Engineering Partner · Greenfield · Brownfield · Revamping

The Engineering Partner for your
Next Steel Project

From laser survey to execution drawings. One single technical pipeline.

SIAPROGETTI coordinates and develops the engineering of complex steel-making plants: layout coordination, basic & detail design, 3D digital twin. For over 25 years alongside steel plants and plant manufacturers worldwide.

Discover Services Sectors Contact Us
Meltshop & Rolling Mill
3D Digital Twin
International Projects
Laser Scanner Survey
25+
Years of Experience
5
Continents Served
100+
Projects Completed
3D
Digital Twin & BIM
3D structural model of steel plant designed by SIAPROGETTI – meltshop and rolling mill
25+ Years of
Experience
Who We Are

The Engineering Partner
for the Steel Industry

SIAPROGETTI is the continuation of Geometri Associati Bianchetti & Poli, founded in 1980. Since 1989 we have been designing in a parametric 3D environment — among the first in Italy to adopt three-dimensional CAD workstations for industrial engineering. Today we specialise in the management and coordination of complex project teams for steel-making plants, integrating civil works and steel structures with the Client's machines and equipment through 3D models, from the commercial phase through to as-built delivery. Headquartered in Gardone Val Trompia (BS), Italy.

  • Layout coordination & 3D Digital Twin for greenfield, brownfield and revamping projects
  • Basic design and detail design of machinery foundations and industrial structures
  • Piping, cable tray design and interconnection plant engineering
  • Laser scanner survey, topographic survey and reverse engineering
  • Feasibility and pre-feasibility studies for new plants
  • 3D animations and simulations of the entire plant during the tender phase
  • Identification and resolution of clashes between mechanical and structural components
Milestones
1980
Geometri Associati
Bianchetti & Poli founded
1989
First parametric
3D CAD workstations
1998
SIAPROGETTI
established
2003
First international
project
2009
Entry into the
steel industry
2010
Advanced digital twin
& laser scanner
25+ years
Established technical partner
for industrial projects worldwide
Our Services

Engineering Services
for Steel-Making Plants

From feasibility analysis to site supervision: we cover the entire engineering cycle for steel plants, meltshops and rolling mills — greenfield, brownfield and revamping.

Steel plant layout coordination — equipment-structure clash check, operational section 3D layout model of rolling mill — clearance, access and maintenance routes review Meltshop layout coordination — EAF and ladle furnace arrangement over civil model 3D layout for piping and steelwork — mechanical-structural coordination in steel plant 3D layout coordination of steel plant — BIM model with equipment and civil works, overview — initial configuration 3D layout coordination of steel plant — BIM model with equipment and civil works, overview — interference check Steel plant layout coordination — equipment-structure clash check, operational section 3D layout coordination — Danieli equipment and steel plant civil works coordination

Layout Coordination

Plant layout coordination: integration of the Client's machines with civil works and structures. Multi-discipline clash management. Support from the early commercial phase.

Plant Layout GA Drawings Interference Check
Basic engineering — 3D model of rolling mill foundations and technological blocks Steel plant technological foundations basic design — sizing from equipment loads Basic engineering — 3D model of rolling mill foundations and technological blocks Steel plant technological foundations basic design — sizing from equipment loads Steel plant civil works basic design — pre-sizing and structural schemes

Basic Design

Basic design for machinery foundations, industrial buildings and steel structures. Definition of requirements, implementation of the plant manufacturer's corporate standards and tender documentation.

Foundations Main Building Tender Docs
Reinforced concrete detail design — rebar of steel plant technological foundations Concrete shop drawings — bar bending schedule and structural nodes for steel site Steel rebar detail design — bending schedule and bar list for steel plant foundations Rebar shop drawings — reinforcement nodes for technological blocks of steel plants

Detail Design

Detail engineering: complete execution drawings for foundations, reinforced concrete structures and structural steelwork. Documentation ready for site construction.

