WTE - Solutions -> Incineration -> Energy Technology
ADB - Asian Development Bank Funding has been approved for a series of WTE plants in Vietnam
China Everbright International Limited has secured a $100 million loan from the Asian Development Bank to develop a series of waste to energy plants in the Mekong Delta, Vietnam. This initiative will be the first municipal waste to energy public-private partnership project in the country.
WTERT Republic of Korea WtERT Republic of Korea 2017 Progress Report
Through the Human Resources Development program of the Korea Institute of Energy Technology Evaluation and Planning, Ministry of Industry and Commerce, R.O. Korea, WTERT-Korea concentrates on the development of the combustible/organic wastes energy process system technology and fostering trained manpower, especially post graduate level.
The Ingolstadt Waste Utilization Plant The Ingolstadt Waste Utilization Plant
Over the past 40 years, the Ingolstadt joint waste management authority has managed to develop its waste treatment plant from a simple waste incinerator to the largest municipal energy producer in the region.
Experts to topic
Professor Dr. Ing. Dagmar Juchelková Technical University of Ostrava
Dr.-Ing. Michael Jakuttis Danpower GmbH - Sulzbach-Rosenberg / Pfaffenhofen
ia GmbH - Knowledge Management + Engineering Total costs of ownership - a comparison between incineration plant and landfill placed in the metropolian area of Sao Paulo
This study offers a decision support for executives, who compare in a draft both systems according to the method of Total Costs of Ownership (TCO), regarding the total life time and including the aftercare of landfill.
Wastedive WtERT Sponsor SACYR group of Spain collaborates with State of Connecticut in plant combining recycling and WTE
Connecticut's Department of Environmental Protection has selected the Sacyr Rooney Recovery Team to redevelop Hartford's Materials Innovation and Recycle Authority (MIRA) waste-to-energy facility, as reported by the Hartford Courant.
Geminor Waste to Energy Geminor wins contract to supply Swedish RDF facility
Geminor has won a new contract to supply more than 27,000 tonnes of RDF to the Renova energy from waste (EFW) facility in Gothenburg. The 12-month agreement, which commences in January 2018, is the latest in a long line of contract wins for the European secondary fuels specialist.
WtERT Germany The new CEWEP website has been officially launched
Our Partner CEWEP (Confederation of European Waste-to-Energy Plants) launched his new and more user-friendly website
Global WtERT Council The Global WtERT Council proudly passes on the news that a one million-ton WTE to be built in Istanbul.
Europe’s largest energy-from-waste plant for municipal solid waste is to be built in Istanbul. The turnkey contract, together with one-year operation has been awarded to the Swiss company Hitachi Zosen Inova together with its Turkish partner Makyol. The plant will process 1 million tonnes of waste per annum generating around 70 MW of electricity.
Global WTERT Council Waste-to-Energy Technologies and Global Applications
New book on modern WTE technology and some of its applications around the world by Dr. Efstatios Kalogirou, member of the Global WtERT Council and co-founder of WtERT-Greece.
It discusses thermal treatment technologies, including combustion, novel gasification, plasma gasification, and pyrolysis. Furthermore it offers 35 real-world international case studies from the Americas, Asia, Europe, as well as Africa and provides different approaches for different geographic areas.
TK Verlag Karl Thomé-Kozmiensky 15 Years of Operating Experiences with Thick Nickel Plating - Electrolytic Nickel Coated Tubes in Waste Incineration Plants – Protection against Corrosion –Jörg Eckardt
Depending on the mode of operation of the plant, some parts of the waste incineration plants faces corrosion problems resulting in wear rates of more than one millimetre a year on the flue gas side.
TK Verlag Karl Thomé-Kozmiensky Get to Know the Corrosion Mechanisms in Waste-to-Energy PlantsGabriele Magel
The availability of waste-to-energy power plants is often highly limited because of material wear.
TK Verlag Karl Thomé-Kozmiensky Single Stage Processing of Waste for Cost Efficient RDF ProductionJosef Adam, Alexander Curtis, Roland Pomberger, Renato Sarc, Michael Lackner and Stefan Scheiflinger-Ehrenwerth
Recovery of thermal energy from municipal solid waste (like residual waste and mixed household waste) usually is accomplished by mono-incineration plants (for example grate-firing systems) or in co-incineration units (like utility boilers, power plants or cement kilns), where pre-treated waste fuel is used as alternative feedstock for substitution of fossil fuel.
TK Verlag Karl Thomé-Kozmiensky Status of Planning and Construction of Gasification Plants in the United KingdomTimothy Kast, Jim Starkey, Matthew Pierson and Michael L. Murphy
As a result of its demographics and geography, the United Kingdom (UK) has relatively high waste disposal costs. Additionally, the government maintains various incentive programs to promote renewable, low-carbon energy generation and the use of advanced technologies, including gasification of biomass or waste, to meet the growing demand for electrical power.
