Displaying items by tag: Eggersmann Group
Iraq: Eggersmann Anlagenbau has expanded its refuse-derived fuel (RDF) production facility in Sulaymaniyah, operated by Ecocem Environmental Solution, part of the Faruk Investment Group. The expansion includes a new Eggersmann TEUTON ZS 55 single shaft shredder and four additional lanes for biological drying using the CONVAERO system. This system is integral to the Eggersmann RDF process, which converts municipal solid ‘waste’ into high calorific value RDF used by the regional cement producers Gasin Cement Company and Bazian Cement Company. The facility, which has a capacity of 1100t/day of RDF, will see an increase with the expansion. The Eggersmann FUEL process utilises biowaste in RDF production, improving both the quantity and quality of the fuel through biological drying in the CONVAERO system, relying on the natural warmth of the composting process. This method reduces methane emissions at landfill sites by integrating biomass into the fuel, according to the company.
Business development manager at Eggersmann, Eugen Becker, said "A particularly high quality substitute fuel is being produced with the Eggersmann FUEL process in Sulaymaniyah, whose net calorific value can be precisely tailored to the customer’s needs over the adjusting of the drying period. This quality makes a noticeable economic difference."
Iraq: Germany-based Eggersmann Group has commissioned a 1040t/day refuse-derived fuel (RDF) plant in Sulaymaniyah municipality. The unit uses the company’s biological drying process to increase the yield of RDF from the municipal solid waste (MSW) it receives. Waste & Recycling Middle East and Africa previously reported that the plant can achieve a landfill diversion rate of 80%. A local cement producer will operate the facility and receive MSW from the region for a fee.
Iraq: Germany’s Eggersmann Group has sold a drying system for municipal solid waste (MSW) to Faruk Group for use in a mechanical-biological waste treatment plant (MBT) being built at Suleymaniyah. 1040t/day of refuse-derived fuel (RDF) will be produced at the plant from MSW and commercial waste. Faruk Group intends to use the RDF at its cement plant.
The MBT plant includes 22 drying lanes with aeration and membrane cover. It is being built on a 40,000m2 plot of land. Each lane has a capacity of 2600m3 MSW and will be fitted with aeration and process control. The project also includes a sanitary landfill with leachate collection for the processing residues.
Faruk Group assigned Eggersmann Group with the planning, supply and commissioning of the biological drying process phase. Eggersmann will use its Backhus Con system using a combination of the membrane-covered Convaero process and the self-propelled Backhus turner.
Eggersmann says that the Backhus Con 100 is the world's largest turner with an effective operation width of 10m and a total width of 14.5m. It is fitted with tracks to run along the outside of the lane walls, while the waste will be turned within the lanes. In addition, the Backhus Con is equipped with two membrane cover winders to simultaneously wind and unwind membrane covers during turning. Since the system is effectively closed during turning, this method is suitable for sites where emissions are a critical issue. A further advantage of the system is the short processing time. Even materials with a high moisture level and high density can be efficiently composted or dried.
At the front end of the treatment process at the Suleymaniyah MBT, an Eggersmann single-shaft Teuton ZS 55 shredder will allow continuous shredding and a uniform discharge of shredded waste to the conveyor systems towards the drying area. One Teuton ZS 55 in two-shift operation is sufficient to cover the site’s daily throughput.
The plant is designed for a throughput capacity of 380,000tyr. The plant will be in operation seven days a week with two operation shifts and one cleaning and maintenance shift per day.
The ground works at Suleymaniyah are being built and installation of aeration system for the drying lanes is scheduled to begin in May 2019. The delivery of the other components and machines is planned to start in June 2019 and the warm commissioning is expected to start at the end of 2019.