Construction Drawings Reinforcement Specifications
Steel plant 3D Digital Twin — as-built model from laser scan and on-site survey Steel plant digital twin — geometric verification and digital twin for O&M On-site technical documentation — surveyed piping and equipment — initial survey Rolling mill survey photo — geometric reference for 3D model — initial survey On-site survey — existing facility view for digital twin validation — initial survey On-site survey — existing facility view for digital twin validation — intermediate check On-site steel plant survey — reference photo for digital twin — initial survey Steel plant site photo — existing facility view for laser scanning — initial survey On-site photo documentation — geometric survey for digital twin — initial survey Plant inspection — process photos for 3D digital twin modeling — initial survey Plant inspection — process photos for 3D digital twin modeling — intermediate check Steel plant photo survey — reference for as-built modeling — initial survey On-site technical documentation — surveyed piping and equipment — intermediate check Rolling mill survey photo — geometric reference for 3D model — intermediate check On-site survey — existing facility view for digital twin validation — as-built verification Rolling mill survey photo — geometric reference for 3D model — as-built verification On-site survey — existing facility view for digital twin validation — post-installation documentation On-site steel plant survey — reference photo for digital twin — intermediate check Steel plant site photo — existing facility view for laser scanning — intermediate check On-site photo documentation — geometric survey for digital twin — intermediate check Plant inspection — process photos for 3D digital twin modeling — as-built verification Steel plant photo survey — reference for as-built modeling — intermediate check On-site technical documentation — surveyed piping and equipment — as-built verification Rolling mill survey photo — geometric reference for 3D model — post-installation documentation Steel plant photo survey — reference for as-built modeling — as-built verification On-site technical documentation — surveyed piping and equipment — post-installation documentation On-site steel plant survey — reference photo for digital twin — as-built verification Steel plant site photo — existing facility view for laser scanning — as-built verification On-site photo documentation — geometric survey for digital twin — as-built verification On-site steel plant survey — reference photo for digital twin — post-installation documentation Steel plant site photo — existing facility view for laser scanning — post-installation documentation On-site photo documentation — geometric survey for digital twin — post-installation documentation Plant inspection — process photos for 3D digital twin modeling — post-installation documentation Steel plant photo survey — reference for as-built modeling — post-installation documentation On-site technical documentation — surveyed piping and equipment — access side view

3D Digital Twin

Complete 3D plant modelling as digital twin: integration of structures, foundations, piping and machinery. Animations for the tender phase and commercial follow-up. Augmented reality. 3D printing.

3D Model BIM Animation AR 3D Print
MX plant 3D model — process and utility piping routing — north side view Piping support detail design — brackets and anchors for steel plant Steel plant piping and mechanical lines — 3D coordination with structures and civil — north side view Steel plant piping and mechanical lines — 3D coordination with structures and civil — south side view Steel piping detail design — pipe schedules and supports drawings — north side view MX plant 3D model — process and utility piping routing — south side view Steel plant process piping — 3D model with isometrics and bill of materials Industrial piping detail design — supports, valves and inline instrumentation Steel piping — coordination with structures and maintenance access

Piping & Electrical

Basic and detail engineering for interconnecting piping and electrical distribution. Cable tray design. Coordination with other plant disciplines.

Piping Design Cable Tray Electrical
Steel plant reverse engineering — point cloud from laser scanner survey — plant front view Steel plant reverse engineering — point cloud from laser scanner survey — plant rear view

Laser Scanner & Survey

Topographic and laser scanner survey of existing plants for brownfield and revamping. Reverse engineering from point clouds. Accurate as-is models as the baseline for every intervention, with simulation and integration of the new design into the real context.

Laser Scanner Point Cloud Reverse Eng.
MX model — clash detection between process piping and steel structures — north side view Steel piping detail design — pipe schedules and supports drawings — south side view Steel piping detail design — pipe schedules and supports drawings — east side view Piping-civil coordination — penetration and passage verification through structures — north side view Rolling mill 3D piping — complete model with valves and instrumentation — north side view Steel plant piping — coordination with Danieli equipment and civil works — north side view

Feasibility & Supervision

Pre-feasibility and feasibility studies for new plants. Site supervision, just-in-time revision management, cost control and final as-built documentation.

Feasibility Site Supervision Cost Control
Steel plant steelwork — workshop drawings and assembly isometrics Steelwork detail design — bill of materials and welded nodes for steel plant Steel detail — Tekla model of equipment support structures for steel plant Steelwork detail — bolting, welding and anchoring to reinforced concrete Steel structures detail — frames and beams for rolling mill plants Steelwork shop drawing — structural frame plan and elevations Steel detail drawing — welded node sections and details for steel plant Workshop steelwork drawing — welding and bolting schedule for fabrication Shop drawing — 3D model of steel frame with anchoring Steel drawing — main beam bending schedule for industrial building Erection drawing — steelwork installation sequence Shop drawing — beam-to-column steel node detail Steel detail drawing — bill of materials and bolts schedule Fabrication drawing — welding plan and quality controls on steel

Steel Detail Design & Workshop Drawings

Workshop drawings for structural steelwork fabrication: material lists, nesting, welding, bolting. Detailed 3D models for shop fabrication and on-site assembly.

