Waste management and the environment V / edited by V. Popov . . . [et al].

CONTENTS

Section 1. Waste incineration and gasification

Batch waste gasification technology: characteristics and perspective
Innovative technique for the control of NO formed in combustion processes
System analysis for integration of landfill energy production in regional energy supply
etc

Section 2: Reduce, reuse and recycle (3 Rs)

Chemical recovery of flexible polyurethane foam wastes
Recycled chopped rice straw-cement bricks: an analytical and economical study
Household recycling of compact Fluorescent lights: a survey of influential factors
etc

Section3: Waste Management

Cultural heritage and waste heritage: advanced techniques to preserve cultural heritage , exploring just in time ruins produced
by disasters and natural calamities
An index of quantify street cleanliness
Land spreading of solar-dried citrus peel to control runoff and soil erosion
Chestnut bur extracts as antioxidants: optimization of extraction stage
etc

Section 4:Costs and benefits of waste management options

Bioplastics disposal: how to manage it
Options Appraisal of waste management systems

Section 5: Landfills, design, construction and monitoring

Monitoring of landfill gas emission rates: application of the static chamber approach to an Italian sanitary landfill site
LIDAR technique application to analysis of environmental pollution
Toxicity identification evaluation of landfill leachate taking a multispecies approach

Section 6 : Soil and groundwater clean-up

Accumulation coefficient and translocation factor of heavy metals through Rhazya stricta grown in the mining area of Mahad
AD'Dahab, Saudi Arabia
Experimental study on the utilizing iron slag to stabilize contaminated soils
An integrated approach to in-situ remediation of a former paint manufacturing facility

Section7: Wastewater treatment

Waste released by tanneries at patrocinio Paulist Sao Paulo State Brazil
Consideration recovery of a rare /hazardous elements from polluted water by hydrothermal mineralization
Water treatment sludge can be used as an adsorbent for heavy metals in wastewater streams
etc

Includes: Index : p. 461-462.