OUR FIRM - Meccanica System

Transcript

OUR FIRM
Meccanica System S.r.L., founded in 1997 by Gianni Antenucci and Marco De Luca, is a multi-disciplined, Advanced
Design and Engineering company, whose core business is in the Mechanical Design and Plant Design sectors.
MECCANICA SYSTEM S.r.L. www.meccanicasystem.it
Via Sila, 38 - 59100 Prato - ITALIA - Tel. +39 0574 31915 - Fax +39 0574 819133 - Email [email protected]
P.I. 01738990975 - Iscr.Reg.impr. CCIAA di Prato n. 01738990975 - REA 466705 - Cap soc. € 50.000,00 i.v.page 1/214
Company profile
Meccanica System S.r.L., founded in 1997 by Gianni Antenucci and Marco De Luca, is a multi-disciplined,
Advanced Design and Engineering company, whose core business is in the Mechanical Engineering/Design and
Plant Engineering/Design sectors. Mr. Antenucci and Mr. De Luca have successfully led and directed their Firm in
numerous projects, encompassing various engineering disciplines worldwide.
In the Beginning, Meccanica System focused primarily on textile machinery. Subsequently, the firm has grown by
diversifying and expanding its services and expertise, while establishing collaborative relationships with some of
the world’s most important international corporations. Meccanica System has served such global giants as: GE Oil
and Gas, Shell, Culligan, AnsaldoBreda, Ferrari World, Finmeccanica, Bombardier Transportation, etc. and has
successfully completed assignments in many countries: South Korea, Taiwan, China, Chile, Brazil, Abu Dhabi,
Morocco, France, England, Germany, Greece, Italy, Russia, Holland, Belgium, Denmark, Spain and the United
States.
In 2006, Meccanica System received its “Management System Certification” (UNI EN ISO 9001:2008) in meeting
the standards of the worldwide Organization for Standardization.
In 2014 Meccanica System received its “Environment and Occupational Health and Safety Assessment
Certifications” (UNI EN ISO 14001:2004 and BS OHSAS 18001:2007) in meeting the standards of the worldwide
Organization for Standardization.
In October,2014, Meccanica System S.r.L., and founders Gianni Antenucci and Marco De Luca launched its new
North American division, Mecsys USA Engineering LLC in Wilmington Delaware; as part of its strategy to further
introduce itself to the United States, Canada, Mexico, as well as the countries of Central and South America.
The meccanica Team
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Biography Of Gianni Antenucci - Co-founder And Co-ceo
Biography Of Marco De Luca - Co-founder And Co-ceo
Biography of Gianni Antenucci - Co-Founder and Co-CEO
Mr. Gianni Antenucci has over twenty years of successful experience in plant
design, mechanical engineering, corporate development and corporate
management. Born in the city of Prato in the region of Tuscany, Italy, in 1971,
young Gianni, inspired by his father, developed a passion for technology, the
workings of machines, and mechanical design. Mr. Antenucci’s father, Mr. Luigi
Antenucci, held a position with Fiat and understood the design, mechanics and the
inner workings of surface transportation vehicles. This fueled Mr. Antenucci’s
passion and a maturing curiosity, that led him to study drives, materials, chemicals,
machine tools and, significantly, technical drawing.
A graduate of the Technical Industrial Institute in Prato, Italy, Mr. Antenucci worked
for five years at a firm, designing and manufacturing textile machinery. In 1997, he
joined with his childhood friend, Mr. Marco De Luca and founded Meccanica
System, initially operating their firm out of a one room apartment. Meccanica
System S.r.L. has evolved into a major Italian advanced design and engineering
consulting firm. Mr. Antenucci and Mr. De Luca, have led and directed their Firm in its many diverse projects
throughout the globe for the past 16 years. First, focusing on textile machinery, the firm grew, broadened and
expanded while establishing collaborative relationships with some of the world’s most important mult:national
companies. Mr. Antenucci is married to Ida Lepore, the sister of Mr. De Luca’s wife, Amalia. Ida and Gianni have
two daughters, Sofia, and Matilde.
Contact: [email protected]
Biography of Marco de Luca - Co-Founder and Co-CEO
Mr. Marco De Luca, Co:Founder and Co:CEO of Meccanica System S.r.L.,
launched his career in 1992 with an on the job training course, courtesy of his
father’s thermal plants firm. Mr. De Luca, skilled in corporate development and
corporate design, inherited his entrepreneurial nature from his parents. His father,
Mr. Giuseppe De Luca headed his thermal plants firm while his mother, Ms.
Giovanna De Luca, was the proprietor of a bakery. Armed with the spirit of
enterprise and driven by a sustained curiosity, young Marco was attracted at first to
the mechanics and development of fluid technologies. These included various
types of hydraulic machines including Pelton, Francis and Kaplan turbines,
centrifugal pumps as well as axial displacement and air distribution equipment such
as fans and compressors.
Following his high school education Mr. De Luca earned the opportunity to study
industrial plant engineering and develop his natural and inherent expertise in a new
found passion, plant design. Most of his work centered on cogeneration plants with
turbines or internal combustion engines as well as the design of the installations. In 1997, after one year of military
service, Mr. De Luca joined with Mr. Antenucci to found Meccanica System, an international plant design and
mechanical engineering consulting firm. First, focusing on textile machinery, the firm grew, diversified and
expanded while establishing collaborative relationships with some of the world’s most important international
companies. Mr. De Luca is married to Amalia Lepore, the sister of Mr. Antenucci’s wife, Ida. Marco and Amalia
have two children, Sara, and Alessandro.
Contact: [email protected]
OUR OFFERINGS
Meccanica System has successfully expanded and diversified its product and service offerings, all of which have been
confirmed by its successful completion of projects all over the world for some of the most important multinational
corporations on the globe.
Our Offerings Summary
Meccanica System’s dynamism and flexibility enables it to satisfy the requirements of its varied clients owing to the
skills, experience and expertise of its Engineering and Design management and professional staff.
Its’ technological, scientific, mechanical and design proficiency, have been consistently demonstrated since its
earliest days. This proficiency, combined with the cumulative knowledge and familiarity originating in the various
challenges its activities presented, along with its adeptness in utilizing the state-of-the-art technological instruments
at its disposal, have all gone towards driving the firm’s steady growth.
Meccanica System has successfully expanded and diversified its product and service offerings, all of which have
been confirmed by its successful completion of projects all over the world for some of the most important
multinational corporations on the globe.
Meccanica System’s Core Competencies
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Project Management
Process Lines Design
Project Engineering
Target Analysis
Process Engineering
Feasibility Checks and Studies
Mechanical Engineering
Electrical Engineering
Machinery Design
Structural Engineering
Prototyping
System Engineering and Piping
Structural Analysis
Production Process Analysis
Value Analysis
Industrial Plant Layouts
Inspection And Quality Plans
Manuals and Catalogues
Mechanical Engineering Design
MECCANICA SYSTEM HAS ENJOYED SUCCESSFUL EXPERIENCE IN THE FOLLOWING SECTORS:
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Surface Transportation (High Speed Railroads, local rail and automotive Mass Transit).
Automatic Machinery and Plant
Textile Machinery
Iron and Steel
Packaging
Machinery for Plastics
Pharmaceuticals
Automotive
One of the foundations of Meccanica System’s success is its aptitude for interpreting its clients’ requirements and
exceeding their expectations with an extensive range of solutions. Its proficiency in different engineering disciplines
with a single interface produces outcomes that integrate different professional specialties.
Meccanica System offers valuable experience and professional distinction in the following:
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Project Management
Project Engineering
Process Engineering
Structural Engineering
System Engineering and Piping
Systems Plant Design
Over the years Meccanica System has acquired comprehensive technical know-how in the sector of thermal,
hydraulic and pneumatic systems. We are able to provide modern, state-of-the-art solutions with products that
guarantee the application of the latest American, Italian and European regulations and directives regarding safety
and the environment.
The company provides a consultancy and design service for the creation of turnkey systems. Our pool of experts,
consisting of engineers and technicians specializing in this sector, make dimensional calculations for all types of
pipes and equipment connected with the installation.
Meccanica System has enjoyed successful experience in the following sectors:
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Water Treatment Plants
Marine
Energy
Food
Oil and Gas
System Air Treatment
Petrochemical
Fire Safety Engineering
DESIGNS OF PRESSURE EQUIPMENT
With the aid of dedicated software and in conformity with the regulations requested by the customer, Meccanica
System designs pressure equipment, such as exchangers, steam generators, de-aerators, steam accumulators,
etc., in compliance with the Pressure Equipment Directive (PED).
In addition, our company compiles technical files and prepares documentation necessary for commissioning, in
accordance with the Pressure Equipment Directive.
R.A.M. Analysis
The number of requirements specified for reliability and safety of worldwide rail engineering is constantly rising.
Accreditation bodies are increasingly asking for detailed proof of quality, for example, RAMS (Reliability, Availability,
Maintainability, and Safety) analysis for products and services. Our experts can carry out a RAMS analysis of your
rail system for you. We inspect your technology and company, based on international norms, allowing you to get
ahead of the competition. We offer benefits at a Glance With an assessment of your safety management system and
RAMS analysis. With Meccanica System, you will be able to: Fulfill the required worldwide safety and quality
standards for rail engineering, Get comprehensive, industry standard guidelines for the design of your safety
systems, Gain cost-effective and efficient solution suggestions for electronics, mechanical, hydraulic, and other
components and for partial systems, Benefit from our broad experience in the implementation of hazard prevention
measures, Take advantage of RAMS inspection results in many fields of application besides rail engineering using a
concentrated collection of the right know-how and appropriate software tools our experts offer a multitude of services
designed to help you fulfill safety and quality standards. These include:
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Assessment and issuing of analysis and documents.
Consulting services for systems security architecture.
Failure Modes, Effects and Criticality Analysis (FMECA)
Fault Tree Analysis (FTA)
Hazard Log
HAZOP (Hazard Operability Study)
Preliminary Hazard Analysis (PHA)
Life Cycle Cost (LCC)
F.E.M. Analysis
To offer a qualified service, the team of engineers of Mechanical System also performs analysis with the Finite Element Metho
(FEM).
This type of calculations, used by manufacturers throughout the world as a standard in the design process of the products, all
definition in the preliminary phase, optimized geometries to achieve a reduction of production costs and improve the performa
of the artifacts, making them safer, more durable, lightweight, consequently allowing you to save time and costs.
In the engineering phase, through these analyzes, it is possible to avoid the construction of intermediate prototypes.
Meccanica System offers valuable experience and a distinguished performance record in the following:
Finite Element (FE) Modeling
We can create finite element models, starting from the client’s Computer Aided Design (CAD) geometry. Modeling criteria is
defined together with the customer. Meccanica System can produce input files compatible with major FEM systems.
