Loading...
Home2024-11-16T06:59:21-05:00

Global Academic Research Network on Waste-to-Energy

The Global Waste-to-Energy Research and Technology Council – WtERT® brings together engineers, scientists and managers from universities and industry in several countries.

  • International network – Our network spans over 30 countries around the globe.

  • Academic & Industry Partners – We bring together academia, industry and government agencies interested in advancing sustainable waste management.

  • Focus on Innovation & ResearchWtERT® has published hundreds of papers, books, and theses on sustainable energy and waste management. The SOFOS database provides access to case studies, technical data, and expert information to support informed decision-making.

  • Decision Support System (DSS) – WtERT-Germany (DSS) offers an open infrastructure of information on experts and case studies in waste management, helping stakeholders make informed decisions on technologies and strategies.

OUR VALUES

The mission of WtERT® is to identify and advance the best available waste-to-energy (WtE) technologies for the recovery of energy or fuels from municipal solid waste and other industrial, agricultural, and forestry residues.

To conduct extensive scientific research on all aspects of solid waste management technologies and to disseminate this information through its publications, the WtERT® Web, and annual meetings.

The goal of WtERT® member organizations is to increase resource recovery from used products and minimize the environmental impact of waste disposal worldwide.

WtERT’s guiding principle is that sustainable waste management must be based on science and best available technology, not on what may seem inexpensive today but may be very costly in the near future.

WtE+X Knowledge Alliance

The WtE+x Knowledge Alliance is a strategic partnership that brings together leading organizations in waste management, energy, academia, and sustainability. Our mission is to accelerate the global adoption of WtE technologies, focusing on reducing methane emissions, diverting waste from landfills, combating misinformation, and supporting the United Nations’ Sustainable Development Goals.

Research | Technology | Innovation

Learning Resources

WtERT’s digital resources provides a variety of content including journals, ebooks and papers on the topics of waste-to-energy. Find more…

Recovery of Materials and Energy from Urban Wastes
Download
Guidebook_WTE
Download
WTE-REPORT7603-1-724×1024
Download
Transport & Chemical Rate Phenom
Download
Waste-to-Energy Technologies and Global Applications
Download

Our Global Network

Join our network
0
Countries
0
Academic & Research Institut partners
0
Technical papers published
0
Community of experts

Welcome to SOFOS: The Most Comprehensive Online Database

Under the auspices of WtERT® and the Earth Engineering Center at Columbia University, SOFOS is a vast repository of wisdom dedicated to advancing sustainable waste management. Named after the Greek word for “wise man,” SOFOS embodies the core values of knowledge sharing and collaboration. Much like the hidden owl nestled within Columbia’s iconic Alma Mater statue—a symbol of wisdom—

Our database contains a wealth of research, including publications, dissertations, conference proceedings, and theses, all aimed at driving innovation in sustainable waste management practices worldwide.

Reinforce Your Knowledge by exploring the SOFOS database. Simply type your search inquiry below to access valuable insights and research:

WtERT Decision Support System

WtERT Decision Support System (DSS), is an open source web infrastructure developed by WtERT Germany GmbH, that provides essential solutions for sustainable waste management and provides a database pooling of experience of WtERT® members and international community of experts, professionals and industries.
Learn more at: www.wtert.net

Circular Economy Pioneers:
Accelerating Waste-to-Energy Solutions for Climate Action and Sustainability

WtERT® Unites Leading Organizations to Champion Waste-to-Energy Innovations for Climate Mitigation and Circular Economy Goals

 

Go to Top