PROJECTS FOR DIAGNOSIS AND THE PREPARATION OF MASTER PLANS FOR INTEGRAL WASTE MANAGEMENT
PROJECTS FOR RECYCLING AND RECOVERING WASTE IN THE METAL INDUSTRY
DESIGN OF TECHNICAL ALTERNATIVES FOR THE TREATMENT OF SOLID WASTE IN THE CITY OF MANAGUA
DECONTAMINATION AND RECUPERATION PROJECTS FOR DEGRADED AREAS
RECUPERATION AND REHABILITATION OF CONTAMINATED AREAS IN THE CITY OF DHAKA (BANGLADESH)
PROJECTS FOR THE TREATMENT, SEALING AND CLOSING OF DUMPING SITES
DESIGN AND INSTALLATION OF WATER PURIFICATION SYSTEMS.
PROJECT FOR THE IMPROVEMENT OF THE AGRICULTURAL WASTE MANAGEMENT IN THE PROVINCE OF ALMERIA (SPAIN)
Client: Grupo TOYSAL
Galicia is a Spanish territory lacking in energy which, however, generates big quantities of wastes with high energy recovery potential that are being landfilled. The energy recovery of these wastes will produce a quantitative improvement of the Galicia´s energy capacity, what will boost the fulfillment of the Renewable Energy Plan 2005-2010. The objective of the project was to design and elaborate the engineering projects (basic and detailed), as well as the environmental permits processing, for the construction of a waste to energy plant using the plasma gasification technology.
Main services provided by EKOTEK in the framework of this Project were the following: - Technical and Economic Feasibility Study for the use of plasma gasification tecnhnology to the problematic and situation As Somozas - Conceptual Engineering of the proposed solution - Basic Engineering for the construction of the plant - Detailed Engineering - Environmental Impact Assessment for the selected site (As Somozas) - Environmental Permits processing - Administrative Permits processing The treatment capacity of the plant was established in 50.000 Tn/year of hazardous waste, and the plant was designed to produce 15,53 MWe of electricity in combine cycle, from which 5,5 MWe were auto-consumed for the operation of the plant, and the remaining 10,03 MWe were exported to the grid. As subproduct, an inert and non-leachable slag with properties for being used as construction material was obtained. This slag was suitable for brick manufacturing, tiles manufacturing, jewelry, road construction, etc. The plant was designed for 8 working hours per day, 7 days per week, and 330 days per year.