Finite Elements Static Analysis - Linear and Non-Linear
The goal is to predict the stress/strain level of single parts or assemblies. Results and the post processing methods are define
according to the customer’s specifications.
Finite Elements Dynamic Analysis – Modal and Frequency Response Function (FRF)
We have experience in dynamic simulation with FEM, by both modal analysis (Eigen frequencies) and dynamic responses of
Meccanica System.
Composites
Meccanica System’s employees have sustained experience in analysis and optimization of structures made by composite
materials in many engineering sectors (automotive, Railways, industrial, etc.).
Design Optimization
Based on simulation results, Meccanica System can propose design modifications with the aim of optimizing the product.
Our company applies the following standard:
UNI EN 12633-1:2010, UNI EN 15277:2011, UNI EN 15663:2009, EN 15085-3:2007, UIC 566, NF F 31-119, EUROCODE 3 a
9, VDI 2230 Part 1 of 2003,
CEI EN 61373:2000.
Piping Stress Analysis
The stress analysis is done to prevent sagging of the piping and then analyze the flexibility of routing designed; this to keep th
tensions below the allowable limits dictated by the computer codes of reference and current regulations.
Technical Documentation
From its experience acquired in the international market, Meccanica System has developed and become expert in
each new technical innovation in the constantly changing world of technology. The Firm maintains detailed technical
documentation in the following forms:
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Operating and Maintenance Manuals for Machinery and Plants
Documentation for Manufacturing Data Reports
Operating Manuals for CE and USA marking
Authoritative Volumes on Projects
Prototyping
In the post design phase, Meccanica System can coordinate and manage workshops constructing prototypes of
machinery and equipment on behalf of the client.
Analyses
A manifold advantage for the client is the methodologies Meccanica System employs to reduce the cost of a
product/process while, at the same time, maintaining and improving performance. The Firm is expert in:
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Value Analysis
Production Process Analysis
Target Analysis
Structural Analysis
Feasibility Analysis
US AND EC MANUALS
Meccanica System offers comprehensive and continually updated knowledge and information in the Technical
Manuals sector, where it pays special attention to the evolution of the United States and European Community
regulations and directives.
The Company compiles manuals targeted to achieve US and EC product certification, guaranteeing not only
reliability and accuracy of technical descriptions and information on the product in question, but also a correct and
detailed analysis of possible risks.
A Consultancy service is also available for used and overhauled machines and/or plant to be placed on the US and
EU markets.
Spare Parts Catalogues
Meccanica System has always distinguished itself for its classified and catalogued spare parts catalogues,
complete with lists and relative translations in foreign languages; they are reproduced with exploded perspective
drawings, executed by solid modeling, so as to view the individual pieces from various points of view.
The experience acquired in this sector has served as input to elaborate an alternative product known as "MS-EXP",
a computer information system for interactively consulting and ordering spare parts.
After the user has been provided with a simple CD-ROM, he merely has to open a file on a computer or other
Windows-operated device and begin exploration with a simple click of the mouse, thus activating all the functions.
After selecting the group to be viewed from the general index, a table with an exploded drawing appears on the
display. By clicking the required component, a link appears giving the code, description(also in foreign languages),
etc.
The "MS-EXP" system achieves excellent functional and graphic results, because all the images are displayed in
photorealistic rendering.
Our Divisions
One of the foundations of Meccanica System’s success is its aptitude for interpreting its clients’ requirements and
exceeding their expectations with an extensive range of solutions. Its proficiency in different engineering disciplines
with a single interface produces outcomes that integrate different professional specialties.
logo_ISO_14001_eng
Mechanical Engineering Design
Meccanica System’s Engineering Design Proficiency has been consistently confirmed in the following sectors. In
addition, its research and development capacity as well as the study of prototypes of machinery and automatic
plants and system and the modernization of existing machinery and plants make it an ideal strategic development
partner.
The experience of its expert engineers and technicians and the research conducted with the most sophisticated 2D
and 3D software have ensured the company’s continuous growth. Meccanica System also undertakes calculus
using the Finite Element Method (FEM), compiles user and maintenance manuals as well as classified and
catalogued spare parts manuals with amplified drawings.
Transportation
Rail transport is the mechanical means of transport that is the most efficient in terms of energy.
At the same time, Rail transport is able to carrying a number of passengers or tons on a double-track railway line
greater than that of a four-lane road. This is the reason why in most advanced nations, the use rail transport is a major
form of public transport.
It is also possible to construct underground or overhead lines with safety standards that are better than the road
transport.
Meccanica System is a company that is sensitive to issues of pollution and the safety of people in transit and for this
reason Meccanica System has created a team of highly skilled engineers and technicians for designing these types of
vehicles of mass transportation.
See Our Project:
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High Speed Rail
Commuter Rail and Main Line
Mass Transit Rail
Mass Transit Automotive (bus)
Transportation - Miscellaneous
italiy v300
hight_speed_v250
metro_miami_dade
Tram_sirio_firenze
metro_losAngeles
Twindexx_Bombardier
COMMUTER RAIL and MAIN LINE
Commuter rail, also called suburban rail, is a passenger rail transport service that primarily operates between a city
center , the middle to outer suburbs beyond 15 km (10 miles), and commuter towns or other locations that draw
large numbers of commuters—people who travel on a daily basis. Trains operating on the following a schedule, at
speeds varying from 50 to 200 km/h (30 to 125 mph) may use Distance charges or zone pricing to regulate the
price of a fare. Meccanica System designs successfully these types of commuter vehicles, starting from the studies
of the circulation and the dynamics of Circulation to the vehicles’ on-board systems.
View some of our projects
MASS TRANSIT RAIL
A rapid transit system is a public transport system in urban areas with high capacity, high frequency not depending
on timetables. They are fast and are separate from other traffic.
Operating on an exclusive right of way; rapid transit systems are typically graded by separation and located in
underground tunnels (subways) or elevated above street level (elevated transit line).
Meccanica System is able to design successfully the entire vehicle; starting from the studies of the circulation, the
dynamics of march, as well as the vehicle's on-board systems.
Our company has carried out many projects around the world, paying particular attention to the environment and
energy saving, while placing importance on aesthetic design. We are Particularly successful for the automated
subways without driver, capable of increasing the safety of the passengers, punctuality and increase business for
the companies that run the vehicles.
View some of our projects
Our knowledge of industrial processes and the continuous updating of our engineers and technicians has made
Meccanica System one of the most reliable and competent companies for the design of machines and automatic
systems. Some of our successful projects have been automatic machines for producing stators for electric motors
(stators for universal motors) and machinery and equipment for the installation of equipment for the automotive
industry. Our customers have provided these machines to giant industries like Ferrari, Renault, Isuzu, Siemens,
Piaggio, Siemens, Denso Global, VM Motors to name a few.
See our projects
Textile Machinery
Textile production in Prato has always played a major economic role since medieval times, as seen by the
documents of the famous merchant Francesco Datini. In the nineteenth century Meadow, Prato underwent a large
industrial development and since has remained one of the leaders in the world textile and textile machinery.
Meccanica System, a company from the Prato area, has had extensive experience in the textile machinery sector,
in particular, in the preparation of textile fibers: both natural and synthetic. Their experience also includes the
regeneration of waste textiles to give them a new life and ability to be reused as well as the process of finishing
materials to make high-quality pieces.
See our projects
textile_ommi_manville
Systems Plant Design
Over the years, Meccanica System has acquired comprehensive technical know-how in the sector of thermal,
hydraulic and pneumatic systems. It is able to provide moder, state-of-the-art solutions with products that
guarantee the application of the latest America, Italian and European regulations and directives regarding safety
pipe and aquipment connected with the installation.
Water Treatment Plants
Meccanica System began its experience in this industry 15 years ago. Our engineers have been able to increase
over time so their wealth of knowledge, experience, and technology in this field.
Numerous projects have been carried out in the primary water treatment (water softening, filtration,
demineralization and desalination) and secondary (biological systems, physical chemical plants, processing and
recycling of waste water).
See Our Projects
Oil and Gas
Considering the fundamental and strategic Oil & Gas industry, our company, among other things always constantly
has engaged in research and development, has produced projects (oil lubrication units, pressure equipment, motor
pumps and turbo pumps on skid complete with circuits hydraulic) for a variety of important plants in the world.
See Our Projects
Energy
Meccanica System is experienced and works in a variety of industrial sectors. They have always been able to get
results that will meet the demands of the national and international market while maintaining the high standards of
their customers. The projects we have dealt with mainly fall under the CHP (cogeneration plants with natural gas
and renewable energy-biomass) and heat recovery plants in different sectors (paper, textiles), as well as various
projects in large power plants.
See Our Projects
We offer our customers a vast expertise in various fields of automation and mass transport provided by our team of
Engineers and Technicians. Meccanica System’s Design Division of Mechanical Engineering also offers testing,
commissioning, project engineering, project management and technical advice.
Meccanica System has carried out work in the following sectors:
Transport
Water Treatment
Our Electrical Division offers the following services:
Feasibility studies
Basic and functional specs
Architecture systems
Studies for the optimization of energy consumption (ex-loads, time zone management, accounting etc.)
Overview and functional circuit diagrams (HV - MV - LV)
Topographical patterns
Technical reports
Distribution boards
Automation boards
SPARE PARTS CATALOGUES
Meccanica System has always distinguished itself for its classified and catalogued spare parts catalogues,
complete with lists and relative translations in foreign languages; they are reproduced with exploded perspective
drawings, executed by solid modeling, so as to view the individual pieces from various points of view.
The experience acquired in this sector has served as input to elaborate an alternative product known as "MS-EXP",
a computer information system for interactively consulting and ordering spare parts.
After the user has been provided with a simple CD-ROM, he merely has to open a file on a computer or other
Windows-operated device and begin exploration with a simple click of the mouse, thus activating all the functions.
After selecting the group to be viewed from the general index, a table with an exploded drawing appears on the
display. By clicking the required component, a link appears giving the code, description(also in foreign languages),
etc.
The "MS-EXP" system achieves excellent functional and graphic results, because all the images are displayed in
photorealistic rendering.
See Our Project
F.E.M Analysis
In order to offer an increasingly qualified service, the Meccanica System team of engineers performs analyses with
the Finite Element Method (FEM). The “Finite Element Method” (FEM) is a technique used to find approximate
solutions to differential equations encountered in physics and engineering. The first step consists of dividing the
component into sub: parts, known as finite elements and selecting the choice of points, called nodes, on the boundary
between adjoining elements or inside the elements.