Shop Drawings Steel Detailing BOM
FEM analysis of reinforced concrete — non-linear analysis of machine foundations FEM model of industrial floor — ultimate and serviceability limit state check FEM seismic analysis — dynamic response of steel plant industrial buildings FEM analysis of machine anchoring — steel-to-concrete connections verification FEM model of heavy steelwork — equipment support structures check FEM analysis of process structures — rolling mill and continuous casting lines FEM analysis of industrial frame — deflection and stress verification at nodes FEM model of technological foundation — soil-structure interaction under dynamic loads FEM structural check — meltshop steel building columns verification FEM analysis of steel plant structures — static and seismic check of mill FEM analysis of steelwork — rolling mill under service and accidental loads FEM model of operating platforms — service slabs and beams check

FEM Analysis & Calculation

Structural calculation and finite element analysis for machinery foundations, steel structures and industrial buildings. Seismic, stability and fatigue checks according to European or local design codes for the project country.

FEM Analysis Seismic Check NTC / Eurocode
Application Sectors

Who Are
Our Clients

We work with three categories of Clients where plant complexity requires an experienced and reliable engineering partner.

Steel Plants

Where steel takes shape,
our work begins.

Steel plants and rolling mills producing bars, wire rod, coils, sections and rails. EAF/BOF meltshops, hot and cold rolling mills. We design the civil, structural and plant engineering around the productive core.

Read more
Plant & Machinery Manufacturers

Where your machine ends,
our civil works begin.

Manufacturers of machinery and complete production lines for steel mills. We provide integrated civil works engineering — foundations, steel structures, machine bases — coordinated from the layout stage with your equipment.

Read more
EPC / EPCM · Turnkey Contractors

Buildability
before the construction site.

Turnkey integrators and EPC/EPCM contractors taking overall project responsibility. We provide the complete civil, structural and plant engineering package that closes the risk before the construction site opens.

Read more
Construction & Mechanical Erection Companies

Execution drawings that
don't stall the site.

Construction companies and mechanical/piping installation contractors. We develop just-in-time detail engineering, coordinated with execution phases, to reduce variations, surprises and downtime on industrial sites.

Read more
Fields of Expertise

Our Structural
Specializations

From structural steelwork to special foundations: the technical activities SIAPROGETTI designs and coordinates.

Steel structures
Industrial steel structures
Steel structures supporting machinery
Heavy structural steelwork
Reinforced concrete structures
Machinery foundations
Structural reinforcement and retrofit
Controlled deconstruction
Controlled demolition
Our Clients

Who We Work With

We provide specialist engineering to the actors making up the international steel value chain: from end users to machinery manufacturers, from turnkey integrators to construction companies.

01
Steel Plants
End users of the plants — production companies for which machinery and steel production lines are intended.
02
OEM · Plant & Machinery
Manufacturers of steel-making machinery and plants for whom we develop civil and structural engineering integrated with their equipment.
03
EPC / Turnkey
EPC/EPCM contractors taking overall project responsibility. We provide the integrated package of civil, structural and plant engineering.
04
Construction & Mechanical Erection Companies
Construction companies and mechanical installation contractors for whom we develop detail engineering coordinated with execution phases.
Our Role

The Engineering Link
between Design and Construction

Those who build steel plants — machinery manufacturers, EPC turnkey contractors, installation companies — need specialist engineering that prepares the buildable before construction starts. Translating machines, processes and site constraints into models, calculations and execution drawings that reduce surprises, variations and production downtime is our business.

Vertical Specialization

Since 1989 we have been designing in parametric 3D. Laser scanning, BIM/Tekla modelling, FEM calculations and digital twin are daily tools — not an occasional service. We invest continuously in software, hardware and technical training.

Model Continuity

A single 3D model as the source of all deliverables: layout, civils, piping, structural steelwork. Revisions propagate in real time across disciplines, eliminating misalignments and late site variations.

