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Asia-Pacific Bio-based Advanced Phase Change Materials Market

  • Report Code: BI 1002
  • Publish Date: Upcoming
  
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Bio-based advanced phase change materials (PCM) are considered as renewable resources. They act as green alternatives to the paraffinic PCMs. These compounds are obtained from various plants as well as animal fat. These materials are non-toxic, and can be recycled without material degradation. Bio-based PCM offer a greater degree of fire resistance, and are cost-effective materials in comparison to other PCM.

 

The Asia-Pacific bio-based advanced phase change materials market is one of the most emerging markets in the building & construction and chemical industries. The market is expected to grow at a CAGR of 27.7% from 2013 to 2018. This growth is mainly triggered by the increasing adoption of the  latest bio-based PCM technologies adopted by the leading players of this market. Also, its increasing demand in varied applications such as  heating ventilation and air conditioning system (HVAC) has played a major role in uplifting the overall growth of this market.

 

The Asia-Pacific bio-based advanced phase change materials market is segmented on the basis of application and geography. According to application, this market is segregated into building & construction, energy storage systems, HVAC system, phase change memory, refrigeration, supply chain, and textile application among others.

 

The market is further segmented on the basis of geography that includes countries, such as China, Japan, and India among others. In the Asia-Pacific bio-based advanced phase change materials market, Japan accounted the maximum share for 21.1% in 2013. The growth in this market region is primarily attributed to the extensive research and development activities carried out on bio-based PCM materials. The increasing technological developments in the PCM market has also resulted in the rapid demand of PCM applications in most of the Asian countries, such as India. Prominent countries operating in this market include Global Gold Chain Solutions Pty Ltd., and Pluss Polymers Pty Ltd.

 

The emerging opportunities in this market have been identified in the report on the basis of secondary research. Data has been effectively gathered and collated from varied authentic sources such as press releases and industry white papers among others.

 

Lastly, the report also provides product portfolio, recent developments, growth strategies & trends, financials, and market share, which helps readers to determine the competition level of this market, and accordingly devise their business strategy. This report presents a comprehensive overview of drivers, restraints, and opportunities of this market.