Stresses and displacements are then assumed as unknown variables: at a generic point of an element they are
expressed in terms of node variables through interpolation functions. Lastly, algebraic equations to resolve the
problem are generated by a variation principle. The Finite Elements Method offers unique opportunities to assess
structural behavior, thus enabling drastic reductions in the investments required to build and test prototypes.
Thanks to this type of analysis, many firms have seen a marked improvement in their competitiveness. Simulations
made by FEM are approximations of physical reality and the results observed can be reliably interpreted only by users
with sufficient knowledge of applied mechanics and the basic principles of FEM.
Meccanica System offers valuable experience and a distinguished performance record in the following:
Finite Element (FE) Modeling
We can create finite element models, starting from the client’s Computer Aided Design (CAD) geometry. Modeling
criteria are defined together with the customer. Meccanica System can produce input files compatible with major
FEM systems.
Finite Elements Static Analysis - Linear and Non:Linear
The goal is to predict the stress/strain level of single parts or assemblies.
Results and the post processing method are defined according to the customer’s specifications.
Finite Elements Dynamic Analysis – Modal and Frequency Response Function (FRF)
We have experience on dynamic simulation with FEM, by both modal analysis (eigenfrequencies) and dynamic
response of a Meccanica System.
Composites
Meccanica System’s employees have sustained experience in analysis and optimization of structures made by
composite materials in many engineering fields (automotive, Railways, industrial, etc.).
Design Optimization
On the basis of simulation results, Meccanica System can propose design modifications with the aim of optimizing the
product by means of static, dynamics and durability. This optimization is erformed with both automatic algorithms and
Meccanica System’s employees engineering judgment.
Our company applies the following standard:
UNI EN 12633-1:2010, UNI EN 15277:2011, UNI EN 15663:2009, EN 15085-3:2007, UIC 566, NF F 31-119,
EUROCODE 3 and 9, VDI 2230 Part 1 of 2003, IEC EN 61373:2000.
See Our Project
carbody_fem
Fiberglass_fem_taipei
double_seat_v300
Design of Pressure Equipment
In addition, our company compiles technical files and prepares documentation necessary for commissioning, in
accordance with the Pressure Equipment Directive.
See Our Project
OUR CULTURE & CREDENTIALS
To Provide Excellent Customer Service and Client Satisfaction
Our clients depend on us for accurate and rapid responses to inquiries; precision, timely completion and efficient work
on their projects governed by the design and execution of quality assurance/quality control within an ethos of
integration and cost effectiveness.
Our standards
ANSI
British Standards Institution
French National Organization for
Standardization
ASME (American Society of
Mechanical Engineers)
Electrotechnical Committee Italian
(CEI)
European Committee for
Electrotechnical Standardization
European Committee on
Standardization
European Standards (EN)
Workers Compensation Autohority
German Institute for Standardization
Italian Body for Harmonisation of
Railway Standards
Italian Unification Authority Metals
(UNSIDER)
Italian Organization for
Standardization
UNIFE (The European Rail Industry)
International Union of Railways
OUR MISSION
To Provide Excellent Customer Service and Client Satisfaction
Our clients depend on us for accurate and rapid responses to inquiries; precision, timely completion and efficient
work on their projects governed by the design and execution of quality assurance/quality control within an ethos of
integration and cost effectiveness.
To Comprehend and Foresee Client’s Needs
We constantly strive to fulfill our clients’ needs before being asked to so. Anticipating our clients’ wishes and
requirements is a foundation of our corporate culture.
To Sustain our Program of Permanent Modernization
Our driving force is to maintain our residence on the cutting edge of ever changing technology with our services
perpetually defined as state of the art.
OUR REFERENCES
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ANSALDOBREDA / FINMECCANICA
AMTRAK U.S.A
BOMBARDIER TRANSPORTATION ITALY
GE OIL&GAS / SIME
CULLIGAN
WEBASTO THERMO & COMFORT ITALY
ANDREOTTI IMPIANTI
REPCO ITALY
TERMOMECCANICA GROUP
CATERPILLAR
DANIELI
ABB
SHELL / CULLIGAN
ROSETTI MARINO / CULLIGAN
MIAMI DADE COUNTY / FINMECCANICA
WASHINGTON METROPOLITAN AREA TRANSIT AUTHORITY / FINMECCANICA
F.I.S.A
CANNON BONO ENERGY
FRILLI IMPIANTI
OUR UNSPC CODES
The United Nations Standard Products and Services Code (UNSPSC) is a hierarchical convention that is used to
classify all products and services. It is the most efficient, accurate and flexible classification system available today
for achieving company-wide visibility of spend analysis, enabling procurement to deliver on cost-effectiveness
demands and allowing full exploitation of electronic commerce capabilities.
The UNSPSC was jointly developed by the United Nations Development Programme (UNDP) and Dun &
Bradstreet Corporation (D & B) in 1998. It has been managed by GS1 US since 2003.
UNSPSC Codes for Meccanica System Services and Offerings:
81101511
81101600
81101900
81100000
81102200
Railway Engineering
Oil & Gas Engineering
Professional Engineering Services
Transportation Engineering
IT Tools and Systems
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CATIA V5
AUTODESK AUTOCAD MECHANICAL POWER PACK
AUTODESK INVENTOR
ESAPRO 7 – BUNDLE PROCESS & PLANT DESIGN (P&ID, PIPING, 3D, ISOMETRICS)
HP ME 10 R. 8.7
PRO ENGINEER /CREO 2 ESSENTIALS II
AVEVA PDMS (RESOURCES INSTRUCTED)
UNIGRAPHIX NX 6 (RESOURCES INSTRUCTED)
AVEVA PDMS / EVERYTHING 3D (RESOURCES INSTRUCTED)
INTERGRAPH PDS (RESOURCES INSTRUCTED)
E3 SERIES (RESOURCES INSTRUCTED)
FEMAP WITH NX NASTRAN
PTC WINDCHILL WORKGROUP MANAGER
ENOVIA SMARTEAM
SOFTWARE FOR THERMODYNAMIC CALCULATIONS AND AIR TREATMENT
PV ELITE 2015
CAESAR II
SOFTWARE FOR EDITING TECHNICAL MANUALS.
SOFTWARE OFFICE MICROSOFT (WORD, EXCEL,ect…)
Projects
Meccanica System has served such global giants as GE Oil and Gas, Shell, Culligan, Caterpillar, AnsaldoBreda,
Ferrari, Finmeccanica, Bombardier Transportation and others.
Transportation
Meccanica System has been an integral and significant contributor to the high speed rail networks in the European
Union that have helped to earn their trains the admiration of the world. Its engineering footprint can be seen in
Italy’s Frecciarossa (the V300 Zefiro) developed by Bombardier Transportation and Ansaldobreda as well as the
V250 that operates in Holland and Belgium developed by Ansaldobreda.
italiy_v300
High speed rail
Meccanica System has been an integral and significant contributor to the high speed rail networks in the European
Union that have helped to earn their trains the admiration of the world. Its engineering footprint can be seen in
Italy’s Frecciarossa (the V300 Zefiro) developed by Bombardier Transportation and Ansaldobreda as well as the
V250 that operates in Holland and Belgium developed by Ansaldobreda.
V300 High Speed Train
Country of Project: Italy
Project Name: V300 High Speed Train
Client: Trenitalia S.p.A - Piazza della Croce Rossa, 1-00161 Roma
Period: 2010 - 2014
Contractor: Bombardier Transportation
Services Carried Out By Meccanica System:
Mechanical Integration (3D Model Management), Mechanical Engineering (Equipment Assembly) Pneumatic and
Hydric, Assistance at Workshop Assembly Phase
Client: Trenitalia S.p.A - Piazza della Croce Rossa, 1-00161 Roma.
Period: 2010 - 2014
Contractor: AnsaldoBreda S.p.A
Mechanical Integration (3D Model Management), Mechanical Engineering (Equipment Assembly) Pneumatic and
Hydric, System Integration of Toilet Systems, System Integration of Bar Bistro, Systems Mechanical Engineering
(Car Body Structure, Equipment Assembly, Bogie Skirt Designs: Mechanical Engineering), F.E.M. Analysis (gpr),
RAM/LCC Analysis, Spare Parts Catalogue and Manuals.
Period: 2011-2013
Contractor: F.I.S.A S.r.L
Seat Luxury (Executive Model) Mechanical Design, FEM Analysis, RAM/LCC Analysis and Driver Assistance Seat
Concept Designs.
Period: 2013
Consulting and Auditing Components Produced by Third-Party Suppliers.
Country of Project: Turkey
Client: Turkish State Railways (TCDD) TCDD Liman ??letmesi Müdürlü?ü Haydarpasa / Istanbul – TURKEY
Period: 2012
Cab Visibility Study, Instrumentation Control Desk for Tender.
PKP EMU 250
Country of Project: Poland
Project Name: PKP EMU 250
Client: Polskie Koleje Pa?stwowe S.A. - KRS 0000019193 S?d Rejonowy dla m.st. Warszawy - XII Wydzia?
Gospodarczy
Period: 2012
Contractor: Alstom Italy / Production Group S.r.L
FEM Analysis Covering Fiberglass Step.
Intercity IC 901-300
Project Name: Intercity IC 901-300
Period: 2011
Mechanical Design Supply the Restaurant Area, Water Systems, Pneumatic, External and Internal Labels,
Interiors, Air conditioning and Vestibules.
Emu V250 Hight Speed Train
Country of Project: Netherlands/Belgium
Project Name: Emu V250 Hight Speed Train
Client: SNCB/NMBS Fyra NS Hispeed Klantenservice Postbus 2552 3500 GN Utrecht
Period: 2005-2009
Trailer Car: Floors, Interiors (Baggage Racks, Under-Roof and Window Linings), External Door Assembly, Fire
Protection for Medium Voltage Racks, Toilet Applications, Emergency Handles Applications, Vestibules Assembly,
Converter Cables Distribution, Vestibule Area Pneumatic Systems, Forced Aeration Traction Motors, Waste Water
Boxes, Roof External Fairings, F.E.M. Analysis for Various Device Applications. Pneumatic System Cab, Floors,
Electrical Racks Assembly and Signaling Systems.
Motor coach and cabine: External fgr fairings + accessories, cab interiors, driver and assistant visibility,
ergonomics, pneumatic systems, braking and coupling alimentation, driver board systemization, braking handle
mountings, escape ways, floors, cab hvac piping, signaling systems, illumination, passenger information systems,
undercar euro-aerial applications, roof gsm-r and gps applications, electrical racks assembly, thermo-acoustic
insulation, R.E.I. wall in cab-vestibule area, vehicle accessories systemization, F.E.M. Analysis for various devices
applications
Commuter rail and main line
Commuter rail, also called suburban rail, is a passenger rail transport service that primarily operates between a city
center , the middle to outer suburbs beyond 15 km (10 miles), and commuter towns or other locations that draw
large numbers of commuters-people who travel on a daily basis. Trains operating on the following a schedule, at
speeds varying from 50 to 200 km/h (30 to 125 mph) may use Distance charges or zone pricing to regulate the
price of a fare.