Independent Third Party

We sign calculations and checks as a party independent from the manufacturers. We guarantee clients and contractors a project compliant with applicable regulations and structural constraints, without commercial conflicts of interest.

Key Partners

An Excellence Network
Serving the Project

Over the years we have built solid relationships with high-level partners who share our vision, ethics and working methodology.

Lead · Civil Works & Steel Structures

Project management and coordination, civil works, structural steelwork. Team leader on every project type.

Foundations & Civil Works Detail

Detail execution design for foundations and civil works. Partner for large-scale greenfield and brownfield projects.

Piping & Cable Tray Design

Interconnecting piping and cable tray design. Engineering Drawing Service Centre specialised in industrial plant engineering.

Topographic Survey & Laser Scanner

Professional topographic survey and laser scanner survey for existing plants. Reference partner for brownfield and revamping projects.

Output & Deliverables

Technical Documentation
Ready for the Site

Every project closes with complete, verified and immediately usable documentation.

Drawings
Layouts, sections, GA drawings, P&ID, DWG/PDF
Calculation Reports
FEM structural calculations, NTC 2018, Eurocodes
Technical Specifications
Material specifications, quality standards, requirements
Site Documentation
Erection plans, as-built records
3D / BIM Models
Point clouds, FEM models, IFC, Revit
Technical Reports
Verification reports, investigations, structural diagnosis
Technical Bids
Cost estimates, BoQ, price analysis
Document Management
Accessibility · Sharing · Traceability

Structured revision management, information traceability and access control within a Common Data Environment (CDE), compliant with the requirements of ISO 19650.

Dedicated Web Portal
24/7 access to all project documentation, from any device, anywhere in the world.
Organised Archive
Documents structured by phase, discipline and revision. Fast navigation even on complex archives.
Controlled Sharing
Multi-user access with differentiated permissions for Client, sub-contractor and site.
Full Traceability
Revision history, access log and audit trail on every document. ISO 19650 / CDE compliance.
The SIAPROGETTI Method

Time and Cost Saved
with Our Method

Unlike the traditional method, we start directly from the 3D model: basic design, detail drawings, reports and BoQ are developed and revised in parallel with construction, reducing time and costs.

01
3D Model
Complete 3D model of the plant as the single base of all engineering
02
Basic Design
Layout coordination, foundations, main building, ancillary steel structures
03
Detail Engineering
Execution drawings, FEM reports, BoQ, technical specifications — just-in-time revisions
04
Construction Support
On-site change management, rapid revisions, real-time cost control
05
As-Built & Delivery
Final as-built documentation, updated 3D model, closing report
The Operational Flow

From the Real Site to the Construction Yard
in a Single Model

Our data chain starts from the physical plant and arrives at erection, passing through a 3D model that is simultaneously a design tool and living documentation. Each phase feeds the next without breaks.

On-site technical documentation — surveyed piping and equipment — maintenance side view
Survey & site visit

Photographic documentation, critical measurements, context constraints and existing interferences collected directly on site.

Steel plant reverse engineering — point cloud from laser scanner survey — point cloud detail piping area
Laser scanner survey

High-density point clouds for brownfield and revamping: reliable geometric baseline for modelling and reverse engineering.

3D layout coordination of steel plant — BIM model with equipment and civil works, overview — general coordination view
3D model & digital twin

Plant geometry, machines, piping and structures coordinated in a single environment, navigable and verifiable against clashes.

Steelwork detail design — bill of materials and welded nodes for steel plant
Execution drawings

Basic and detail design: foundations, structural steelwork, piping, interconnections. Signed calculations, BoQ and specifications ready for procurement.

Steel plant piping and mechanical lines — 3D coordination with structures and civil — east side view
Site support

Just-in-time revisions, on-site clash resolution, as-built documentation delivered to the client at project close-out.

Why SIAPROGETTI

Our Strengths

01

Vertical Experience

25+ years exclusively in the steel industry. We speak the language of process, plant manufacturers and construction companies.

02

Integrated Approach

Civil, structural and process engineering under one roof. A single technical contact for the entire project, from design to site.

03

Advanced Technology

3D laser scanner, BIM modelling, FEM analysis with state-of-the-art software. Accurate data as the basis of every design decision.

04

International Presence

Projects completed in Europe, Middle East, Asia, Africa and Latin America. Documentation in Italian and English, adapted to the Client's country standards.

05

Quick Response

Lean and reactive structure. Tailor-made assistance, timely feedback and lasting relationships. We are a proactive part of the Client's team.

