Innovations in Industrial Waste Heat Management

Innovations in Industrial Waste Heat Management

Technology Market Penetration and Roadmapping

RELEASE DATE
30-Jun-2014
REGION
Global
Research Code: D554-01-00-00-00
SKU: EG01593-GL-TR_16444
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Description

Industrial waste heat management has seen rising levels of importance due to volatile fuel prices and also regulations to maximize energy conservation. As such, industries have started recognizing the necessity and advantages of industrial waste heat management. Till recent past much importance was being paid to recovering waste heat and reusing it as thermal energy. But now the focus is on new methods of waste heat recovery which convert even low grade waste heat into other forms of energy with increased feasibility. Low grade waste heat recovery, which has slowly been gaining prominence is expected to be a major driver for research in the future.

This research service report presents analysis on current technology capability and expected future trends in technology adoption for industrial waste heat management. Analytical Hierarchy Process (AHP) was used to evaluate the application potential in the five most energy intensive industries – Cement, Oil and Gas, Steel, Pulp and Paper, and Glass to identify the industry with greatest future application potential. Based on inputs from technology developers and from the predicted market scenario, an evaluation was done.

Table of Contents

Research Objective

Technical Insights—Research Process and Methodology

Key Findings

Industrial Waste Heat Management Options

Industrial Waste Heat Recovery Equipment

Technology Capability—Waste Heat Recovery Equipment

Technology Capability—Waste Heat Recovery Equipment (Continued)

Technology Capability—Waste Heat Recovery Equipment (Continued)

Technology Capability—Innovations in Waste Heat Recovery

Technology Capability—Waste Heat to Power

Technology Value Chain

Market Impact of Business Accelerators

Market Impact of Business Accelerators

Impact Mapping of Business Accelerators

Market Impact of Technology Accelerators

Market Impact of Technology Accelerators

Impact Mapping of Technology Accelerators

Market Impact of Business Restraints

Market Impact of Business Restraints

Impact Mapping of Business Restraints

Market Impact of Technology Restraints

Market Impact of Technology Restraints

Impact Mapping of Technology Restraints

Technology Adoption Cycle—according to region

Technology Adoption Cycle—according to region

Technology Adoption Cycle—according to technology

Scenario Modeling and Emerging Opportunities

Emerging Opportunities – Growth of Waste Heat Recovery

Application Roadmap

AHP-Based Technology Roadmap

Level 0 Criteria AHP Computation Results

AHP Level 1 Criteria Priority Values

AHP Alternatives

Technology Management Strategies

Technology Management Strategies (continued)

Technology Management Strategies (continued)

Key Patents

Key Patents (continued)

Key Patents (continued)

Contact Details

Legal Disclaimer

Who is Frost & Sullivan

What makes us unique

TEAM Methodology

Our Global Footprint 40+ OfficesScanning the Globe for Opportunities and Innovation

Industrial waste heat management has seen rising levels of importance due to volatile fuel prices and also regulations to maximize energy conservation. As such, industries have started recognizing the necessity and advantages of industrial waste heat management. Till recent past much importance was being paid to recovering waste heat and reusing it as thermal energy. But now the focus is on new methods of waste heat recovery which convert even low grade waste heat into other forms of energy with increased feasibility. Low grade waste heat recovery, which has slowly been gaining prominence is expected to be a major driver for research in the future. This research service report presents analysis on current technology capability and expected future trends in technology adoption for industrial waste heat management. Analytical Hierarchy Process (AHP) was used to evaluate the application potential in the five most energy intensive industries  Cement, Oil and Gas, Steel, Pulp and Paper, and Glass to identify the industry with greatest future application potential. Based on inputs from technology developers and from the predicted market scenario, an evaluation was done.
More Information
No Index Yes
Podcast No
Author Lekshmy Ravi
Industries Energy
WIP Number D554-01-00-00-00
Is Prebook No