Meccanica System designs successfully these types of commuter vehicles, starting from the studies of the
circulation and the dynamics of Circulation to the vehicles’ on-board systems.
Here are some of our projects:
Italy: TSR – FNM (Commuter Train)
Country of Project: Swiss
Project Name: TWINDEXX Regional Train
Client: FFS SA Hochschulstrasse 6 3000 Berna 65
Period: 2013-2014
Electrical Integration Design
Commuter Train Genova-Casella
Project Name: Commuter Train Genova-Casella
Client: Amt Genova S.p.A Via Montaldo, 2 - 16137 Genova
Period: 2010-2011
Car Body Structure and F.E.M. Analysis, Mechanical Design Motor and Trailer Bogies.
TSR-FNM (Commuter Train)
Project Name: TSR-FNM (Commuter Train)
Client: Ferrovienord S.p.A- P.le Cadorna, 14 - 20123 Milano (MI)
Period: 2004-2005
Interiors, electronic area lockers.
TSR-FNM (Airport Train)
Project Name: TSR-FNM (Airport Train)
Client: Ferrovienord S.p.A- P.le Cadorna, 14 - 20123 Milano (MI)
Period: 2004-2005
Cab external fairings + accessories, car body structure, interiors, floors, circulation verification, toilet water systems,
thermo-acoustic insulation, gangways, F.E.M. Analysis for various devices applications.
TAF ONCF (Rail Cars)
Country of Project: Morocco
Project Name: TAF ONCF (Rail Cars)
Client: ONCF - 14-16, bis Rue Abderrahmane El Ghafiki Rabat Agdal
Period: 2004-2005
Bar Area Interior Mountings, Electrical System Modifications.
Locomotive (ex E402C)
Project Name: Locomotive (ex E402C)
Client: Kayseri Ulasim a.s.KAYSEray KAYSERÝ Turkey
Period: 2010
Cab Visibility Study, Interiors and Driver Board Systemization Study in Accordance with Tender Specifications.
Intercity Talgo Series 8 USA
Country of Project: United States
Project Name: Intercity Talgo Series 8 USA
Client: Amtrak 60 Massachusetts Ave, NE Washington, DC 20002 USA
Period: 2011
Contractor: Production Group (Talgo Spain/USA)
External Style Cab, Cab Visibility Study, Cab External Fairings, Lighting External Cab
Budd Coaches revamping Rail Cars
Project Name: Budd Coaches revamping Rail Cars
Client: L.F.I. Arezzo Via Guido Monaco, 37 – 52100 Arezzo
Period: 2002
Contractor: L.F.I. Arezzo
Mechanical Design Undercar Converter Applications.
Mass Transit Rail
A rapid transit system is a public transport system in urban areas with high capacity, high frequency not depending
on timetables. They are fast and are separate from other traffic.
Operating on an exclusive right of way; rapid transit systems are typically graded by separation and located in
underground tunnels (subways) or elevated above street level (elevated transit line).
Meccanica System is able to design successfully the entire vehicle, starting from the studies of the circulation and
the dynamics of march until the vehicle on-board systems.
Our company has carried out many projects around the world, paying particular attention to the environment and
energy saving, while placing importance on aesthetic design. We have Particular successful for the automated
subways without driver, capable of increasing the safety of the passengers, punctuality and increase business for
the companies that run the vehicles.
Here are some of our projects:
Metro Miami Dade
Project Name: Metro Miami Dade
Client: Miami-Dade County Stephen P. Clark Center, 111 N.W. 1st Street, Suite 2910, Miami, Florida 33128
Period: 2012-2014
Car Body Structure (Mechanical Engineering and F.E.M. Analysis), Electrical and Pneumatic Engineering.
Metro Expo Milan Line 1 and 2
Project Name: Metro Expo Milan Line 1 and 2
Client: A.T.M. Foro Buonaparte, 61 - 20121 Milano
Period: 2012-2014
Interiors, Grp Cab, Cab Integration (Mechanical and Electrical Engineering), Electrical Engineering, Pneumatic
Engineering.
Metro Taipei
Country of Project: Taiwan
Project Name: Metro Taipei
Client: TRTC Departmental Contact Numbers7, Lane 48, Sec. 2, Zhongshan N. Rd., 10448, Taipei City, Taiwan
Period: 2009-2014
Plug & Play-Cabins (Mechanical, Electrical and Pneumatic Engineering; GRP F.E.M. Analysis), Interiors (Design
and F.E.M. Analysis), Interiors, Electrical Devices Assemblies on Passenger Compartments, Doors, Floor,
Thermo-Acoustic Insulation, High and Low Voltage Systems, Pneumatic Systems.
Metro Copenhagen
Country of Project: Denmark
Project Name: Metro Copenhagen
Client: Metroselskabet I/S Metrovej 5 DK-2300 Copenhagen S
Period: 2012-2014
Interiors, Bogies (Mechanical, Electrical and Hydraulic Engineering), Underframe (Electrical Engineering),
Fire-Fighting System, FEM Analysis of Metallic Structures.
Metro Honolulu
Country of Project: United States (Hawaii)
Project Name: Metro Honolulu
Client: Honolulu Authority for Rapid Transportation City and County of Honolulu 1099 Alakea Street, 17th Floor
Honolulu, Hawaii, 96813
Period: 2012-2014
Drafting Technical Specifications for the Purchase of Components Bogies.
Metro Honolulu
Period: 2012
Movability Verifications, Semi-Permanent Drawbar Analyses, Automatic Coupler Analyses, Car Body Dynamic
Envelope, Coupling Analysis between Two Convoys
Metro Boston
Project Name: Metro Boston
Client: MBTA (Massachusetts Bay Transportation Authority) Law Department, 7th Floor 10 Park Plaza Boston, MA
02116
Period: 2011
Cab Visibility Study, Instrumentation Control Desk for Tender.
Tram Sirio Lusail
Country of Project: Qatar
Project Name: Tram Sirio Lusail
Client: Lusail Real Estate Development Company P.O Box 26060 Doha – Qatar
Period: 2011
Movability Verifications, Semi-Permanent Drawbar Analyses, Automatic Coupler Analyses
Tram Sirio Bergamo
Project Name: Tram Sirio Bergamo
Client: T.E.B. Tramvie Elettriche Bergamasche S.P.A. Via Tezze, 24020 Bergamo
Period: 2011
Mechanical Design High And Low Voltage Systems.
Riyadh Driverless Metro
Country of Project: Saudi Arabia
Project Name: Riyadh Driverless Metro
Client: Saudi Railways Organization Dammam 31241 Saudi Arabia
Period: 2010
Mechanical Design Interiors and Gangways
Metro Los Angeles
Project Name: Metro Los Angeles
Client: Metro Los Angeles One Gateway Plaza, Los Angeles, CA 90012-2952
Period: 2010
Movability Verifications, Semi-Permanent Drawbar Analyses, Automatic Coupler Analyses.
Metro Taichung City
Project Name: Metro Taichung City
Client: Taichung Metropolitan Park No.30-3,Si-Pin South Lane, Seatuan District, Taichung,Taiwan.
Period: 2010
Movability Verification, Semi-Permanent Drawbar Analyses, Automatic Coupler Analyses,Car Body Dynamic
Envelope.
Metro Taipei
Period: 2010
Study Load of Fire, Assistance to the Project Engineering, Vehicle Weight Analysis.
Tram Sirio Goteborg
Country of Project: Sweden
Project Name: Tram Sirio Goteborg
Client: Metro Göteborg Drottninggatan 36 Box 11275, 404 26 Göteborg
Period: 2010
High, Low Voltage Systems and Interiors.
Tram Sirio Stockholm
Country of Project: Sweden
Project Name: Tram Sirio Stockholm
Client: AB Storstockholms Lokaltrafik. Kundtjänst 08-600 10 00
Period: 2010
Vehicle External Body Work Analysis and Movability Verification.
Jumbo Tram Revamping
Project Name: Jumbo Tram Revamping
Client: ATM S.p.A. Via Emilio Cornalia, 17 20124 Milano - Italy
Period: 2010
Complete Car Body Structures, F.E.M. Analysis
Metro Los Angeles
Project Name: Metro Los Angeles
Client: Metro Los Angeles One Gateway Plaza, Los Angeles, CA 90012-2952
Period: 2009
Drawings UnderBody Assembly Equipment and Storage Designs in PDM (Product, Data, Management).
Metro WMATA
Project Name: Metro WMATA
Client: Washington Metropolitan Area Transit Authority 600 5th Street, NW Washington, DC 20001.
Period: 2009
Metro Miami Dade
Period: 2009
Driverless Heavy Metro (Rome Line-C)
Project Name: Driverless Heavy Metro (Rome Line-C)
Client: ATAC ROMA S.p.A Via Prenestina, 45 - 00176 Roma - ITALY
Period: 2009
Cab External Fairings, Cab Interiors.
Tram Sirio Kayseri
Project Name: Tram Sirio Kayseri
Period: 2009
Cab External Fairings, Cab Interiors.
Tram Sirio Milan
Project Name: Tram Sirio Milan
Period: 2009
Cab External Fairings + Accessories, Motor And Traile Bogies, Car-Bogie Connections, High And Low Voltage
Systems, Cab And Passengers Area Interiors, Hvac Systems, Lighting, External Doors, Mobile Door Platforms.
Tram Sirio Florence
Project Name: Tram Sirio Florence
Client: GEST S.p.A. Via dell'Unità d'Italia, 10 50018 Scandicci (Firenze) Italy
Period: 2008
Cab External Fairings and Accessories, Motor and Trailer Bogies, Car-Bogie Connections, High and Low Voltage
Systems, HVAC Systems, Thermo-Acoustic Insulation, Lighting, External Doors
Tram Sirio Samsun
Project Name: Tram Sirio Samsun
Client: Metro Samsun Denizevleri Mh 55200 Samsun, Turkey
Period: 2007
Cab External Fairings + Accessories, Motor And Trailer Bogies, Car-Bogie Connections, High And Low Voltage
Systems, Cab And Passengers Area Interiors, Hvac Systems, Lighting, External Doors, Mobile Door Platforms.
