2.6 Abbott Laboratories Acquires Solvay Pharmaceuticals 144
9.2.7 Nutri Pharma Acquires a Majority Stake in Bionor Immuno 144
9.2.8 Johnson & Johnson Acquires Crucell 144
9.2.9 GlaxoSmithKline to Acquire Remaining Interest in Shenzhen GSK-Neptunus Biologicals 144
9.3 M&A Deals by Year of Completion, 2007-2011 145
9.4 M&A Deals by Geography 146
9.5 Major Licensing Agreements, 2007-2011 146
9.5.1 Crucell enters into License Agreement with Adimmune Corporation 146
9.5.2 MedImmune Enters into Licensing Agreement with Sanofi Pasteur 147
9.5.3 Vivalis enters into Licensing Agreement with GlaxoSmithKline 147
9.5.4 Vivalis enters into Licensing Agreement with Nobilon International 147
9.5.5 MedImmune enters into Licensing Agreement with GlaxoSmithKline 147
9.5.6 Hemispherx Biopharma Enters Into Licensing Agreement with BIKEN 147
9.5.7 MedImmune Enters Into Licensing Agreement with BIKEN 147
9.5.8 MedImmune Enters Into Licensing Agreement with Omninvest 148
9.5.9 OPKO Health Enters Into Licensing Agreement with Academia Sinica 148
9.5.10 AltraVax Enters Into Licensing Agreement with Maxygen 148
9.5.11 Protein Sciences Expands Its Licensing Agreement with UMN Pharma for FluBlok and PanBlok 148
9.5.12 NasVax Extends Its Research Agreement with Novartis 148
9.5.13 iBio Enters Into Licensing Agreement With G-Con 148
9.6 Licensing Deals by Year of Completion, 2007-2011 149
9.7 Licensing Deals by Geography 150
10 Seasonal Influenza Vaccine Market in Asia-Pacific Region – Appendix 151
10.1 Market Definitions 151
10.2 Abbreviations 151
10.3 Research Methodology 152
10.3.1 Coverage 152
10.3.2 The Scope of the Study 152
10.3.3 Secondary Research 153
10.3.4 Primary Research 153
10.3.5 Expert Panel Validation 155
10.4 Contact Us 156
10.5 Disclaimer 156
10.6 Sources 156