Municipal Solid Waste Management : Opportunities for Russia

Municipal Solid Waste Management : Opportunities for Russia

Municipal solid waste (MSW) management system is one of the key components of a country's overall environmental and resource efficiency framework. Inefficient MSW treatment in Russia today is causing negative environmental impact, and results...

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Bibliographic Details
Main Author: International Finance Corporation
Format: Working Paper
Language:English
en_US
Published: Washington, DC 2017
Subjects:
ACCUMULATORS
BIOGAS
BIOMASS
BULKY WASTE
COMBUSTION
COMPOSTING
COST OF DISPOSAL
DISPOSAL
DISPOSAL CAPACITY
DISPOSAL FACILITIES
DISPOSAL OF WASTE
DISPOSAL SITES
DISPOSAL SYSTEM
END-USERS
ENERGY RECOVERY
ENVIRONMENTAL DAMAGE
ENVIRONMENTAL IMPACT
FIRES
GENERATION RATE
GROUNDWATER
HEAT
HUMAN HEALTH
INCINERATION
INCINERATION WITH ENERGY
INCOMING WASTE
INDUSTRIAL WASTE
LANDFILL
LANDFILL CAPACITY
LANDFILL SITES
LANDFILL WASTE
LANDFILLING
LANDFILLS
MEMBER STATES
METROPOLITAN AREAS
MSW
MUNICIPAL SOLID
MUNICIPAL SOLID WASTE
MUNICIPAL SOLID WASTE MANAGEMENT
MUNICIPAL WASTE
NATURAL RESOURCES
RAW MATERIALS
RECYCLING
REGIONAL WASTE MANAGEMENT
REMEDIATION
SAFE DISPOSAL
SANITARY DISPOSAL
SANITARY STANDARDS
TARIFF POLICY
TOXIC SUBSTANCES
TREATMENT OF WASTE
WASTE COLLECTION
WASTE DISPOSAL
WASTE INCINERATION
WASTE MANAGEMENT FACILITIES
WASTE MANAGEMENT POLICIES
WASTE MANAGEMENT POLICY
WASTE MANAGEMENT PRACTICES
WASTE MANAGEMENT STRATEGY
WASTE MANAGEMENT SYSTEM
WASTE RECYCLING
WASTE STREAMS
WASTE TREATMENT
WASTE TREATMENT METHODS
WASTE VOLUMES
Online Access:http://documents.worldbank.org/curated/en/402931468146404704/Municipal-solid-waste-management-opportunities-for-Russia-summary-of-key-findings
http://hdl.handle.net/10986/27102
id okr-10986-27102
recordtype oai_dc
spelling okr-10986-271022021-04-23T14:04:40Z Municipal Solid Waste Management : Opportunities for Russia International Finance Corporation ACCUMULATORS BIOGAS BIOMASS BULKY WASTE COMBUSTION COMPOSTING COST OF DISPOSAL DISPOSAL DISPOSAL CAPACITY DISPOSAL FACILITIES DISPOSAL OF WASTE DISPOSAL SITES DISPOSAL SYSTEM END-USERS ENERGY RECOVERY ENVIRONMENTAL DAMAGE ENVIRONMENTAL IMPACT FIRES GENERATION RATE GROUNDWATER HEAT HUMAN HEALTH INCINERATION INCINERATION WITH ENERGY INCOMING WASTE INDUSTRIAL WASTE LANDFILL LANDFILL CAPACITY LANDFILL SITES LANDFILL WASTE LANDFILLING LANDFILLS MEMBER STATES METROPOLITAN AREAS MSW MUNICIPAL SOLID MUNICIPAL SOLID WASTE MUNICIPAL SOLID WASTE MANAGEMENT MUNICIPAL WASTE NATURAL RESOURCES RAW MATERIALS RECYCLING REGIONAL WASTE MANAGEMENT REMEDIATION SAFE DISPOSAL SANITARY DISPOSAL SANITARY STANDARDS TARIFF POLICY TOXIC SUBSTANCES TREATMENT OF WASTE WASTE COLLECTION WASTE DISPOSAL WASTE INCINERATION WASTE MANAGEMENT FACILITIES WASTE MANAGEMENT POLICIES WASTE MANAGEMENT POLICY WASTE MANAGEMENT PRACTICES WASTE MANAGEMENT STRATEGY WASTE MANAGEMENT SYSTEM WASTE RECYCLING WASTE STREAMS WASTE TREATMENT WASTE TREATMENT METHODS WASTE VOLUMES Municipal solid waste (MSW) management system is one of the key components of a country's overall environmental and resource efficiency framework. Inefficient MSW treatment in Russia today is causing negative environmental impact, and results in suboptimal use of raw materials and energy. If Russia optimized its MSW management policy and implemented modern technologies, by 2025 it could fully shift towards environmentally friendly MSW management system and recover up to 45 percent of waste. As a result, by 2025 more than 200 metric tons of MSW would be recovered to raw materials and energy instead of landfilling. This would require investing up to 40 billion and would generate additional 2 billion in revenues from recoverable fractions. 2017-06-13T19:41:58Z 2017-06-13T19:41:58Z 2012 Working Paper http://documents.worldbank.org/curated/en/402931468146404704/Municipal-solid-waste-management-opportunities-for-Russia-summary-of-key-findings http://hdl.handle.net/10986/27102 English en_US CC BY-NC-ND 3.0 IGO http://creativecommons.org/licenses/by-nc-nd/3.0/igo International Finance Corporation Washington, DC Publications & Research :: Working Paper Publications & Research Europe and Central Asia Russian Federation
