United Arab Emirates >>>

GMI Global specializes in the development and execution of high-level event concepts for key industrial sectors driving global transformation.

The Warsan Waste Management Centre, which went into operation in the Warsan region of Dubai in 2024, is a superlative facility in many respects. This report describes the special features of the plant and the solutions.

Meetings with various local representatives responsible for planning and legislation in the energy sector provided a small insight into how intensively the Sultanate of Oman and the Emirates of Dubai and Abu Dhabi are shaping the future of energy security and economic relations.

A consortium led by Marubeni Corporation, which includes Hitachi Zosen Inova and the Japan Overseas Infrastructure Investment Corporation for Transport & Urban Development, has been selected to design, build and operate a new ultra-large Waste to Energy facility on behalf of the Emirates Water & Electricity Company and Tadweer Group.

Global WtERT and Sharjah University deliver letter to COP28 President on methane emissions from waste

High-tech, accessible and reliable data that informs countries, companies and the public about emissions could revolutionise reporting systems, accelerate climate action, and hold polluters to account

The per capita waste generation and energy consumption rates of the United Arab Emirates (UAE) are among the highest worldwide.

This study investigates the feasibility of integrating gasification and MBT technologies in multiple ISWM strategies, compared to incineration- and anaerobic digestion (AD)-based strategies.

In this study, an analytical hierarchy process (AHP)-based framework was established to explore the optimum location for WTE facilities

CRC press at Boca Raton, Florida , USA, by Taylor & Francis Group

This research establishes a systematic integrated framework to assess selected state-of-the-art SDSs in three carbon-intensive sectors: transportation, waste management, and energy production.

This chapter presents a multi-objective dynamic framework for the optimization of waste allocation to various treatment, recovery, and disposal facilities by means of genetic algorithms (GAs).

The Abu Dhabi Fund for Development (ADFD) is to fund a 4 MW waste to energy project in the Maldives. The project has received a certification from Global Innovation Institute.

This paper presents a systematic optimization framework that identifies the most beneficial set of waste to energy (WTE) management strategies through non-linear mathematical modelling.

This research aimed to assess the life cycle impacts of various ISWM strategies incorporating material recovery and waste-to-energy (WTE) systems.

Throughout the COVID-19 pandemic, one of BIR’s key aims has been to seek out regular virus-related updates from around the world and to disseminate relevant information to the recycling industry. To this end, BIR asked for latest feedback during a virtual meeting of national association members on Friday May 15, of which the following is a summary.

Application Deadline: 30th April 2020. In partnership with UN-HABITAT and Dubai Municipality. Recognizing excellence and supporting urban best practices to improve the living environment. US$1M in prizes to be awarded at Expo2020.

The present research explores the financial feasibility of alternative waste management strategies, based on waste to energy, in the United Arab Emirates.

The Department of Waste Management and Material Flow of the University of Rostock has been active in Arab countries for over 20 years, and has initiated, carried out and scientifically supervised numerous projects. Waste management and material flow is an important theme in the field of German development cooperation in the MENA regions and has gained in significance in recent years.

Solid Waste Management (SWM) is a very challenging activity all over the world, especially with the rising world population, the growth in industrialisation and the expansion of urbanisation. Land scarcity and environmental and public health implications are raising serious concerns on the landfilling of solid waste as a disposal route. It is, therefore becoming exceedingly urgent, for the Arab region, to develop and implement disposal methods for MSW that is cost effective and environmentally sustainable.