FAST S.p.A.
Via Talete 2
42048 Rubiera (RE) Italy
Tel. (+39) 0522.622411
Fax (+39) 0522.627194
http://www.fastautomation.it
[email protected]
CONTROL SYSTEMS
for
POWER
ENVIRONMENT
POWER PLANTS
COMPOSTING PLANTS
COGENERATIONS PLANTS
LANDFILL
WASTE TO ENERGY
DISTRICT HEATING
WATER TREATMENT
PLANTS
POWER
USER
PLANT
SITE
REA
Dalmine (BG)
(Italy)
ANSALDO
Fuel cells
San Augustin
de Guadalix
(Madrid, Spain).
ANSALDO
Fuel cells
SUBJECT OF THE SUPPLY
Waste to energy plant
Control system
MCTWINS fuel cells power plant
Control system
Bosco Marengo (AL) MCTWINS fuel cells power plant
(Italy)
Control system
ENÌA
Reggio Emilia
(Italy)
Cogeneration plant – district heating
Control system
ENÌA
Reggio Emilia
(Italy)
Cogeneration plant – district heating
Control system
TEA
Mantova
(Italy)
ENÌA
Rio Riazzone (RE)
(Italy)
Landfill gas power plant
Control system
ENÌA
Poiatica (RE)
(Italy)
Landfill gas power plant
Control system
SEABO
Bologna
(Italy)
AGEA
Ferrara
Ospedale S. Anna
(Italy)
AEM
Cremona
(Italy)
ALBA POWER
Alba (CN)
(Italy)
TANESCO
District heating plants
Control system
District heating plants
Control system
Thermoelectric power plant – district
heating
Control system
Thermoelectric power plant – district
heating
Control system
Cogeneration plant
Control system
Somanga (Tanzania) Landfill gas power plant
Control system
Fast & Ansaldo:
extreme innovation in power supply hydrogen based
Fast realized for Emerson Process
Management
a
complete
supervision and control system for
a power supply plant in San
Augustin de Guadalix (Madrid,
Spain).
The plant has been realized by
Ansaldo with the Molten Carbonate
Fuel Cells (MCFC) technology, with a
power of 500KW .
The peculiarity of this plant is the high
degree of innovation:
-the hydrogen fuel cells are a very
good answer to the future needs of
the power supply market thanks to
the high thermal efficiency and the
very low environmental impact, and to
the ease in extracting the exaust CO2
for a subsequent treatment;
- the MCFC cells have an high
flexibility since they have a multifuel
capability, that is they can use not
only hydrogen as a fuel but also other
gases.
The Fast supply includes the electrical cabinets for the process management and for
the safety system and, most important, the software development for DCS system
together with the realization of the graphical supervision pages for all the plant areas.
Because of the peculiarity of the system, the software development required a
modular architecture to guarantee an high flexibility in order to make it easy and low
cost (in terms of time and money) the opportunity of modifying the system "on the
field" to answer the needs of an evolving structure.
Fast & REA:
the reference plant for waste-to-energy
in the European panorama
The customer
REA Dalmine manages a waste-toenergy plant (ITR NOY 400) located
in Dalmine (BG), consisting of two
indipendent lines, each one able to
despose up to 150,000 tons/year of
waste.
The electrical power production is up
to 19 MW.
The waste-to-energy processes
Combustion:
• Reciprocating grate
• Monitoring and control system
Energy recovery:
• Steam production with advanced
thermodynamic characteristics
Gas emission treatment:
• Cool & clean patent realized in 5
steps using a completely dry
system
Fast realized
the Distribuited Control System
for the R.E.A. waste-to-energy
plant
The modern Control Room, equipped with 4 plasma monitors, allows the
visual monitoring of the plant state, including images from cams and
sounds from microphones as well.
The real time data of the
plant
emissions
(percentage of chemical
components in the exhaust
smoke) are available also in
local government offices to
allow easy checking by the
citizens.
The
plant
supervision
software
has
been
developed with PLANT
VIEW HMI SCADA and
exchanges data with the
DCS system that masters
the production process.
ENVIRONMENT
Composting and waste to energy plants
USER
PLANT SITE
REA
Dalmine (BG)
AMIAT
Torino
REGIONE CALABRIA
(Italy)
(Italy)
Siderno Marina (RC)
(Italy)
ENÌA
Rio Riazzone (RE)
ENÌA
Poiatica (RE)
(Italy)
(Italy)
SUBJECT OF THE SUPPLY
Control system
Waste to energy plant
Control system
Waste to energy plant
Control system
Composting plant
Control system
Waste to energy plant
Control system
Waste to energy plant
Water treatment
USER
PLANT SITE
ASM (BS)
Verziano (BS)
SYNDIAL (ex Enichem)
Porto Marghera (VE)
ACQUEDOTTO
PUGLIESE
Melendugno (LE)
(Italy)
Control system
Municipal water treatment plant
DEWAN SALMAN
PAKISTAN
Control system
Industrial water treatment plant
GEO GREEN
San Giorgio di Nogaro
(UD)
Control system
Industrial water treatment plant
(Italy)
(Italy)
SUBJECT OF THE SUPPLY
Control system
Municipal water treatment plant
Control system
Industrial water treatment plant
(Italy)
WORLDBEST CHANG
ZHOU
CINA
Control system
Industrial water treatment plant
ODIS FILTERING
ISRAELE
SEA
Viareggio (LU)
(Italy)
Control system
MBR (Membrane Bio-Reactor) plant
Control system
Municipal water treatment plant
STPC
IRAN
Control system
Industrial water treatment plant
NESTLÈ /
SAN PELLEGRINO
Bergamo
Control system
Industrial water treatment plant
DOW CHEMICALS
Porto Marghera (VE)
(Italy)
Control system
Industrial water treatment plant
GENOVA ACQUE
Genova Quinto
Control system
Depuratore acque fognarie Municipal wastewater treatment plant
di
Quinto
YAZD POLYESTER
IRAN
Control system
Industrial water treatment plant
ENEA
Rocca Imperiale (CS)
Control system
Municipal water treatment plant
ElettroArt
Bologna
Control system
Galvanic water treatment plant