1 Introduction

1.1 Objective of the study

1.2 Market Definitions and scope of the study

1.3 Markets Covered

1.4 Stakeholders

2. Research Methodology

2.1 Integrated Ecosystem of Asia-Pacific Bio-Based Advanced Phase Change Material

2.2 Arriving at Asia-Pacific Bio-Based Advanced Phase Change Material Size

2.3 Top Down Approach

2.4 Bottom Up

2.5 Assumptions 

3 Executive Summary

4 Market Overview

4.1 Introduction

4.2 Parent Market Comparison

4.3 Drivers and Inhibitors of Asia-Pacific Bio-Based Advanced Phase Change Material

4.3.1 Drivers of Asia-Pacific Bio-Based Advanced Phase Change Material

4.3.1.1 Regulations  

4.3.1.2 Low green house gas emissions 

4.3.2 Inhibitors of Asia-Pacific Bio-Based Advanced Phase Change Material

4.3.2.1 High cost of PCM 

4.3.2.2 No Government Subsidy

5 Bio-Based Advanced Phase Change Material - Asia-Pacific, By Applications

5.1 Research Methodology

5.2 Demand Side Analysis

5.3 Bio-Based Advanced Phase Change Material By Application – HVAC System Snapshot

5.3.1 Bio-Based Advanced Phase Change Material By Application - HVAC System Industry

5.3.2 HVAC System – By Geographies

5.4 Bio-Based Advanced Phase Change Material By Application - Textiles Manufacturing Snapshot

5.4.1 Bio-Based Advanced Phase Change Material By Application - Textiles Manufacturing 

5.4.2 Textiles Manufacturing - By Geographies

5.5 Bio-Based Advanced Phase Change Material By Application - Energy Storage Systems Snapshot

5.5.1 Bio-Based Advanced Phase Change Material By Application - Energy Storage Systems

5.5.2 Energy Storage Systems - By Geographies

5.6 Bio-Based Advanced Phase Change Material By Application - Phase change memory Snapshot

5.6.1 Bio-Based Advanced Phase Change Material By Application - Phase change memory

5.6.2 Phase change memory - By Geographies

5.7 Bio-Based Advanced Phase Change Material By Application – Refrigeration Snapshot

5.7.1 Bio-Based Advanced Phase Change Material By Application – Refrigeration

5.7.2 Refrigeration - By Geographies

5.8 Bio-Based Advanced Phase Change Material By Application – Building & Construction Snapshot

5.8.1 Bio-Based Advanced Phase Change Material By Application – Building & Construction

5.8.2 Building & Construction - By Geographies

5.9 Bio-Based Advanced Phase Change Material By Application – Supply Chain Snapshot

5.9.1 Bio-Based Advanced Phase Change Material By Application – Supply Chain

5.9.2 Supply Chain - By Geographies

5.10 Bio-Based Advanced Phase Change Material By Application – Other Applications Snapshot

5.10.1 Bio-Based Advanced Phase Change Material By Application – Other Applications

5.10.2 Other Applications - By Geographies

6 Bio-Based Advanced Phase Change Material-Asia-Pacific, By Geographies

6.1 Research Methodology

6.2 Introduction

6.3 Bio-Based Advanced Phase Change Material – Asia-Pacific Snapshot

6.4 Bio-Based Advanced Phase Change Material – India

6.4.1 Bio-Based Advanced Phase Change Material – India By Application

6.4.1.1 Bio-Based Advanced Phase Change Material – Marine Industry

6.4.1.2 Bio-Based Advanced Phase Change Material – Transportation Industry

6.4.1.3 Bio-Based Advanced Phase Change Material – Electrical & Electronics

6.4.1.4 Bio-Based Advanced Phase Change Material – Pipes & Tanks 

6.4.1.5 Bio-Based Advanced Phase Change Material – Building & Construction 

6.4.1.6 Bio-Based Advanced Phase Change Material – Wind Energy

6.4.1.7 Bio-Based Advanced Phase Change Material – Supply Chain

6.4.1.8 Bio-Based Advanced Phase Change Material – Other Applications

6.5 Bio-Based Advanced Phase Change Material – China

6.5.1 Bio-Based Advanced Phase Change Material – China By Application

6.5.1.1 Bio-Based Advanced Phase Change Material – Marine Industry

6.5.1.2 Bio-Based Advanced Phase Change Material – Transportation Industry

6.5.1.3 Bio-Based Advanced Phase Change Material – Electrical & Electronics

6.5.1.4 Bio-Based Advanced Phase Change Material – Pipes & Tanks 

6.5.1.5 Bio-Based Advanced Phase Change Material – Building & Construction 

6.5.1.6 Bio-Based Advanced Phase Change Material – Wind Energy

6.5.1.7 Bio-Based Advanced Phase Change Material – Supply Chain

6.5.1.8 Bio-Based Advanced Phase Change Material – Other Applications

6.6 Bio-Based Advanced Phase Change Material – Japan

6.6.1 Bio-Based Advanced Phase Change Material – Japan By Application

6.6.1.1 Bio-Based Advanced Phase Change Material – Marine Industry

6.6.1.2 Bio-Based Advanced Phase Change Material – Transportation Industry

6.6.1.3 Bio-Based Advanced Phase Change Material – Electrical & Electronics

6.6.1.4 Bio-Based Advanced Phase Change Material – Pipes & Tanks 

6.6.1.5 Bio-Based Advanced Phase Change Material – Building & Construction 

6.6.1.6 Bio-Based Advanced Phase Change Material – Wind Energy

6.6.1.7 Bio-Based Advanced Phase Change Material – Supply Chain

6.6.1.8 Bio-Based Advanced Phase Change Material – Other Applications

6.7 Bio-Based Advanced Phase Change Material – Australia

6.7.1 Bio-Based Advanced Phase Change Material – Australia By Application

6.7.1.1 Bio-Based Advanced Phase Change Material – Marine Industry

6.7.1.2 Bio-Based Advanced Phase Change Material – Transportation Industry

6.7.1.3 Bio-Based Advanced Phase Change Material – Electrical & Electronics

6.7.1.4 Bio-Based Advanced Phase Change Material – Pipes & Tanks 

6.7.1.5 Bio-Based Advanced Phase Change Material – Building & Construction 

6.7.1.6 Bio-Based Advanced Phase Change Material – Wind Energy

6.7.1.7 Bio-Based Advanced Phase Change Material – Supply Chain

6.7.1.8 Bio-Based Advanced Phase Change Material – Other Applications

6.8 Bio-Based Advanced Phase Change Material – South Korea

6.8.1 Bio-Based Advanced Phase Change Material – South Korea By Application

6.8.1.1 Bio-Based Advanced Phase Change Material – Marine Industry

6.8.1.2 Bio-Based Advanced Phase Change Material – Transportation Industry

6.8.1.3 Bio-Based Advanced Phase Change Material – Electrical & Electronics

6.8.1.4 Bio-Based Advanced Phase Change Material – Pipes & Tanks 

6.8.1.5 Bio-Based Advanced Phase Change Material – Building & Construction 

6.8.1.6 Bio-Based Advanced Phase Change Material – Wind Energy

6.8.1.7 Bio-Based Advanced Phase Change Material – Supply Chain

6.8.1.8 Bio-Based Advanced Phase Change Material – Other Applications

6.9 Bio-Based Advanced Phase Change Material – Taiwan

6.9.1 Bio-Based Advanced Phase Change Material – Taiwan By Application

6.9.1.1 Bio-Based Advanced Phase Change Material – Marine Industry

6.9.1.2 Bio-Based Advanced Phase Change Material – Transportation Industry

6.9.1.3 Bio-Based Advanced Phase Change Material – Electrical & Electronics

6.9.1.4 Bio-Based Advanced Phase Change Material – Pipes & Tanks 

6.9.1.5 Bio-Based Advanced Phase Change Material – Building & Construction 

6.9.1.6 Bio-Based Advanced Phase Change Material – Wind Energy

6.9.1.7 Bio-Based Advanced Phase Change Material – Supply Chain

6.9.1.8 Bio-Based Advanced Phase Change Material – Other Applications

7 Bio-Based Advanced Phase Change Material-Asia-Pacific, By Companies

7.1 Competitive Landscape

7.1.1 Merger & Acquisition

7.1.2 Other Expansion

7.1.3 New Synergies

7.2 Pluss Polymers Pvt. Ltd

7.3 Entropy Solutions Inc.

7.4 Sonoco Products Co.

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