Service
General Contractors of Garland handles industrial renovation & expansion with one coordinated project workflow covering site readiness, building systems, field sequencing, and final turnover for Garland and DFW owners.
General Contractors of Garland manages industrial renovation and expansion for manufacturers, logistics operators, and industrial property owners across Garland and east Dallas County. Garland's industrial building stock includes a significant number of structures from the 1950s through 1980s — buildings that were built for an earlier generation of industrial tenants and that often require renovation to meet current fire code, electrical capacity, environmental compliance, and operational efficiency standards. Renovating those buildings for new uses or modernized operations is typically more cost-effective than demolishing and rebuilding, but it requires a general contractor who understands the hidden conditions that older Garland industrial buildings contain.
Industrial renovation in Garland frequently uncovers conditions that are not visible from a pre-bid walkthrough — asbestos-containing materials in insulation and floor tile, lead paint in older structural members, electrical systems with original 1960s wiring that cannot support modern manufacturing loads, and structural members that have been field-modified by previous tenants without engineering oversight. We treat hidden conditions as a project planning requirement — identifying them before contracts are committed — rather than as change order opportunities discovered after demolition begins.
Industrial expansion of active Garland facilities requires the same phasing discipline as any facility addition, with the additional complexity that industrial facilities often have stricter operational continuity requirements than commercial buildings. A manufacturer who cannot stop a production line, a distribution operator who cannot miss a shipping window, or a cold storage operator who cannot allow temperature excursions during construction all need phasing plans that are more detailed than a simple construction sequence.
Industrial renovation in Garland covers hazardous material abatement, structural remediation of existing deficiencies, electrical service upgrades through Garland Power and Light, fire suppression system modernization, floor slab repair or replacement on Blackland Prairie clay, and interior reconfiguration to support new operational requirements. We frame the full renovation scope in preconstruction — including the hidden condition assessment — before any subcontractor pricing is committed.
Industrial expansion in Garland covers new addition design, foundation interface engineering for clay soil conditions, utility extension from existing industrial systems, and operational phasing plans that protect production continuity through the expansion period. Active Garland manufacturing facilities often have utility infrastructure at or near capacity — confirming available capacity for the expansion before design begins prevents expensive redesign later.
Industrial renovation field execution in Garland is driven by the owner's production schedule and the hazardous material abatement sequence. Abatement must be completed and air quality verified before renovation crews can work in the abated areas — we sequence the abatement and air quality verification as the first construction activities so the renovation crew can follow without delay.
Active industrial facility renovation requires specific safety protocols when construction is occurring adjacent to operating production equipment. We establish construction zone boundaries with appropriate fall protection, machine guarding, and dust control that protect both construction workers and active production operations.
Industrial owners in Garland choose coordinated renovation and expansion delivery because the hidden conditions in older Garland industrial buildings and the operational continuity requirements of active manufacturing and distribution facilities create risks that an uncoordinated construction approach cannot manage. A renovation contractor who prices a 1960s Garland industrial building without a hazardous material assessment is setting up a project for expensive surprises. An expansion contractor who plans phasing without understanding the owner's production calendar is setting up for operational disruptions that damage the owner-contractor relationship.
We manage both risks by front-loading the assessment and phasing work that prevents those problems before the first subcontractor mobilizes.
Step 1
Industrial renovation projects start with a thorough hidden condition assessment — hazardous material survey, structural evaluation of existing members and connections, electrical system capacity review through Garland Power and Light, and floor slab condition assessment for Blackland Prairie clay movement. That assessment produces a condition report that informs the renovation scope and budget before any subcontractor pricing is requested.
Step 2
Asbestos-containing materials, lead paint, and other regulated substances identified in the condition assessment are abated by a licensed Texas abatement contractor before renovation demolition begins. Air quality monitoring is maintained throughout abatement and for 48 hours after completion before renovation crews are permitted in the work area.
Step 3
Structural deficiencies identified in the condition assessment — field-modified members, inadequate connections, corrosion-damaged sections — are remediated in coordination with a licensed structural engineer. Electrical service upgrades through Garland Power and Light are initiated early in the renovation phase because GPL service upgrades have 8 to 16 week lead times.
Step 4
Interior reconfiguration, floor slab repair or replacement, fire suppression system modernization, HVAC upgrades, and all renovation construction follow the abatement and structural remediation phase. Construction zone safety protocols protect active production operations in areas adjacent to the renovation scope.
Step 5
After renovation construction is complete, utility systems are commissioned, fire suppression is tested and accepted, and the new electrical service is energized with Garland Power and Light. The owner's operations team reintegrates production into the renovated space in the sequence established in the phasing plan.
Industrial renovation scheduling in Garland is controlled by the abatement sequence and the owner's operational calendar. We build the renovation schedule around the abatement sequence — which is the first critical path constraint — and then sequence renovation activities around the owner's planned production shutdowns and operational windows.
Garland Power and Light service upgrade lead times — typically 8 to 16 weeks for industrial service upgrades — must be reflected in the procurement plan from the first day of preconstruction. Electrical service upgrades that are not initiated early become the critical path constraint that delays the renovation completion and the owner's ability to return to full production capacity.
Garland's industrial building stock includes structures that predate modern electrical codes, fire suppression requirements, and environmental regulations — buildings where the hidden conditions are more significant than the visible ones. Industrial renovation planning matters here because the consequences of missing a hidden condition in preconstruction — discovering asbestos during demolition, finding an inadequate electrical system after the production equipment is purchased — are measured in project cost overruns and operational delays that the owner did not budget for.
Renovation planning also matters because Garland's industrial owners have operational commitments — production schedules, shipping contracts, customer commitments — that cannot wait for construction problems to be resolved. A renovation that is planned around those operational commitments delivers a better outcome than one that treats production continuity as the owner's problem.
Primary Garland coverage for commercial and industrial construction tied to infill redevelopment, flex industrial upgrades, and regional owner-user growth.
Open pageEast-side market for commercial shells, light industrial projects, service facilities, and corridor-driven retail or office expansion.
Open pageEast-side market for commercial shells, light industrial projects, service facilities, and corridor-driven retail or office expansion.
Open pageNorth corridor coverage for office, medical office, tenant build-out, corporate support space, and selective industrial expansion work.
Open pageEast-side market for commercial shells, light industrial projects, service facilities, and corridor-driven retail or office expansion.
Open pageCentral DFW coverage for urban commercial projects, industrial repositioning, adaptive reuse, tenant improvements, and shell delivery.
Open pageAsbestos-containing materials are common in Garland industrial buildings constructed before 1980 — floor tile, pipe insulation, boiler insulation, and some spray-applied fireproofing systems all potentially contain asbestos in buildings from that era. We require a licensed asbestos survey before any renovation demolition pricing is committed on buildings constructed before 1985 in Garland.
We assess existing industrial slab condition by observing crack patterns, measuring joint differential movement, checking forklift clearances across the floor, and reviewing any available geotechnical reports for the property. On Garland's Blackland Prairie clay, we also check for evidence of moisture infiltration at the slab perimeter and any areas of differential heave that indicate active soil movement.
Yes. We have managed industrial renovation of active Garland manufacturing facilities, including phased electrical service upgrades, fire suppression system modifications, and floor slab repairs all while production continued in adjacent bays. The key is a detailed phasing plan that identifies exactly which activities require production shutdowns and which can proceed around active operations.
