Ecosesto SpA, coordinated by Actelios Spa, ordered to W.T.E. the design and the supply of a superheated steam boiler and auxiliary equipment for a power plant, located in Rende (Italy), fed by wood chips and olive residues. The plant was undergoing a complete revamping system in order: 1) to increase efficiency of energy recovery and […]
Design & supply of a superheated steam boiler (2009) Read More »
Mascioni S.p.A. (Cuvio-VA), an important Italian yarn-dyeing factory, appointed W.T.E. to design and engineer the way to substitute coal for PKS (Palm Kernel Shell) and dried sewage sludge in its 50 MWth boiler. The boiler had to deliver superheated steam (455 °C e 64 bar) to a co-generative thermal cycle, including a new full condensing
CHPP 50MWth from coal to biomass with 15MWe new thermal cycle. Feasibility study (2010) Read More »
A.Am.P.S., owner of the incineration plant in Livorno, ordered to W.T.E to develop the technical feasibility study of theremoval of the existing steam condenser and of the erection of the new one with improved performances.
Feasibility study of new steam condenser (2009) Read More »
Asstistance and supervision concerning energy efficiency of thermal cycle
Analysis of the energy efficiency of thermal cycle Read More »
Design and supply of a Biomass to Energy system (installed power 1 MWe). Scope of supply including: boiler, condenser, degaser, auxiliary systems.
Design & supply of 1 MWe Biomass to Energy system (2006) Read More »
“Major improvements to the thermal cycle, AAMPS Livorno MSW incineration plant.
Design and supply of thermal cycle (2005) Read More »
Troubleshooting and availability improvement of the thermal cycle installed on incineration plant owned by A.AM.P.S. in Livorno (turbogenerator 6.7 MWe gross). Following this study W.T.E. received the order to carry out the revamping of thermal cycle and auxiliaries.
Feasibility study (2005) Read More »
A.M.S.A. Spa owner of the MSW incineration plant in Milan, needed a technical and economical viability of the integration of a 3 x 61 MWt MSW incineration plant with a turbogas cycle. W.T.E. studied the impact on generation performances was developed by the analysis of 24 different operational functioning, related to weather conditions during the
Thermodynamic verification of HRSG (Heat Recovery Steam Generator) downstream a gas-turbine plant, installed on a paper mill, Cartiera del Chiese (BS)
Thermodynamic verification of HRSG following a gas turbine (2003) Read More »
AMSA SpA, owner of the waste to energy plant SILLA 2 in Milan, revealed a decrease in the delivery of power. W.T.E. has been commissioned to develop a performance analysis of the thermal cycle basing on main running parameters and variables such as insertion in urban distict heating nework, quantity/quality of MSW, the temperature of
Performance analysis of thermal cycle (2001) Read More »
