We develop industrial projects through a multidisciplinary approach focused on technical excellence, integrating engineering, safety, operations and constructability to deliver efficient, reliable solutions aligned with each client’s objectives.
Architectural, foundation and structural design, including the foundations for the Stamping Shop II building, equipment foundations, expansion of the locker room/restroom area, the new electrical room, the new cooling tower, and the foundations for the scrap conveyor.
Multidisciplinary design of the powdered milk factory with a production capacity of 1 million liters of milk per day, including the expansion project to double the capacity to 2 million liters per day.
Expansion of the line of cream and condensed milk to 600 thousand liters of milk/day.
Architectural projects, earthworks, paving, foundations, concrete structures, metal structures, electrical and hydraulic installations, CCTV, SPDA, air conditioning, exhaust and utilities.
Expansion of the Agudos Plant – SP – Architectural projects, foundations, structure and drainage of the expansion of the outdoor wineries, expansion of manufacturing, filtration and new treatment of industrial waste.
Foundation and structural design for the expansion of the Ambev factory, covering all plant units including equipment, buildings, and infrastructure.
Foundation and structure design for the new line of soft drinks for the expansion of the Camaçari Plant – BA.
Executive design of foundations/bases and concrete structures for equipment and buildings, along with various steel structure projects.
Soil Consulting, Planning, and Multidisciplinary Executive Projects for the administrative and support buildings of the iron ore processing plant.
Design of foundations, concrete structures, and installations for single and double wagon tipplers for CSN at Itaguaí Port, including control rooms, electrical panels, hydraulic systems, cable pits, access tunnels, wagon positioners, screening building, 30-ton hoop cap, substations, belt conveyors, transfer towers, sampling tower, temporary wagon unloading station, and other related units.
AMG Spodumene Plant Project: Executive design of foundations and structures for Feeding, Magnetic Separation, Blower Room, Flotation/Thickening, SPCI Balance, Compressor Houses, Reagents, Electrical Room, Tanks, Filtration, Storage, Pipe Rack, and Pipeline Supports.
Vale Corumbá Project: Executive design of floors and foundations for the Filters Building, Tank Equipment, Slurry Pumping Area, and two Compressor Houses.
Foundation design for the thickeners at Conceição, Cauê, and Brucutu mines.
Development of executive projects related to the Tailings Filtering Project (PDR Cava) – Brucutu, São Gonçalo do Rio Abaixo/MG.
Provision of compliance assessment services for precast structure projects of the Primary and Secondary Crushing Plant buildings for VALE – Itabira.
Wagon Tippler Projects VV 01/02/03 for VALE in São Luís, MA.
Structural verification of the rolling path for replacement of the Stacker/Reclaimer E/R-1 at the CSN yard in Sepetiba Port – TECAR, Itaguaí-RJ.
Carajás – Various engineering projects under the Umbrella Contract.
Southeast Region – Various engineering projects under the Umbrella Contract.
Foundation design for the Pellet Storage Reclaimer/Stacker, Yard 8, for Vale in Vitória, ES.
Project L3334 – TIPLAM Expansion: Preparation of the Preliminary Control Plan (PCP) – review of steel and concrete structure designs related to the Grain, Meal, and Sugar Storage Building.
Executive projects for architecture, foundation, superstructure, steel structure, and plumbing for nine substations. Structural design of the envelopes and junction/pull boxes for interconnection between substations
Development of the executive design for foundations, containment basins, earthworks, paving, road layout, traffic signage, stormwater drainage, and oily water drainage for six Transpetro implementation sites.
Executive projects for earthworks, geometry, paving and surface protection of the expansion area (including new access); rainwater drainage project with calculation of existing contributions and interconnection to new networks; architectural projects, foundations, structures and reinforced concrete floors of the MDP Production/Storage Line building and the New Warehouse, with pipe supports; foundations of the equipment of the MDP Production and Storage Line; Executive projects of architecture, foundations, structures and floors of the support buildings (internal and external)
Multidisciplinary executive projects for the plant’s equipment and buildings, including the production shed, MDF production line and finishing line, power plant, refiner and refiner tower, chip silo, dried biomass silo, cyclone, filters, gas scrubber, hydraulic room and chimney, water reservoir and pump house, substations, waste center, drivers’ rest area, and gatehouse.