06

Partner Network

An integrated team with selected partners: flexible design capacity, calibrated on the needs of the project.

Reference Standards

We Operate According
to International Standards

Every document is developed in compliance with the technical standards applicable to the industrial sector and to the Client's country.

Structural Engineering Standards
NTC 2018
Italian Technical Standards for Construction · D.M. 17/01/2018 and Circular No. 7/2019
EN 1992-1-1 – Eurocode 2
Design of concrete structures
EN 1993-1-1 – Eurocode 3
Design of steel structures
EN 1997-1 – Eurocode 7
Geotechnical design
EN 1998-1 – Eurocode 8
Seismic design
EN 206 / UNI 11104
Concrete specification, performance, production and conformity
EN 1090-2
Execution of steel structures and aluminium structures
EN ISO 3834
Quality requirements for fusion welding of metallic materials
AISC 360
Specification for Structural Steel Buildings (where contractually required or applicable)
Surveying & Digital Measurement Standards
VDI/VDE 2634
Optical 3D measuring systems and laser scanning
BIM & Information Management Standards
ISO 19650 – Parts 1, 2, 3, 4 and 5
Organization and digitization of information about buildings and civil engineering works, including BIM
UNI 11337
Italian BIM framework and digital information management
ISO 16739-1 (IFC)
Industry Foundation Classes for BIM interoperability and data exchange
ISO 12006 – Parts 2 and 3
Framework for classification and structuring of construction information
Common Data Environment (CDE)
According to ISO 19650 principles
Global Presence

From Brescia
to the World

Based in Brescia — the heart of the Italian steel industry — we work on national and international projects, bringing Italian engineering excellence wherever steel is produced.

Active Operating Areas
🇮🇹Italy
🇦🇹Austria
🇧🇪Belgium
🇳🇴Norway
🇸🇪Sweden
Reference Projects

Reference Projects

A selection of completed projects for steel plants, meltshops and rolling mills worldwide — greenfield, brownfield and revamping.

01
Greenfield
Melt Shop & Rolling Mills
  • Area: Russia
  • EAF 130 ton
  • Layout coordination
  • Basic & Detail Design
  • Multi-discipline coordination
  • Site supervision
Greenfield
02
Greenfield
Melt Shop & Rolling Mills
  • Area: Middle East
  • EAF 120 ton
  • Layout coordination
  • Basic & Detail Design foundations
  • Main Building
  • Multi-discipline coordination
Greenfield
03
Greenfield
Melt Shop
  • Area: Northern Europe
  • Layout coordination
  • Basic Design
Greenfield
04
Brownfield
Melt Shop
  • Area: Argentina
  • Layout coordination
  • Basic Design
Brownfield
05
Revamping
Melt Shop
  • Area: Eastern Europe
  • EAF 15 ton
  • Layout coordination
  • Basic & Detail Design
Revamping
06
Revamping
Melt Shop
  • Area: Italy
  • EAF 250 ton
  • Layout coordination
  • Basic & Detail Design
Revamping
07
Revamping
Melt Shop — CCM Revamping
  • Area: Italy
  • Layout coordination
  • Basic & Detail Design
Revamping
08
Greenfield
Melt Shop Reconstruction
  • Site area: 460,000 m²
  • Covered Melt Shop: 20,000 m²
  • Scrap Yard: 27,000 m²
  • Building height: 40 m
  • Layout coordination & site
Greenfield
Numbers
Feasibility Study
New Steel Plant

Basic design of machinery foundations entirely developed in 3D. Foundation sizing was started exclusively from the 3D models and machine loads, accelerating the production of tender documentation. Documentation completed in 8 months, in parallel with basic engineering.

12,000 m²
Paving
28,000 m³
Machinery foundations
500 t
Ancillary steel structures
6,000 t
Industrial buildings
Numbers

Wire Rod Line Revamping
Italy — 2023/2024

Upgrade of a steel production line in two phases: intermediate train (2023) and finishing train (2024). Defined budget, reduced schedule, minimised production downtime.