TK Verlag Karl Thomé-Kozmiensky Role of Pyrolysis in Distributed Town-Scale Energy Systems and Research Results from a Pre-commercial Facility Processing Waste-derived FeedstocksNelia Jurado Pontes, Mark Harradine, Shaun Gomm, E.J. Anthony and Stuart T. Wagland
As waste management practices migrate from a predominately disposal (landfill) approach to more sustainable methods, greater emphasis is being placed in the recovery of value from wastes.
TK Verlag Karl Thomé-Kozmiensky Operating Experience from Japanese Waste Gasification Plants with Direct Melting SystemNobuhiro Tanigaki, Tomo Kashiwabara and Toshimi Nagata
Gasification of municipal solid waste has been widely researched all over the world, is still of their interest and is recognized as an alternative thermal treatment. The Direct melting system is shaft-furnace type gasification and melting technology for various kinds of wastes.
TK Verlag Karl Thomé-Kozmiensky Capturing of CO2 in Waste Incineration Plants
towards Power2FuelTorsten Buddenberg and Christian Bergins
The increasing feed-in of electricity from fluctuating renewable energy sources (RES) can lead to sporadic excess supply of electricity to the grid, causing curtailment of RES plants as well as existing thermal power plants.
TK Verlag Karl Thomé-Kozmiensky Revamping Projects in the Waste-to-Energy Boilers in Brussels, Paris and RomeAgostino Calcagno, Joao Parente and Luigi Bagnoli
In waste to energy (WtE) plants the boiler is a critical component: it is the component most subjected to ash fouling and corrosion phenomena, it may have long shut downs in case of extraordinary interventions and it requires notified body inspections of the pressure parts.
TK Verlag Karl Thomé-Kozmiensky Mercury Removal by ChemisorptionWolfgang Esser-Schmittmann and Sandra Scheele
The removal of mercury and its chemical compounds from waste gas is a matter of special importance due to its ecological toxicity and non-restricted to waste incineration facilities.
TK Verlag Karl Thomé-Kozmiensky Ceramic Coating in a High-Pressure WtE Steam Generator – Operational Experience in Zabalgarbi Plant in Bilbao –Ildefonso Goikoetxea and Eddie Marcarian
The Zabalgarbi urban waste-to-energy system is an industrial process that adapts the technology of combined-cycle gas plants to modern waste-to-energy facilities.
TK Verlag Karl Thomé-Kozmiensky Flue Gas Cleaning in Waste-to-Energy – Best Available Technology –Christian Fuchs
Focusing on flue gas cleaning for Waste-to-Energy it can be noticed that the development of technology is regularly pushed by legislation, which usually is reflecting the public demand and public support.
TK Verlag Karl Thomé-Kozmiensky Online Determination of Elementary and Fractional Waste Composition for Municipal Solid Waste Incineration Plants (MSWIP)Tobias Widder, Michael Beckmann and Philip Reynolds
Detailed knowledge about composition and constitution of input materials is indispensable for efficient waste incineration processes. At present the determination of the input waste mass flow is done in much most cases by helps of the crane weight delivering the average feed mass flow for a one to four hour time period.
CEWEP e.V. Draft 1 of Waste Incineration BREF
The first draft (D1) of the reference document for best available techniques (BREF) for Waste Incineration (WI) was published on 24th May. On first reading, the Best Available Techniques Associated Emission Levels (BATAELs) proposed in D1 are stricter than the current emission standards for waste-to-energy plants.
The commercial waste market in Germany until 2025Jens Gatena
This article analyzes the status quo and the future development of the market for commercial
waste in Germany. The focus is put on mixed commercial waste and its future
disposal until 2025, whereby the effects of the amendment of the Commercial Waste
Ordinance will be analyzed among others.
Supercritical water gasification in pilot-scale unit ZAHYKORMAMarek Svab, Eliska Purkarova
A pilot-scale experimental unit for the tests of the supercritical water gasification is being operated in the Czech Republic.
EARTH ENGINEERING CENTER Columbia University Application of Thermal Spray Techniques for Combatting High Temperature Corrosion of WTE Superheater TubesDianyi Yan
Combustion with energy recovery of post-recycling municipal solid waste (MSW), also called waste to energy (WTE), is the only proven alternative to landfilling. Some of the WTE advantages over landfilling are that it avoids landfilling and methane
emissions to atmosphere and reduces the volume of MSW by 90%. One of the main
operational problems in the WTE industry is the corrosion on the superheater tubes,
which is related to the relatively high concentration of chlorine (0.47-0.72 wt%) in the flue gas and the formation of alkaline salts and sulfates.
WTERT-Asia Inaugural Meeting April 2017 The first WTE in BrazilPhD Sergio Guerreiro Ribeiro
Presentation from WTERT-Asia Inaugural Meeting April 2017
Martin GmbH für Umwelt- und Energietechnik Waste-to-Energy Plant Pozzilli (ENERGONUT), Italy
The ENERGONUT plant near Naples was originally erected in 1997 for the combustion of biomass. In 2005, the customer decided to modify the plant to combust so-called substitute fuels (RDF/CDR) and to upgrade it to state-of-the-art technology, particularly with regard to flue gas cleaning and utilization of energy.