Expansion of the factories in Uberaba – MG and Taquari – RS.
Project of the Plate Mill with approximately 90,000 m³ of concrete, Steckel Mill with 70,000 m³, and Finishing Mill with 12,000 m³. Executive design of foundation piling, excavations and backfills, equipment and building foundations/bases; multidisciplinary projects for electrical rooms, control rooms, pulpits, locker rooms, and temporary bridge in area P51; geometric design and paving of access roads to the warehouse; structural design of drainage boxes and channels; development of highly detailed 3D drawings for the foundations of all equipment and structures.
Multidisciplinary executive design for the entire Steelmaking and Rolling Plant:
• Executive design of foundations and concrete structures for equipment and external units (dust collection, water and sewage treatment, water intake, oxygen plant, main substation, etc.);
• Multidisciplinary executive projects for support buildings.
Continuous Rolling Mill RK project, including foundations, shoring, concrete structures (bases), and reinforcement of existing structures.
Adaptation of designs and development of reinforcement drawings for foundations and equipment bases for the Hot Strip Mill No. 2 project.
Structural profiles rolling mill project, including the repositioning design of supports, demolition design of transfer table foundations, reinforcement design of the foundation slab and support bases, foundation design for the new handling area/equipment, and industrial flooring design.
Our infrastructure projects are designed to balance safety, functionality and feasibility. Each development prioritizes efficiency, durability and integration with its surroundings, while optimizing costs, schedules and impacts during construction.
Using BIM methodology, development of the basic and executive designs for foundations and reinforced concrete structures, as well as the basic and executive designs for steel structures of the following units:
Passenger Terminal (including boarding bridges), CUT, Fire Department, Medical Post, Access Viaduct to the boarding area (mixed structure), Terminal floor, and Charlie Access.
Development of multidisciplinary projects for the following units:
• Passenger Terminal – TPS 1 (Renovations/Reinforcements)
• Passenger Terminal – TPS 2 (Concrete Structures)
• Passenger Terminal – TPS 3 (Renovations/Reinforcements)
• Boarding Bridges (Multidisciplinary Projects)
• Utility Center – CUT 2 (Multidisciplinary Projects)
Using BIM methodology, development of conceptual, basic, and executive designs for foundations and concrete and steel structures of the following airport units: New passenger terminal, Utility Center, Hangar Type 1, Hangar Type 2, Guardhouse – Gate C, Lighting Towers (foundations only), Jet Blast Barrier (foundations only).
Design of foundations and structures for the Prainha Overpass, with 6,681 m² of area and 510 meters in length, featuring spans ranging from 40 to 43 meters. Built using the balanced cantilever method with precast prestressed concrete segments and slipform piers. Piers reaching heights of up to 95 meters.
Preparation of preliminary and executive designs for the OAE’s (Overpass and Elevated Roads):
• 3 overpasses at the intersection with Av. Antônio Abrahão Caram
• 2 overpasses at the intersection with Av. Marechal Espiridião Rosas
• 2 overpasses at the intersection with Rua Operários
• 2 overpasses at the intersection with Rua Araribá
• 2 overpasses at the intersection with Rua Formiga
• 2 overpasses at the intersection with Rua Rio Novo
• Lateral retaining walls at the overpass junctions
Executive design of foundations and structures for:
• Double-track Railway Viaduct, 657.80 meters long, with spans using prestressed precast beams and one span with inverted beams
• Railway Viaduct over Travessa do Raposo
• Freight Line Bridge over the Dead Arm of the Capibaribe River
• Railway Bridge and Pedestrian Footbridge over the Tejipió River
Executive design of foundations and structures for the following overpasses on Cristiano Machado Avenue, in Belo Horizonte:
• 2 overpasses at the intersection with Av. José Cândido da Silveira
• 2 overpasses at the intersection with Av. Bernardo Vasconcelos
• Box culvert for the Cachoeirinha Stream
• Channel covers for the Pampulha Canal
Design of foundations and composite structure in concrete and steel box girder with reinforced concrete deck.
Viaduct with 318 meters in length, featuring horizontal and vertical curves and spans ranging from 22 to 42 meters.
