<--- Back to Details
First PageDocument Content
Air pollution / Pollution / Natural environment / Atmospheric dispersion modeling / Environmental engineering / Emission intensity / Industrial ecology / Greenhouse gas / AP 42 Compilation of Air Pollutant Emission Factors / Inputoutput model / Life-cycle assessment
Date: 2014-10-20 10:54:03
Air pollution
Pollution
Natural environment
Atmospheric dispersion modeling
Environmental engineering
Emission intensity
Industrial ecology
Greenhouse gas
AP 42 Compilation of Air Pollutant Emission Factors
Inputoutput model
Life-cycle assessment

Regional Research Institute West Virginia University Resource Document Series Estimation of China Sectoral Emission Intensity: Based on Input-Output Model

Add to Reading List

Source URL: rri.wvu.edu

Download Document from Source Website

File Size: 603,43 KB

Share Document on Facebook

Similar Documents

Air Resources Laboratory Web-based HYSPLIT Applications for Emergency Response A Complete Modeling System for Simulating Dispersion of Harmful Atmospheric Material The accidental or intentional release of chemical, biolo

Air Resources Laboratory Web-based HYSPLIT Applications for Emergency Response A Complete Modeling System for Simulating Dispersion of Harmful Atmospheric Material The accidental or intentional release of chemical, biolo

DocID: 1tR6H - View Document

APPENDIX 3- ATMOSPHERIC DISPERSION MODELING CERTIFICATION CHECKOFF SHEET  APPLICANT Name: ____________________________________________ Address: ___________________________________________________ ________________________

APPENDIX 3- ATMOSPHERIC DISPERSION MODELING CERTIFICATION CHECKOFF SHEET APPLICANT Name: ____________________________________________ Address: ___________________________________________________ ________________________

DocID: 1sLbT - View Document

Polyphemus 1.2 User’s Guide ENPC – INRIA – EDF R&D Meryem Ahmed de Biasi, Vivien Mallet, ´

Polyphemus 1.2 User’s Guide ENPC – INRIA – EDF R&D Meryem Ahmed de Biasi, Vivien Mallet, ´

DocID: 1rrSo - View Document

Science Based Targets Methodological Input Susan Dreyer, Director DACH Region, CDP   Science-based Target Setting Manual I Methods Overview

Science Based Targets Methodological Input Susan Dreyer, Director DACH Region, CDP Science-based Target Setting Manual I Methods Overview

DocID: 1rlB7 - View Document

Impact of very tall buildings on urban air quality Lead Supervisor: Dr Matteo Carpentieri, EnFlo Laboratory, University of Surrey. Email:  Co-supervisors: Dr Philip Hancock, EnFlo Laboratory; Dr

Impact of very tall buildings on urban air quality Lead Supervisor: Dr Matteo Carpentieri, EnFlo Laboratory, University of Surrey. Email: Co-supervisors: Dr Philip Hancock, EnFlo Laboratory; Dr

DocID: 1rlwo - View Document