repository_type Digital Repository
institution_category Foreign Institution
institution Digital Repositories
building World Bank Open Knowledge Repository
collection World Bank
language English
en_US
topic ACCUMULATORS
BIOGAS
BIOMASS
BULKY WASTE
COMBUSTION
COMPOSTING
COST OF DISPOSAL
DISPOSAL
DISPOSAL CAPACITY
DISPOSAL FACILITIES
DISPOSAL OF WASTE
DISPOSAL SITES
DISPOSAL SYSTEM
END-USERS
ENERGY RECOVERY
ENVIRONMENTAL DAMAGE
ENVIRONMENTAL IMPACT
FIRES
GENERATION RATE
GROUNDWATER
HEAT
HUMAN HEALTH
INCINERATION
INCINERATION WITH ENERGY
INCOMING WASTE
INDUSTRIAL WASTE
LANDFILL
LANDFILL CAPACITY
LANDFILL SITES
LANDFILL WASTE
LANDFILLING
LANDFILLS
MEMBER STATES
METROPOLITAN AREAS
MSW
MUNICIPAL SOLID
MUNICIPAL SOLID WASTE
MUNICIPAL SOLID WASTE MANAGEMENT
MUNICIPAL WASTE
NATURAL RESOURCES
RAW MATERIALS
RECYCLING
REGIONAL WASTE MANAGEMENT
REMEDIATION
SAFE DISPOSAL
SANITARY DISPOSAL
SANITARY STANDARDS
TARIFF POLICY
TOXIC SUBSTANCES
TREATMENT OF WASTE
WASTE COLLECTION
WASTE DISPOSAL
WASTE INCINERATION
WASTE MANAGEMENT FACILITIES
WASTE MANAGEMENT POLICIES
WASTE MANAGEMENT POLICY
WASTE MANAGEMENT PRACTICES
WASTE MANAGEMENT STRATEGY
WASTE MANAGEMENT SYSTEM
WASTE RECYCLING
WASTE STREAMS
WASTE TREATMENT
WASTE TREATMENT METHODS
WASTE VOLUMES
spellingShingle ACCUMULATORS
BIOGAS
BIOMASS
BULKY WASTE
COMBUSTION
COMPOSTING
COST OF DISPOSAL
DISPOSAL
DISPOSAL CAPACITY
DISPOSAL FACILITIES
DISPOSAL OF WASTE
DISPOSAL SITES
DISPOSAL SYSTEM
END-USERS
ENERGY RECOVERY
ENVIRONMENTAL DAMAGE
ENVIRONMENTAL IMPACT
FIRES
GENERATION RATE
GROUNDWATER
HEAT
HUMAN HEALTH
INCINERATION
INCINERATION WITH ENERGY
INCOMING WASTE
INDUSTRIAL WASTE
LANDFILL
LANDFILL CAPACITY
LANDFILL SITES
LANDFILL WASTE
LANDFILLING
LANDFILLS
MEMBER STATES
METROPOLITAN AREAS
MSW
MUNICIPAL SOLID
MUNICIPAL SOLID WASTE
MUNICIPAL SOLID WASTE MANAGEMENT
MUNICIPAL WASTE
NATURAL RESOURCES
RAW MATERIALS
RECYCLING
REGIONAL WASTE MANAGEMENT
REMEDIATION
SAFE DISPOSAL
SANITARY DISPOSAL
SANITARY STANDARDS
TARIFF POLICY
TOXIC SUBSTANCES
TREATMENT OF WASTE
WASTE COLLECTION
WASTE DISPOSAL
WASTE INCINERATION
WASTE MANAGEMENT FACILITIES
WASTE MANAGEMENT POLICIES
WASTE MANAGEMENT POLICY
WASTE MANAGEMENT PRACTICES
WASTE MANAGEMENT STRATEGY
WASTE MANAGEMENT SYSTEM
WASTE RECYCLING
WASTE STREAMS
WASTE TREATMENT
WASTE TREATMENT METHODS
WASTE VOLUMES
International Finance Corporation
Municipal Solid Waste Management : Opportunities for Russia
geographic_facet Europe and Central Asia
Russian Federation
description Municipal solid waste (MSW) management system is one of the key components of a country's overall environmental and resource efficiency framework. Inefficient MSW treatment in Russia today is causing negative environmental impact, and results in suboptimal use of raw materials and energy. If Russia optimized its MSW management policy and implemented modern technologies, by 2025 it could fully shift towards environmentally friendly MSW management system and recover up to 45 percent of waste. As a result, by 2025 more than 200 metric tons of MSW would be recovered to raw materials and energy instead of landfilling. This would require investing up to 40 billion and would generate additional 2 billion in revenues from recoverable fractions.
format Working Paper
author International Finance Corporation
author_facet International Finance Corporation
author_sort International Finance Corporation
title Municipal Solid Waste Management : Opportunities for Russia
title_short Municipal Solid Waste Management : Opportunities for Russia
title_full Municipal Solid Waste Management : Opportunities for Russia
title_fullStr Municipal Solid Waste Management : Opportunities for Russia
title_full_unstemmed Municipal Solid Waste Management : Opportunities for Russia
title_sort municipal solid waste management : opportunities for russia
publisher Washington, DC
publishDate 2017
url http://documents.worldbank.org/curated/en/402931468146404704/Municipal-solid-waste-management-opportunities-for-Russia-summary-of-key-findings
http://hdl.handle.net/10986/27102
_version_ 1764463551596986368

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