1,500 m³
Demolition
1,300 m³
New foundations
280 ton
Machinery installed
150 days
Engineering delivered
12 days
Foundation installation
28 days
Machinery installation
1,250
Structural steel drawings
650
Piping drawings and diagrams
SIAPROGETTI Engineering Flow
01
3D Survey
Laser scanning, point cloud, reverse engineering
02
Layout
Layout coordination, reference axis system
03
Digital Twin
Federated 3D model, virtual replica of the plant
04
Engineering
Basic design, FEM, foundation and steelwork detail
05
Sharing
Web portal, BOQ/BOM, exchange with all stakeholders
06
Site
Site reports, verifications, on-site coordination
For the OEM
Basic foundation engineering driven by the production line, integrated into the existing context with attention to feasibility and optimisation.
For the Company
Support to the technical staff in layout coordination, civil works, mechanical installation, interconnecting piping and steel structures.
For the Contractor
Detail engineering coordinated with execution phases. Focus on prefabrication and preparation in parallel with production.
The 3D Model
Cornerstone of the SIAPROGETTI method: it facilitates understanding, accelerates revisions, and is essential for detailed, complete and consistent deliverables.
MX model — clash detection between process piping and steel structures — south side view Steel plant piping and mechanical lines — 3D coordination with structures and civil — west side view Steel piping detail design — pipe schedules and supports drawings — west side view MX plant 3D model — process and utility piping routing — east side view MX plant 3D model — process and utility piping routing — west side view Piping-civil coordination — penetration and passage verification through structures — south side view Rolling mill 3D piping — complete model with valves and instrumentation — south side view Steel plant piping — coordination with Danieli equipment and civil works — south side view
Roots and Territory

Brescia and Steelmaking:
Eight Centuries of Industrial Culture

SIAPROGETTI operates in a territory where ironworking and steel production have shaped the industrial identity of Northern Italy for centuries.

As early as the XIII century, the rivers flowing down to Brescia powered the first hydraulic hammers (magli idraulici) — gigantic water-driven mechanical hammers that, as highlighted by historian Franco Robecchi, represent one of the earliest examples of European industrial machinery.

During the Renaissance, Brescian metallurgical technique was so advanced that it was exported across Italy. Iron masters from Val Trompia were called with multi-year contracts as far as Sicily. Tradition and historical sources also link Leonardo da Vinci to the study of local metallurgical techniques, considered among the most advanced of the Renaissance. The fusione alla bresciana (Brescian-style casting) was a mark of excellence recognised throughout Europe.

In the twentieth century this territory became the Italian capital of tondino (the ribbed steel bar that reinforces concrete) — the engine of Italy's modern post-war construction industry.

800+
years of Brescia steelmaking tradition
25+
years of SIAPROGETTI activity
5
continents served — Europe, Asia, Africa, Americas, Oceania
XIII cent.
The Hydraulic Hammer
Bienno and Val Camonica invent the water-powered hammer: one of Europe's first industrial machines, driven by the force of the rivers.
XV – XVI cent.
Fusione alla bresciana
Brescian-style casting — unique metallurgical technique exported throughout Italy and recognised across Europe. Iron masters from Val Trompia were called with multi-year contracts as far as Sicily. Tradition and historical sources also link the technique to the studies of Leonardo da Vinci.
1800 – 1900
Industrial Revolution
Brescia embraces modernity: the medieval hydraulic works give way to the first large steel mills and industrial ironworks.
XX cent.
Reinforcing Bar Leader
Brescia becomes the Italian capital of tondino (the ribbed reinforcing bar for concrete): engine of modern construction and post-war economic expansion.
“
The hammer is one of the earliest machines of steelmaking. Its first appearance dates back to the 13th century: an extraordinary record that constitutes the technological root of all modern Brescian iron industry.
Franco Robecchi — Il Geometra Bresciano, n. 2/2023
Section inspired by and quoting from: Franco Robecchi, “Il maglio, padre della siderurgia industriale bresciana”, Il Geometra Bresciano, n. 2/2023, pp. 86–89. © Collegio dei Geometri di Brescia.

Do You Have a
Project to Develop?

We are the engineering partner you are looking for. Contact us for an initial technical conversation: we will respond promptly with a preliminary project assessment.

Contact Us Now +39 030 8910104
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Let's Talk About Your Project

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Operational Office
Piazza Garibaldi 5
25063 Gardone V.T. (BS) — Italy
Registered Office
Via Zanardelli 34
25063 Gardone V.T. (BS) — Italy
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SIAPROGETTI
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Operational office: Piazza Garibaldi 5, 25063 Gardone V.T. (BS), Italy
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Last updated: May 2026