Foundation and structural projects for the first and second stages of the Sewage Treatment Plant of Vale do Ribeirão Arrudas implementation.
o Foundation and structural design for the Pumping Station, Primary Clarifiers, Primary Digesters, Anaerobic Digesters, Effluent Galleries, Grit Chambers, and Administrative Buildings.
o Surface drainage design for the clarifier and primary digester platforms.
o Drainage design for the access road to the substation.
Executive projects of the following units:
o Primary and Secondary Digesters
o Prestressed Concrete Thickeners
o Grit Chambers
o Rodrigues da Cunha I Stream Channeling
o Access Bridges
o Suspended Channels
o Pumping Stations
o Centrifuge Building
o Metering Cabin
o Pumping Station Control Panel Room
o Equipment Foundations
Foundation and structural design for the Rio das Velhas production system, including the following units:
• High Lift Station
• 3rd Line Water Pipeline
• Storage and Compensation Reservoirs
Development of infrastructure projects for the Rio 2016 Olympic Park, covering approximately 120 hectares, including: analysis and validation of the conceptual design; basic and executive projects for road geometry and earthworks of roads and platforms; paving; foundations and geotechnical engineering; reinforced concrete structures; and basic and executive projects for surface and deep drainage systems, comprising networks for collection and conveyance of surface stormwater from roads, plazas, and parking lots up to the project boundary, including detailed design of drainage elements.
Project Compliance Assessment of the Steel Structure for Pituaçu Passenger Terminal.
Development of Foundation Projects for the Terminal and Preparation of an Inspection and Maintenance Manual for the Terminal Structures, with special focus on the steel structure.
Development of multidisciplinary projects for the following units along the Brasília/DF to Juiz de Fora/MG section, spanning 936.8 km:
• Operational Bases and User Service System design
• Toll Plaza design
• Weigh Station design
• Technical Construction Monitoring
Our building projects integrate architecture and engineering to meet each development’s functional, technical and well-being requirements. Through coordinated solutions aligned with technical standards, we improve construction efficiency, optimize resources and reduce unforeseen issues during execution.
Complete basic and executive design of foundations, retaining structures, reinforced/prestressed concrete structures, and steel structures, compliant with FIFA prerequisites, sustainability standards (for LEED certification), and all relevant regulations and legislation (fire prevention and fighting, accessibility, etc.), covering both internal and external areas of the stadium. Site area: 233,159.97 m²; total built-up area: 317,575.00 m².
Basic and executive design of the steel structure for the new roof using tubular profiles covered with membrane.
• The roof’s structural system consists of planar trusses stabilized by vertical bracings, extending the initial cantilever from 29 meters to 55 meters.
• The covered area is 13,100 m², with a steel consumption of 1,508 tons.
• Wind tunnel testing analysis was performed.
• Prestressing of the inverted reinforced concrete beams of the existing roof.
• Jacketing of the 116 roof beams; nonlinear static analysis of the various construction stages and of the steel structure using seamless circular tubular profiles made of weathering steel.
• Reinforcement of the foundations of the central columns; strengthening of the connection between the upper grandstand beam and the external column.
• Tie-rods connecting the external to the internal column, and the creation of a reinforced concrete buttress between the top of this beam and the bottom of the roof beam, incorporating membrane stresses into the steel structure.
Development, using BIM methodology, of the conceptual and basic design of foundations, retaining structures, concrete structures, and steel structures for a building with an approximate area of 22,000 m².
Design of foundations, retaining structures, bracing systems, slabs, elevated and underground reservoirs for the training center at Alphaville Lagoa dos Ingleses in Nova Lima, MG.
Preparation of structural and foundation projects for the Knowledge Development Center in Management at Alphaville Lagoa dos Ingleses, Nova Lima, MG.
Elaboration of foundation projects, concrete structures and steel structure for the new Unimed hospital in Betim, MG.
Multidisciplinary projects related to the municipal emergency hospital of Teresina – PI, with 12,500 m² of built area and capacity for 167 beds.
Development of foundation and structural projects in concrete and steel for the expansions of Shopping do Vale.
Design of foundations, containments, reservoirs and concrete structures with 75,000 m² of built area, on seven levels.
Development of the basic and executive design of foundations and concrete structures, as well as steel structures, for a building with an approximate area of 40,000 m².