Metro Mf77 (Revamping)
Country of Project: France
Project Name: Metro Mf77 (Revamping)
Client: RATP DEV LAC LA30 54 quai de la Rape 75012 Paris France
Period: 2005
Passengers Compartment Air Conditioning, External Film Applications, Electrical Racks Applications, Driver
Communications Systems, F.E.M. Analysis For Various Devices Applications.
Tram Sirio Sassari
Project Name: Tram Sirio Sassari
Client: A.T.P. S.p.A Via Caniga, 5 07100 Sassari Italy
Period: 2005
Motor And Trailer Bogies, Car-Bogie Connections.
Tram Sirio Athens
Country of Project: Greece
Project Name: Tram Sirio Athens
Client: Urban Rail Transport S.A 67 Athinas Street, GR-10552 Athens GREECE
Period: 2004
Motor And Trailer Bogies, Car-Bogie Connections.
Tram Sirio Zhuhai
Country of Project: China
Project Name: Tram Sirio Zhuhai
Client: ZHUHAI SANXIN TRAM RAIL CO., LTD -216-401, JiDaXin Village, ZhuHai, Guangdong
Period: 2014
Motor And Trailer Bogies, Car-Bogie Connections, and Electrical Design.
Metro Lima
Country of Project: Perù
Project Name: Metro Lima
Client: Instituto Metropolitano PROTRANSPORTE de Lima, Jirón Cuzco 286, Cercado de Lima – Perú
Period: 2014
Vehicle-platform interface analysis, Gap analysis, Rolling stock clearance analysis, Door opening verifies, Dynamic
and kinematic, envelope analysis, Max static sections, Kinematic envelope, Dynamic envelope, Rolling stock
movability studies, Rolling stock mechanical interface.
Mass Transit Automotive (bus)
The trolley is based on an electrical system with a traction gear automation ensured by high diesel electrical power
that enables transportation with the equivalence and performance in both running under the bifilar than that not
covered by overhead power supply.
Meccanica System is able to design trolleybus with modules of supercapacitors that can absorb much of the energy
generated during braking. The stored energy is returned to the supercapacitors during acceleration phases, that the
gear is made below bifilar is especially during the automatic gear change (ie: using the diesel engine). It follows an
improved efficiency of electricity and fuel savings.
Trolleybus Bari
Project Name: Trolleybus Bari
Client: AMTAB S.p.A - Viale Jacobini, Zona Industriale . 70123 Bari (BA)
Period: 2009
HK Elevator Installation, Interiors Revamping for HK Areas, Electrical Systems
Transportation - Miscellaneous
RAILWAYS AREA COMPLEMENTARY ACTIVITIES
Braking handle designs, design of pneumatic distribution panels, design of sliding doors and opening system for
passenger toilets.
Tender Department Assistance:
Tender specification analysis, concept solutions development and offer documentation.
Vehicle Run Dynamics:
Multi-body analysis of vehicle and its subsystems.
Circulation Analysis:
Vehicle–wayside interface and clearance gauge studies.
Vehicle performance analysis:
Air conditioning – braking and traction verifications.
Electrical Design Of Vehicle:
Functional diagrams, topographic schemes, wiring tables and executive system designs.
Inspections And Quality Plans:
Verification of manufactured and quality control plan.
SYSTEMS PLANT DESIGN
Over the years, Meccanica System has acquired comprehensive technical know-how in the sector of thermal,
hydraulic and pneumatic systems. It is able to provide modern, state-of-the-art solutions with products that
guarantee the application of the latest American, Italian and European regulations and directives regarding safety
pipes and equipment connected with the installation.
Oil&Gas
Considering the fundamental and strategic Oil & Gas industry, our company, among other things always constantly
has engaged in research and development, has produced projects (oil lubrication units, pressure equipment, motor
pumps and turbo pumps on skid complete with circuits hydraulic) for a variety of important plants in the world.
LPG Train-4 Project, At Mina Al-Ahmadi Refinery
Country of Project: Korea
Project Name: LPG Train-4 Project, At Mina Al-Ahmadi Refinery
Client: Daelim Industrial CO, Ltd, Susong Dong Jongno Gu, Seoul Korea
Period: 2011
Contractor: SIME/GE Oil&Gas
Mechanical Design for Motor Pumps and Turbo Pumps (Cooling System, Drain, Data sheet Equipment and
Methane Gas Fluid Valves, MTO Piping List).
Complexo Petroquimico Do Rio De Janeiro
Country of Project: Brasil
Project Name: Complexo Petroquimico Do Rio De Janeiro
Client: Comperj Petrobas, Av. República do Chile, 65 - 11º andar - sala 1101, Centro Rio Janeiro – Brasil
Period: 2011
Mechanical Design for Motor Pumps and Turbo Pumps (Mechanical Seal Flushing System, Pump Balancing
System, Cooling System, Drain, Data sheet Equipment and Methane Gas Fluid Valves, MTO Piping List).
Habshan-5 Utilities And Offsites Project
Country of Project: United Arab Emirates
Project Name: Habshan-5 Utilities And Offsites Project
Client: GASCO Abu Dhabi Gas Industries Ltd, P.O. Box 665 Abu Dhabi, United Arab Emirates
Period: 2011
Contractor: SIME/GE Oil&Gas for Hyundai Cosmo Petrochemical Co., Ltd.
System, Cooling System, Drain, Data sheet Equipment and Methane Gas Fluid Valves, Flange-Flange
Connections With External Skids, MTO Piping List).
Ultra Low Sulphur Diesel
Country of Project: Korea
Project Name: Ultra Low Sulphur Diesel
Client: Samsung Petrochemical Co., 20th Samsung Electronics Building 1320-10, Seocho 2 dong, Seocho-gu,
Seoul, Korea 137-857
Period: 2011
Integrated Gas Development
Country of Project: United Arab Emirates
Project Name: Integrated Gas Development
Client: Maire Tecnimont S.p.A., Via Castello della Magliana 75, 00148 Roma, Italy
Period: 2011
Energy
Meccanica System is experienced and works in a variety of industrial sectors. They have always been able to get
results that will meet the demands of the national and international market while maintaining the high standards of
their customers. The projects we have dealt with mainly fall under the CHP (cogeneration plants with natural gas
and renewable energy-biomass) and heat recovery plants in different sectors (paper, textiles), as well as various
projects in large power plants.
Gazprom Pumps
Country of Project: Russia
Project Name: Gazprom Pumps
Client: Gazprom, 16 Nametkina St., Moscow, Russian Federation.
Period: 2013
Contractor: Termomeccanica S.p.A.
Engineering Details for Motor Pumps (Mechanical Seal Flushing System, Cooling System, Flange-Flange
Connections with External Skid, MTO Piping List).
Embalserepowering
Country of Project: Argentina
Project Name: Embalserepowering
Client: NA-SA (Nucleoeléctrica Argentina S.A.), Arribeños # 3619, Buenos Aires,Capital Federal, Argentina.
Period: 2013
Contractor: Ansaldo Nucleare - Termomeccanica S.p.A.
Engineering Details for Motor Pumps (Mechanical Seal Flushing System, Cooling System, Drain, Pump Balancing
System, Flange-Flange Connections with External Skid, Sketches Piping, MTO Piping List).
Banha Power Station 750 Mw Combined Cycle Project
Country of Project: Egypt
Project Name: Banha Power Station 750 Mw Combined Cycle Project
Client: Middle Delta Electricity Production Company, El Semad & El Kahrbaa Rd, Talkha, El Dakahleya, Egypt.
Period: 2013
Contractor: P-Gesco - Termomeccanica S.p.A.
Engineering Details for Motor Pumps (Mechanical Seal Flushing System, Cooling System, Flange-Flange
Connections with External Skid, MTO Piping List).
PP10 CCGT Power Station
Project Name: PP10 CCGT Power Station
Client: Saudi Eletricity Company, Al Amir Muhammad Ibn Abdul Aziz, Jeddah 23326, Arabia Saudita
Period: 2013
Engineering Details for Motor Pumps (Pump Balancing system, Drain, Tubing System, Electrical Plan, Cooling
System, Flange-Flange Connections with External Skid, MTO Piping List).
Heat Exchangers for heating System
Project Name: Heat Exchangers for heating System
Client: Alival S.p.A.
Period: 2013
Contractor: Alival S.p.A.
Project for Battery Conversion UTA (Air Treatment Units) from Steam to Hot Water
Heat Exchangers for heating System
Project Name: Heat Exchangers for heating System
Client: Alival S.p.A.
Period: 2013
Contractor: Alival S.p.A.
Project for Battery Conversion UTA (Air Treatment Units) from Steam to Hot Water
Safco V - Urea Stand Alone Project
Project Name: Safco V - Urea Stand Alone Project
Client: Saipem S.p.A., Via Martiri di Cefalonia, 67, 20097 San Donato Milanese (Milano), Italy – Safco (Saudi
Arabian Fertilizer Company), P.O. Box 11044 Jubail Industrial City 31961 K.S.A
Period: 2013
Contractor: Termomeccanica Compressori S.p.A.
Engineering Details for Compressor (Assembly Drawing, Drawing Frame Construction, Cooling System, oil system,
Flange-Flange Connections with External Skid, MTO Piping List).
Greater Stella Area Development
Country of Project: UK
Project Name: Greater Stella Area Development
Client: Petrofac Limited, Ogier House, The Esplanade Saint Helier, JE4 9WG - ENG
Period: 2013
Engineering Details for Motor Pumps (Pump Balancing system, Drain, Oil System, Hook-up, Cooling System,
Flange-Flange Connections with External Skid, MTO Piping List).
Motor Pumps for Saudi Eletricity Company
Project Name: Motor Pumps for Saudi Eletricity Company
Client: Saudi Eletricity Company, Al Amir Muhammad Ibn Abdul Aziz, Jeddah 23326, Arabia Saudita
Period: 2012
Engineering Details for Motor Pumps (Pump Balancing system, Drain, Tubing System, Electrical Plan, Cooling
System, Flange-Flange Connections with External Skid, MTO Piping List).
Heat Module 18 CHP
Country of Project: Germany
Project Name: Heat Module 18 CHP
Client: Turboden s.r.l. Via Cernaia 10, 25124 Brescia - Italia
Period: 2012
Contractor: C.A.T.I. S.r.L.
Assembly Drawing, Verification Lifting Structure, Stress Analysis Piping, MTO Piping List.
High Pressure Steam Boiler
Country of Project: Kingdom of Barhain
Project Name: High Pressure Steam Boiler
Client: Gulf Petrochemical Industries Company, P.O. Box 26730, Manama, Kingdom of Bahrain
Period: 2012
Contractor: Maire Tecnimont S.p.A. - Termomeccanica S.p.A.
