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The role of process intensification in cutting greenhouse gas emissions
David Reay
School of Engineering & Physical Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
77
Citations (Scopus)
Overview
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Dive into the research topics of 'The role of process intensification in cutting greenhouse gas emissions'. Together they form a unique fingerprint.
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Social Sciences
Process
100%
UK
45%
Gases
36%
Conferences
27%
Plants
27%
Savings
27%
Emission
27%
Technology
18%
Specific Industry
18%
Integration
18%
USA
18%
Investment
18%
Commerce
9%
Educational Administrators
9%
Administrative Structure
9%
Economic and Social Development
9%
Global Warming
9%
Food Processing
9%
Primary Energy
9%
Strategy
9%
Organizations
9%
Growth
9%
Engineering
9%
Chemicals
9%
Control
9%
Example
9%
Feature
9%
Contribution
9%
Projection
9%
Heat
9%
Discussion
9%
Netherlands
9%
Government
9%
Earth and Planetary Sciences
Amplification
81%
United Kingdom
45%
Energy Use
27%
Plant
27%
Science and Technology
18%
Energy Saving
18%
Potential Energy
18%
Congressional Report
18%
Industry
18%
Cleaner
9%
Greenhouse Gas
9%
Product Development
9%
Commerce
9%
Food Processing
9%
United States of America
9%
Netherlands
9%
Order
9%
Gas
9%
Investigation
9%
Impact
9%
Oil
9%
Institution
9%
Growth
9%
Need
9%
Recommendation
9%
Government
9%
Strategy
9%
Volume
9%
Cutting
9%
Average
9%
Rate
9%
Magnitude
9%
Reader
9%
Global Warming
9%
Chemistry
Procedure
90%
Greenhouse Gas Emission
36%
Mass Transfer
36%
Potential Energy
18%
Industry
18%
Engineering Process
18%
Energy
18%
Carbon Dioxide Emission
18%
Environmental Pollution
9%
Gas
9%
Volume
9%
Oil
9%
Chemical Reaction
9%
Potential
9%
Rate
9%
Carbon Dioxide
9%
Heat Transfer
9%
Coupling Constant
9%
Reaction Mechanism
9%
Food Science
Food Processing
9%