MASEG — Civil Works & Infrastructure
SPECIALIZED SERVICE

Civil Works & Infrastructure

Execution of industrial concrete paving, stormwater drainage, accessible urban corridors, and technical foundations for logistics and industrial parks.

OPERATIONAL BASE
Valencia & logistics corridors
  • Heavy-duty concrete slabs for freight traffic
  • Stormwater conduit and technical drainage
  • Upgrades aligned with building regulations
2013
Construction background

Demonstrated experience in civil and industrial adaptations

Industrial / Logistics
Operational scope

Continuous floor slabs, service roads, and plot upgrades

Technical
Execution oversight

Precise staking out of gradients, drainage slopes, and rebar

Safety
On-site coordination

Work zone barricading inside actively operating facilities

SPECIALIZED SERVICE

Technical civil scope and capabilities

We deliver structural civil solutions engineered to support heavy loads, optimize stormwater drainage, and guarantee safe pedestrian and vehicle transit.

Industrial floor slabs and logistics access corridors endure continuous wear from heavy freight traffic, forklifts, and weather exposure. At MASEG, we construct reinforced concrete pavements with controlled joints and surface finishes tailored to operational demands.

We also install stormwater drainage networks to eliminate surface ponding around storage yards and bays, complemented by pedestrian curbs, ADA-compliant ramps, and structural machine foundations.

Key operational highlights:

  • Continuous reinforced concrete floors for warehouses and outdoor yards
  • Drainage trenches, collector lines, and heavy-duty grated channels
  • Pedestrian walkways, access curbs, and barrier-free modifications
  • Equipment foundations, machine plinths, and industrial service pits
SPECIALIZED SERVICE

Technical civil specialties

Heavy-duty industrial paving

Fiber-reinforced or mesh-armored concrete slabs with quartz hardener and cut joints for freight traffic.

Accessible walkways & curbs

Installation of concrete curbing, pedestrian sidewalks, and ramp transitions adhering to accessibility codes.

Stormwater drainage & conduit networks

Trenching and laying of drainage pipelines, inspection manholes, catch basins, and heavy-duty grated gutters.

Equipment foundations & machine pads

Excavation, formwork, rebar tying, and pouring of isolated plinths and structural pads for heavy machinery.

Loading dock repairs & access roads

Restoration of dock approach aprons, leveler pits, and interior circulation roads within industrial parks.

Yard conditioning & perimeter fencing

Sub-base leveling, graded aggregate compaction, and technical perimeter fencing for industrial plots.

What does our civil works scope encompass?

  • Topographical staking of levels, slope gradients, and alignments
  • Selective demolition of fatigued pavement and sub-grade box excavation
  • Spreading and mechanical compaction of granular aggregate base
  • Placement of vapor barriers, structural mesh, and perimeter formwork
  • Pouring, screeding, and power-trowel finishing of concrete slabs
  • Saw-cutting and elastomeric sealing of expansion/contraction joints
  • Installation of manholes, buried piping, and heavy load surface grates
  • Site clearance, debris hauling, and authorized recycling turnover

Operational civil environments

Logistics parks & distribution hubs
Logistics parks & distribution hubs
Industrial estates & manufacturing parks
Industrial estates & manufacturing parks
Outdoor storage yards & staging areas
Outdoor storage yards & staging areas
Port facilities & commercial quays
Port facilities & commercial quays
Public service roads & pedestrian accesses
Public service roads & pedestrian accesses
Manufacturing & power generation sites
Manufacturing & power generation sites
EXECUTION PROCESS

Construction execution sequence

1

Surveying & level study

Verification of runoff elevations, required falls, and alignment with client site engineers.

2

Barricading & demolition

Clear demarcation of work zones to protect active vehicle and pedestrian corridors.

3

Buried drainage infrastructure

Trenching, pipeline installation, and manhole connections prior to sub-base consolidation.

4

Sub-base & concrete placement

Base compaction, rebar positioning, and continuous pour with controlled mechanical finishing.

5

Curing, joint sawing & handover

Curing treatment, timely joint cutting, and complete site cleanup for operational turnover.

Why trust MASEG for technical civil infrastructure

Adapted to operating facilities

We phase tasks so your warehouse or distribution operations remain active throughout construction.

Rigorous attention to drainage slopes

We prevent future surface water ponding or premature erosion through precise elevation staking.

Load-specific slab design guidance

Practical advice on slab depth, rebar mesh, and concrete strength based on actual axle loads.

Safety compliance & site discipline

Strict adherence to health and safety plans, perimeter fencing, and protective measures.

Engineering review & technical proposals

We assess paving, warehouse adaptation, and stormwater drainage needs directly from your drawings or bills of quantities. Contact our engineering team to arrange an on-site technical inspection.

TECHNICAL FAQS

Frequently asked questions on civil infrastructure

What surface finishes do you apply to industrial concrete pavements?

We deliver power-troweled finishes for interior slabs, incorporating quartz or corundum for high abrasion resistance, as well as brushed or non-slip broomed finishes for outdoor ramps and aprons.

How do you coordinate works in facilities that must maintain ongoing operations?

We work in staged sectors, setting up temporary bypass lanes and clear safety fencing so critical forklift and freight traffic can proceed without disruption.

Do you construct accessibility retrofits for barrier-free compliance?

Yes, we construct dropped curbs, pedestrian crosswalk aprons, standardized ramps, and tactile paving complying with current accessibility standards.

What is the typical curing interval before allowing heavy traffic on a newly poured slab?

We typically recommend a minimum of 7 days before light transit and 28 days for full design load capacity, evaluating rapid-hardening admixtures where operational urgency demands it.

TECHNICAL INQUIRIES

Planning an upcoming industrial or marine project?

Connect directly with our engineering team to evaluate project scope, technical specifications, and delivery schedules.

Direct contact channels

For technical inquiries or commercial requests, you can contact our technical team directly.

Technical proposal inquiry

Complete the fields below to receive tailored technical advisory and project quotation.

Basic data protection information
Controller:MASEG SOLUCIONES CORP
Purpose:Process, assess and manage your technical or commercial proposal inquiry.
Legal basis:Precontractual measures (Art. 6.1.b GDPR) and B2B legitimate interest (Art. 19 LOPDGDD). Consent for commercial updates if ticked.
Recipients:No data transfers to third parties except legal obligation. EU servers.
Rights:Access, rectification, erasure and objection via info@masegcorp.com.