Engineering Details for Motor Pumps (Pump Balancing system, Drain, Cooling System, Flange-Flange Connections
with External Skid, MTO Piping List).
P70379
Country of Project: Romania
Project Name: P70379
Client: Complexul Energetic Rovinari S.A., (owned in part by the Government of Romania), Rovinari -Gory County
Period: 2012
Engineering Details for Motor Pumps (Pump Balancing system, Drain, Cooling System, Flange-Flange Connections
with External Skid, MTO Piping List).
CTR 6/25
Country of Project: Tunisia
Project Name: CTR 6/25
Client: AZUR S.A., Tunisia
Period: 2012
Contractor: Recard - Bono Energia S.p.A.
Engineering Details for Assembly Drawing Stairs and Walkways Reheat Boiler
CCPP Kocaeli - Gebze - Vi Imes Industrial Zone (Boiler
Feedwater Pumps)
Project Name: CCPP Kocaeli - Gebze - Vi Imes Industrial Zone (Boiler Feedwater Pumps)
Client: YENI ELEKTRIK ÜRETIM A.S, Ankara, Turkey.
Period: 2012
Contractor: Ansaldo Energia S.p.A. - Termomeccanica S.p.A.
Engineering Details for Motor Pumps (Pump Balancing system, Cooling System, Flange-Flange Connections with
External Skid, MTO Piping List).
Steam Plant Production
Country of Project: Tunisia
Project Name: Steam Plant Production
Client: AZUR S.A., Tunisia
Period: 2011/2012
Contractor: Recard - Sitema S.r.L.
Engineering Details for Assembly Drawing, Stress Analysis Piping, MTO Piping List.
Heat Module 10 HR
Project Name: Heat Module 10 HR
Period: 2011
Ottimizzazione C.O.V.A. Dbn Gas Fase 1
Project Name: Ottimizzazione C.O.V.A. Dbn Gas Fase 1
Client: ENI S.p.A., Basilicata - Val D'Agri - Italy
Period: 2011
Engineering Details for Motor Pumps (Mechanical seal flushing system, Pump Balancing system, Drain, Oil tank
lubrification, Cooling System, Flange-Flange Connections with External Skid, MTO Piping List).
Co-Generation Plant from Waste
Country of Project: Italy.
Project Name: Co-Generation Plant from Waste
Client: Publiambiente S.p.a., Via Garigliano, 1 - 50053 Empoli (FI), Italy.
Period: 2011
Contractor: Sitema S.r.L.
Designing Thermal Recovery Plant
Heat Module t 14 HR
Project Name: Heat Module t 14 HR
Period: 2010
Centrale Termoelettrica Torino Nord
Project Name: Centrale Termoelettrica Torino Nord
Client: Iride Energia, Corso Svizzera 95 - 10143 Torino
Period: 2010
Contractor: Fata S.p.A. - C.A.T.I. S.r.L.
Engineering Details for Assembly Drawing, Verification Lifting Structure, Sketches Piping, MTO Piping List
Heated Water Production Plant
Project Name: Heated Water Production Plant
Client: Pastificio Rey S.p.A., San Damiano d'Asti, 14015, Italy
Period: 2010
New Thermal Power Plant Project, Project to Pipe Natural Gas Boiler, Assembly Drawing, Sketches Piping,MTO
Piping List.
Biomass Cogeneration Plant
Project Name: Biomass Cogeneration Plant
Client: AMG Power S.r.L.
Period: 2010
Engineering Details for Assembly Drawing, Sketches Piping, MTO Piping List, order management / suppliers on
behalf of Sitema.
Biomass Cogeneration Plant
Project Name: Biomass Cogeneration Plant
Client: Biogenera S.r.L., Via U.Panziera, 16, 59100 Prato.
Period: 2009
Contractor: Bono Sistemi S.p.A.- Sitema S.r.L.
Engineering Details for Assembly Drawing, Sketches Piping, Stress Analysis Piping, MTO Piping List
Water treatment
Meccanica System began its experience in this industry 15 years ago. Our engineers have been able to increase
over time so their wealth of knowledge, experience, and technology in this field.
Numerous projects have been carried out in the primary water treatment (water softening, filtration,
demineralization and desalination) and secondary (biological systems, physical chemical plants, processing and
recycling of waste water).
Petrofac Plants (Field: Teg, Reg, Is, Krechba)
Country of Project: Algeria
Project Name: Petrofac Plants (Field: Teg, Reg, Is, Krechba)
Client: Petrofac Limited, Ogier House, The Esplanade Saint Helier, JE4 9WG - ENG
Period: 2013
Contractor: Culligan Italiana S.p.A.
Mechanical Design for Water Treatment System in Container (P&ID, Assembly Drawing, Drawing Frame
Construction, Flange-Flange Connections with External Container, MTO Piping List).
Krevox Plants
Country of Project: Russia
Project Name: Krevox Plants (Field: Piervomaickiy, Kamienko, Rogovo, Hutor Ilychievka, Fabrika_1_Maya)
Client: Krevox, European Environmental Centre, 00-680 Warsaw, ?urawia 45n str., Poland
Period: 2013
Mechanical Design for Water Treatment System, In container (P&ID, Assembly Drawing, Drawing Frame
Construction, Flange-Flange Connections with External Container, MTO Piping List).
Shell Clipper PLQ
Country of Project: North Sea Platform
Project Name: Shell Clipper PLQ
Client: Shell, Carel van Bylandtlaan 16, 2596 HR The Hague, The Netherlands.
Period: 2013
Contractor: Rosetti Marino - Culligan Italiana S.p.A.
Mechanical Design for Water Treatment System (Assembly Drawing, Drawing Frame Construction, Flange-Flange
Connections with External Skid, Sketches Piping, MTO Piping List).
New Tunnel Of Colle Di Tenda
Country of Project: Italy-France
Project Name: New Tunnel Of Colle Di Tenda
Client: ANAS, Via Monzambano, 10 - 00185 Roma, Italy
Period: 2013
Mechanical Design for Water Treatment System (Assembly Drawing, Sketches Piping, MTO Piping List).
Drinking Water System Trevignano (Roma)
Project Name: Drinking Water System Trevignano (Roma)
Client: Acea S.p.A, p.le Ostiense, 2 - 00154 Roma, Italy
Period: 2013
Contractor: Gruppo Zilio S.p.A. - Culligan Italiana S.p.A.
Mechanical Design for Water Treatment System (Assembly Drawing, Sketches Piping, MTO Piping List).
EDI 200 Skid & Cleaning Portable Skid
Country of Project: Mexico
Project Name: EDI 200 Skid & Cleaning Portable Skid
Client: Deacero Power, Saltillo, Mexico.
Period: 2013
Contractor: Ravagnan S.p.A. - Culligan Italiana S.p.A.
Mechanical Design for Water Treatment System (Assembly Drawing, Drawing Frame Construction, Flange-Flange
Connections with External Skid,Sketches Piping, MTO Piping List).
Meyer Werft (Sector - Marine Division)
Project Name: Meyer Werft (Sector - Marine Division)
Client: Meyer Werft, Industriegebiet Süd, 26871 Papenburg, Germany.
Period: 2013
Contractor: Meyer Werft - Culligan Italiana S.p.A.
Mechanical Design for Pool (n°9) Water Treatment System (Assembly Drawing, P&ID, Drawing Frame
Construction, Flange-Flange Connections with External Skid,Sketches Piping, MTO Piping List).
Water Treatment System for Cartiera Pieretti (Sector Paper Mills)
Project Name: Water Treatment System for Cartiera Pieretti (Sector - Paper Mills)
Client: Cartiera Pieretti, Via del Masini, 97, Capannori Lucca, Italy.
Period: 2013
Mechanical Design for Pool (n°9) Water Treatment System (Assembly Drawing, P&ID, Flange-Flange Connections
with External Skid).
Water Treatment System for Square Pharmaceutical Ltd
Country of Project: Bangladesh
Project Name: Water Treatment System for Square Pharmaceutical Ltd
Client: Square Pharmaceutical Ltd, 48, Mohakhali C/A, Dhaka 1212, Bangladesh
Period: 2013
Assembly Drawing, Construction Drawing Frame Pressurization, Construction Drawing Frame Softening, MTO
Piping List, Flange-Flange Connections with External Skids
Water Treatment System for Kebelco
Country of Project: Japan
Project Name: Water Treatment System for Kebelco
Client: Kobelco Eco-Solutions Co.,Ltd., 4-78 1-chome, Wakinohama-cho, Chuo-ku, Kobe 651-0072 Japan
Period: 2013
Contractor: Fildrop S.r.L.
Assembly Drawing.
Demineralization plant
Country of Project: Algeria
Project Name: Demineralization plant
Client: Société Algérienne de Production de l'Electricité, 700 Bureaux Building, National Road, Street 38, Algeria.
Period: 2013
Contractor: Ansaldo Energia S.p.A. - Tecnocom S.r.L.
Assembly Drawing, Flange-Flange Connections with External Skids, MTO Piping List.
New plant Ponsacco
Project Name: New plant Ponsacco
Client: So.Ge.Si S.p.A., Via Paradisa, 2, 56124 Pisa, Italy
Period: 2012
Contractor: Fildrop S.r.L.
Assembly Drawing.
WTE Plant Expansion San Vittore (FR)
Project Name: WTE Plant Expansion San Vittore (FR)
Client: Acea spa - p.le Ostiense, 2 - 00154 Roma
Period: 2009
Contractor: Termomeccanica Ecologia S.p.A.- Fildrop S.r.L.
Engineering Details for Assembly Drawing, Drawing Frame Construction, Sketches Piping, MTO Piping List.
Water Treatment System
Project Name: Water Treatment System
Client: Dipartimento della Protezione Civile, Via Vitorchiano 2 - 00189 Roma.
Period: 2009
Contractor: Swisel S.p.A.- Fildrop S.r.L.
Engineering Details for Assembly Drawing, Flange-Flange Connections with External Skids, Sketches Piping.
Country of Project: Egypt
Project Name: Water Treatment System (for Cairo West Thermal Power Plant Units 7&8 - 2X350 Mw Gas/Oil
Fired Units)
Client: Cairo Electricity Production Company, 22 Shenen St. – Al-Sabteya – Cairo – Egypt.
Period: 2009
Contractor: Termomeccanica S.p.A.- Fildrop S.r.L.
Engineering Details for Assembly Drawing, Drawing Frame Construction, Flange-Flange Connections with External
Skids, Sketches Piping.
Country of Project: Poland
Project Name: Water Treatment System
Client: Latteria Tinis SP, Sawickiej Hanki 1. 69, 110 Rzepin.
Period: 2008
Contractor: Depurtecno S.r.L..- Fildrop S.r.L.
