Engineering development of booster fans and related control logics in two lines, fluidized bed, of municipal solid waste Incineration plant of Macomer (NU), plant managed by TOSSILO Spa.
Engineering for gas booster fans and related control logics (2011) Read More »
Development of a software for the predictive monitoring of boiler fouling to: adjust in real-time of the soot blowing cycles predict concretions and build-up schedule plant downtime for cleaning operation W.T.E. provided software to process boiler bundles thermodynamic data in order to advice operators about fouling.
Predictive monitoring of boiler fouling (2010) Read More »
Design, engineering, start-up and testing of a new control system, to be applied on an anaerobic digestion plant, on following biogas handling and on related burners, already installed in a biomass furnace.
W.T.E. studied and delivered to Hascon Engineering the dimensioning of a spray dryer and technical specifications of washing towers to be provided to foreign client.
Basic engineering (2012) Read More »
W.T.E. provided to the Client, TOSSILO Spa, the project of a new grinding & feeding system to be installed on the existing incineration plant, in Macomer (Sardinia). The new feeding system was required suitable for non sorted waste brought to the plant with large dimension. The project developed opted for a significant modification of the
Engineering of a new grinding-feeding system for incineration plant (2010) Read More »
Modifications of existing lines, with installation of booster fans W.T.E. was ordered to deliver a feasibility study of the upgrade of booster fans allowing the discharge of combustion fumes, one fan for each line of the incineration plant with fluidised bed technology in Macomer. In the project the new fans are placed before the existing
Feasibility study of installation of booster fans, wte plant in Macomer (2010) Read More »
TOSSILO Spa, owner of the MSW incineration plant in Macomer, appointed W.T.E. to draft the technical and economical prefeasibility study giving: – the lay out and the dimensioning of a new incineration plant with 30 MWth capacity, to be built in the area of the existing one, operating with two fluidised bed furnaces; – grate
Feasibility Study of new waste to energy plant, 30 MWth (2010) Read More »
Detailed engineering, new slag transportation system
Detailed engineering new slag transportation system (2009) Read More »
Actelios Spa, company owned by Falck Renewables Spa, commissioned to W.T.E. Waste To Energy the design of a biomass cogeneration plant with 17 MWe-60 MWth capacity. Scope of the work was to obtain permitting named AIA and VIA from public authorities in Torremaggiore (FG) The high efficiency power plant would be fed by lignocellulosic biomass
Engineering for permitting (2009) Read More »
Pre-feasibility study of the convertion of the combustion system installed on the incineration plant owned by Veolia Servizi Ambientali Tecnitalia Spa in Gioia Tauro (RC). The existing fluid bed furnaces were fed with RDF and they would be transformed into moving grate furnaces fed with MSW. The capacity of the plant was 49 MWth. W.T.E.