Engineering Details for Assembly Drawing, Drawing Frame Construction, Sketches Piping.
Textile Machinery
Textile production in Prato has always played a major economic role since medieval times, as seen by the
documents of the famous merchant Francesco Datini. In the nineteenth century Meadow, Prato underwent a large
industrial development and since has remained one of the leaders in the world textile and textile machinery.
Meccanica System, a company from the Prato area, has had extensive experience in the textile machinery sector,
in particular, in the preparation of textile fibers: both natural and synthetic. Their experience also includes the
regeneration of waste textiles to give them a new life and ability to be reused as well as the process of finishing
materials to make high-quality pieces.
Blending plants for textile fibers
Project Name: Blending plants for textile fibers
Client: JOHNS MANVILLE 717 17th St. Denver, CO 80202
Period: 1997
Contractor: Ommi S.p.A Italy
Mechanical Engineering Fiber Opener
Blending plants for textile fibers
Project Name: Blending plants for textile fibers
Client: Knauf Insulation- One Knauf Drive Shelbyville, IN 46176
Period: 1997
Mechanical Engineering bale Opener
Blending plants for non woven
Project Name: Blending plants for non woven
Client: Biagioli Industries S.p.A - Via Girolamo Bonazia, 7, 59100 Prato
Period: 2000
Mechanical Engineering bale Opener
Automatic handling systems
Project Name: Automatic handling systems
Client: Montefibre S.p.A.- Via Marco d'Aviano 2 - 20131 - Milano
Period: 2001
Contractor: Gualchierani S.r.L Italy
Mechanical Engineering Robots for handling pallets tissue
Chenille Machine
Country of Project: Romania
Project Name: Chenille Machine
Client: LONFIL S.r.L. - Calea Nationala, Nr. 1, Botosani, Romania, 710001
Period: 2011
Contractor: Marvel - Italy
Mechanical Engineering Chenille Machine
Our knowledge of industrial processes and the continuous updating of our engineers and technicians has made
Meccanica System one of the most reliable and competent companies for the design of machines and automatic
systems. Some of our successful projects have been automatic machines for producing stators for electric motors
(stators for universal motors) and machinery and equipment for the installation of equipment for the automotive
industry.
Our customers have provided these machines to giant industries like Ferrari, Renault, Isuzu, Siemens, Piaggio,
Siemens, Denso Global, VM Motors to name a few.
Commutator Automatic Checking Station
Project Name: Commutator Automatic Checking Station
Client: Brose Fahrzeugteile GmbH & Co. Kommanditgesellschaft, Coburg Ketschendorfer Str. 38-50 96450
Coburg, Germany
Period: 2011
Contractor: Atop S.p.a
Mechanical Design for Commutator Checking Sation TCM 100
Semi-Automatic Station for Electrical Equipment
Project Name: Semi-Automatic Station for Electrical Equipment
Client: ABB S.p.A Via Luciano Lama 33, 20099 Sesto San Giovanni
Period: 2008
Contractor: RBM S.r.L
Mechanical Design of a semi-automatic station for assembly springs on electrical equipment.
Semi-Automatic Station for Electrical Equipment
Project Name: Semi-Automatic Station for Electrical Equipment
Client: ABB S.p.A Via Luciano Lama 33, 20099 Sesto San Giovanni
Period: 2007
Contractor: RBM S.r.L
Mechanical Design of a semi-automatic station for assembly of electrical contacts on electrical appliances
Automatic Machinery
Project Name: Automatic Machinery
Client: Ferrari S.p.A , via Emilia Est 1163, Modena Italy
Period: 2006
Contractor: Tecnomatic Group / Spm Engineering
Mechanical Engineering Machinery for motor heads and motors
Semi-Automatic Station for Automotive
Project Name: Semi-Automatic Station for Automotive
Client: VM Motori S.p.A. Via Ferrarese, 29 44042 Cento (Ferrara)
Period: 2005
Contractor: Tecnomatic Group / Spm Engineering
Mechanical Design for semi-automatic assembly station drive shaft
SPARE PARTS CATALOGUES
Metro Miami Dade
Period: 2015
Spare Parts Catalogue
Metro Honolulu
Period: 2015
Metro Taipei
Period: 2014
EMU IC4/IC2
Country of Project: Denmark
Project Name: EMU IC4/IC2
Client: DSB Sølvgade 40 A-G DK-1307 Copenhagen K Denmark
Period: 2012
Emu V250 Hight Speed Train
Period: 2010
Tram Sirio Kayseri
Project Name: Tram Sirio Kayseri
Period: 2009
Tram Sirio Zhuhai
Country of Project: China
Project Name: Tram Sirio Zhuhai
Client: ZHUHAI SANXIN TRAM RAIL CO., LTD -216-401, JiDaXin Village, ZhuHai, Guangdong
Period: 2015
Metro Milano Line 1 and 2
Project Name: Metro Milano Line 1 and 2
Period: 2014
F.E.M Analysis
In order to offer an increasingly qualified service, the Meccanica System team of engineers performs analyses with
the Finite Element Method (FEM). The “Finite Element Method” (FEM) is a technique used to find approximate
solutions to differential equations encountered in physics and engineering. The first step consists of dividing the
component into sub: parts, known as finite elements and selecting the choice of points, called nodes, on the
boundary between adjoining elements or inside the elements.
Stresses and displacements are then assumed as unknown variables: at a generic point of an element they are
expressed in terms of node variables through interpolation functions. Lastly, algebraic equations to resolve the
problem are generated by a variation principle. The Finite Elements Method offers unique opportunities to assess
structural behavior, thus enabling drastic reductions in the investments required to build and test prototypes.
Thanks to this type of analysis, many firms have seen a marked improvement in their competitiveness. Simulations
made by FEM are approximations of physical reality and the results observed can be reliably interpreted only by
users with sufficient knowledge of applied mechanics and the basic principles of FEM.
FEM structural seat Executive segment.
Period: 2012
FEM structural seat executive segment.
V 300 Modal Analysis and Vibrational
Period: 2012
Modal Analysis and Vibrational executive seats of the passenger compartment.
FEM analysis fiberglass bogie skirts
Period: 2013
Contractor: Ansaldobreda / Bombardier
FEM analysis fiberglass bogie skirts.
FEM analysis head in fiberglass
Period: 2012
FEM analysis head in fiberglass.
FEM structural analysis tutor seat driver V300
Period: 2011
FEM structural analysis tutor seat driver
Pesa/Webasto Emu DB Regio
Project Name: DB Regio Emu
Client: DB Vertrieb GmbH Stephensonstraße 1 60326 Frankfurt am Main Germany
Period: 2014
Contractor: Pesa / Webasto
Fem Structural analysis and fatigue of carpentry an HVAC module for railway vehicle.
FEM structural analysis Riyadh Driverless Metro
Project Name: Riyadh Driverless Metro
Client: Saudi Railways Organization Dammam 31241 Saudi Arabia
Period: 2011
FEM structural analysis and fatigue of the handrails of the passenger compartment.
FEM structural analysis and fatigue Carbody
Project Name: Revamping Jumbo Tram
Period: 2010
FEM structural analysis and fatigue Carbody.
FEM structural analysis handrails Metro Taipei
Period: 2009
FEM structural analysis and fatigue of the handrails of the passenger compartment.
FEM structural analysis Metro Rome Line C
Project Name: Driverless Heavy Metro (Rome Line-C)
Period: 2007
FEM structural analysis and fatigue structure control desk driveless.
FEM structural analysis High Speed Rail V250
Period: 2006
FEM structural analysis and fatigue of the driver seat mounting plate.
FEM structural analysis High Speed Rail V250
Period: 2006
FEM structural analysis and fatigue media support fairings head.
FEM structural analysis Tram Sirio Florence
Project Name: Tram Sirio Florence
Client: GEST S.p.A. Via dell'Unità d'Italia, 10 50018 Scandicci (Firenze) Italy
Period: 2005
FEM structural analysis and fatigue of a tree for torque arm motor bogies.
Design of Pressure Equipment
PED EC Directive Certification
Project Name: PED EC Directive Certification
Client: Smurfit Kappa Ania Paper, Via del Mulino Loc. Ponte all'Ania - Barga (LU), Italy
Period: 2013
Contractor: SITEMA s.r.l./Smurfit Kappa Ania Paper
Drawing up documentation for PED EC Directive Certification for assembly of tissue machine, design of safety &
control devices for satisfied the Essential Safety Requirements (ESR) of PED EC Directive
PED EC Directive Certification
Project Name: PED EC Directive Certification for assembly of Thermal Power Plant
Client: Lucart S.p.A., Via Enrico Fermi, 13, Castelnuovo di Garfagnana (LU), Italy
Period: 2013
Contractor: SITEMA s.r.l./Lucart S.p.A.
Drawing up documentation for PED EC Directive Certification for assembly of Thermal Power Plant, design of
safety & control devices for satisfied the Essential Safety Requirements (ESR) of PED EC Directive
T12 HRS ORC module
Project Name: T12 HRS ORC module
Client: Turboden s.r.l., Via Cernaia 10, Brescia, Italy
Period: 2012
Contractor: CATI s.r.l./Turboden s.r.l.
Piping Stress analysis in accordance with EN13480 of T12 HRS ORC module
T32 CHPHR ORC module
Project Name: T32 CHPHR ORC module
Period: 2012
Piping Stress analysis in accordance with EN13480 of T32 CHPHR ORC module
New Thermal Power Plant
Project Name: New Thermal Power Plant
Client: Consorzio SGS, Via Nuova Francesca 23, Santa Croce sull’Arno, Pisa, Italy
Period: 2011
Contractor: SITEMA s.r.l./Consorzio SGS
Design, Piping Stress analysis and Drawing up documentation for PED EC Directive Certification for steam pipe
T10 HR ORC module
Project Name: T10 HR ORC module
Period: 2012
Piping Stress analysis in accordance with EN13480 of T10 HR ORC module
Replacement regulator tank process
Project Name: Replacement regulator tank process
Client: ENEL S.p.A., Casteldelfino, Cuneo, Italy
Period: 2012
Contractor: Eng Eraldo Degioanni/ENEL S.p.A.
Pressure vessel design in accordance with ISPESL VSR Ed.1999 and ENEL specs, drawing up documentation for
related PED EC Directive Certification
PED Certification steam generator
Project Name: PED Certification steam generator without continuous supervisor in 72 h
Client: SERVIZI ITALIA S.p.A., Via IV Negroni 58, Ariccia, Roma, Italy
Period: 2012
Contractor: GlobalTherm s.r.l./SERVIZI ITALIA S.p.A.
Drawing up documentation for PED EC Directive Certification for assembly of steam generator, design of safety &
T22 CHP ORC module
Project Name: T22 CHP ORC module
Period: 2012
Piping Stress analysis in accordance with EN13480 of T22 CHP ORC module
T40 HR ORC module
Period: 2012
New tissue industrial plant N° 4 DE L'A.F.I.
Country of Project: Tunisie
Project Name: New tissue industrial plant N° 4 DE L'A.F.I.
Client: Societè AZUR S.A., Hammam Zriba, Tunisie
Period: 2012
Contractor: SITEMA s.r.l./RECARD S.p.A.
Stress analysis in accordance with EN13480 of n°2 steam pipes, Design of steam manifold in accordance with
ISPESL VSR Ed.1999, Drawing up documentation for related PED EC Directive Certification
T22 CHP ORC
Period: 2011
Steam plant SPAS.0007
Country of Project: South Africa
Project Name: Steam plant SPAS.0007
Client: SAB ALRODE, 2 Diens Rd Alrode, South Africa
Period: 2011
Contractor: CATI s.r.l./ SIDEL S.p.A.
Piping Stress analysis in accordance with ASME B31.3 of steam pipes
T18 CHP ORC module
Period: 2011
T14 HR ORC module
Period: 2011
Assembly PED certification
Project Name: Assembly PED certification of autoclave AP001
Client: DYTECH - Dynamic Fluid Technologies S.p.A., Scarlino, Grosseto, Italy
Period: 2011
Contractor: GIUNTOLI s.r.l./ DYTECH - Dynamic Fluid Technologies S.p.A.
Drawing up documentation for PED EC Directive Certification for assembly of Thermal Power Plant, design of
safety & control devices for satisfied the Essential Safety Requirements (ESR) of PED EC Directive
Client: IDROIN s.r.l., Viale A. Manzoni 11, Prato, Italy
Period: 2010
Contractor: SITEMA s.r.l./ IDROIN s.r.l.
Design of n°2 steam manifolds in accordance with ISPESL VSR Ed.1999
New flash steam skid
Project Name: New flash steam skid
Client: FOMAT s.r.l., Via di Tempagnano, 180, Lucca, Italy
Period: 2010
Contractor: SITEMA s.r.l./FOMAT s.r.l.
Drawing up documentation for PED EC Directive Certification for separator steam condensate vessel
ASME T10 HR ORC module
Country of Project: Canada
Project Name: ASME T10 HR ORC module
Period: 2010
Piping Stress analysis in accordance with ASME B31.3 of T10 HR ORC module (ASME version)
PED Certification steam generator
Project Name: PED Certification steam generator without continuous supervisor in 72 h
Client: Gruppo Colle, Via G. di Vittorio 3/5, Loc. Usella, Cantagallo (PO), Italy
Period: 2009
Contractor: SITEMA s.r.l./ Gruppo Colle
Drawing up documentation for PED EC Directive Certification for assembly of steam generator, design of safety &
Replacment of heat exchangers Refinery
Project Name: Replacment of heat exchangers in Mantova Refinery
Client: Polimeri Europa s.r.l., Via G. Taliercio 14, Mantova, Italy
Period: 2009
Contractor: La Toscana Impianti s.r.l./Polimeri Europa s.r.l. – ENI Group
Design of n°3 heat exchangers in accordance with ISPESL VSR Ed.1999, TEMA R, drawing up documentation for
related PED EC Directive Certification
Biogenera
Project Name: Biogenera - Calenzano
Client: Biogenera s.r.l., Via Panziera 16 Prato, Italy
Period: 2009
Contractor: SITEMA s.r.l./Bono Sistemi S.p.A.
Piping Stress analysis in accordance with ASME B31.1 of diathermic oil plant
Montedison
Project Name: 433/07
Client: MEMC Electronics Materials, Via Nazionale, Merano, Italy
Period: 2008
Contractor: CATI s.r.l./CO.VER Industrials
Design of n°20 heat exchangers in accordance with ISPESL VSR Ed.1999 and MONTEDISON specs
New storage tanks in Refinery
Project Name: New storage tanks in Cremona Refinery
Client: TAMOIL RAFFINAZIONE S.p.A., Piazza Caduti del Lavoro 30, Cremona, Italy
Period: 2008
Contractor: COIMM-PISA s.c.r.l.
Design of n°2 storage vessels in accordance with ISPESL VSR Ed.1999 and TAMOIL specs
9000 m³ ETHYLENE CARRIER
Project Name: 9000 m³ ETHYLENE CARRIER, Hull No. 127 / 128 CNP
Client: GAS and HEAT S.p.a., Via Livornese 796, Pisa, Italy
Period: 2008
Contractor: COIMM-PISA s.c.r.l.
Design of n°10 pressure vessels and heat exchangers in accordance with ISPESL VSR Ed.1999 and TEMAR
Tissue Machine PED Assembly
Project Name: Tissue Machine PED Assembly
Client: TOSCOPAPER S.p.A., Via del Brennero, Lucca, Italy
Period: 2007
Contractor: TOSCOPAPER
Drawing up documentation for PED EC Directive Certification for assembly of tissue machine, design of safety &
Client: BABCOCK WANSON Italiana S.p.A., Via Roma 147, Cavenago Brianza, Milano, Italy
Period: 2007
Contractor: CATI s.r.l./ BABCOCK WANSON
Design of n°2 pressure vessels (deareator and indirect steam generator) in accordance with ISPESL VSR Ed.1999
QUALITY, ENVIRONMENT AND SAFETY
CERTIFICATION ENVIRONMENTAL SYSTEM UNI EN ISO
14001:2004
Meccanica System has demonstrated effectively the reduction and control of its environmental impact in activities
and projects and is dedicated to the environmental improvement in all endeavors in a coherent, effective and above
all sustainable manner.
Every year, our company Defines environmental Objectives to be Achieved in all projects with customers and
partners.
Mindful of this, we have worked successfully and obtained our "UNI EN ISO 14001:2004" certification as well as
our CERTIFICATE NO.: CERT-163771-2014-AE-ITA-ACCREDIA.
Download our Certificate
Certification Occupational Health and Safety Assessment
Series BS OHSAS 18001:2007
The manner in which we take part in the quality certification, the environmental certification and how we manage
safety and security risks has positive effects on the activities, products and services of the organization and this
can also be reflected in the financial results. Complex legislation, constant updating, and better management of
human resources as well as other measures are increasingly being used to promote the protection and assistance
in the field of health and safety in the workplace.
The interest, on the part, of all stakeholders requires a clear and dedicated commitment to security, which aims
toward a sustainable development of the business and the continuous improvement of H & S performance.
Mindful of this, we have worked successfully and obtained our "BS OHSAS 18001:2007" certification as well as our
CERTIFICATE NO.: CERT-163856-2014-AHSO-ITA-ACCREDIA
Download our Certificate
CERTIFICATION QUALITY UNI EN ISO 9001:2008
Our company has always endeavored to supply a superior service and has operated with the aim of executing its
activities so as to achieve the highest level of quality and proficiency in every department and office.
Mindful of this, we have worked successfully and obtained our "UNI EN ISO 9001:2008" certification as well as our
CERTIFICATE NO.: CERT-17414-2006-AQ-FLR-SINCERT .
Download Our Certificate
OUR POLICY
Meccanica System is committed to delivering timely, professional, and reliable services, aiming to meet all the
needs of the customers. The Executive Board is also committed to ensuring its employees a healthy and safe
workplace while reducing its environmental impact. These commitments are pursued through an active
organization in compliance with the regulations and other requirements and to prevent any possible complaints,
accidents, occupational hazards, accidents and environmental damage
In detail, the Department is committed to manage Meccanica System according to the following:
1. Pursue the full satisfaction of internal and external customers, through:
1. 1 Offering the range of services that meet the needs of customers for reliable references and the optimal
technical solutions and performance achievements.
2. 2 The guarantee of a dynamic and efficient service thus providing technical assistance to the customer
and delivery times in line with the needs of the market, while ensuring respect for the environment and
the health and safety of employees;
3. 3 Monitoring of customer satisfaction through statistics on complaints, investigations and special
investigations through periodic surveys.
2. Ensuring the competitiveness of the company through a dynamic and effective organization that will
permit the following:
1. 1 An accurate survey of internal problems and the systematic implimentation of improvement activities
2. 2 A constant update of information systems and new technologies
3. 3 Adjustment of the business infrastructure in order to ensure the prevention of accidents and
environmental risks and health and safety in the workplace.
4. 4 Using simple process indicators for measuring compan’s performance
3. Satisfaction and gratification of staff, in compliance with applicable laws, through:
1. 1 Participation in training internal or external in relation to the tasks performed, company needs, relavent
to the dangers at work and in relation to emergencies
2. 2 Compliance with the laws concerning safety and health in the workplace
3. 3 Health and safety consideration in the workplace as a key element in the planning of services offered;
4. 4 Work organization in order to ensure constant activity for the prevention of accidents and all issues
relating to health;
5. 5 Consultation of employees, especially in the field of health and safety at work;
6. 6 Leadership affective-relational:The objective leadership goal is not the production management,
innovation or the readiness and administrative regulations, but membership in the group and the internal
unity, respect for differences and appreciation of the socio-supportive behaviors within the group or
collaboration. Conveys the sense of team and team unites and affiliates components to an emotional
dimension.
4. Search for continual improvement aimed at prevention, protection and preservation of the environment in
compliance with Environmental Laws and Regulations:
1. 1 Promote accountability and sensitivity to the environment of the staff through information and training;
2. 2 Collaborate with the Public Authority in order to maintain greater information and ensure compliance
with environmental regulations;
3. 3 Pursue the development of an environmental management system characterized by the identification of
goals, targets and program implementation, verification tools and indicators for continuous monitoring of
environmental quality, as well as by the use of procedures and instructions;
4. 4 Promote the prevention of accidents which may have effect on the environment, by providing all the
necessary procedures and improvement activities;
5. 5 Pursue actions to improve energy efficiency, reduce consumption of hazardous substances through the
implementation of organizational and technological solutions that improve performance..
5. Attention to the communicative aspect and the company image by:
1. 1 Care for the Company site
2. 2 Creating and updating a business website
The Executive Board has prepared this document to prove its commitment to implement and manage activities in
accordance with an integrated management system for quality, environment and health and safety in the workplace
in accordance with the laws of UNI EN ISO 9001, UNI EN ISO 14001 and BS OHSAS 18001.
A management review Is carried out annually in which, among other things, defines and analyzes the Improvement
Plan, the objectives of this Policy and to ensure they are in line with the company.
Signed
Gianni Antenucci
Marco De Luca
09/02/2014

OUR FIRM - Meccanica System

Transcript

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