Bunney’s Inc. plans, builds, and renovates industrial facilities across Arizona—power generation, utilities, manufacturing, logistics, and public infrastructure. Our self-perform crews deliver civil, structural concrete, mechanical, and selective demolition scopes with safety, schedule certainty, and clean turnover to operations.
New to Bunney’s? Learn who we are and explore our capabilities and projects.
Why Owners Choose Bunney’s
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Safety first – Pre-task planning, continuous monitoring, and a culture detailed in our Safety Program.
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Arizona-ready delivery – Methods tuned for heat, dust, and monsoon logistics; realistic phasing for active sites.
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Self-perform strength – Concrete, sitework, selective demo, and Industrial Mechanical Services for tighter control of cost and schedule.
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Quality & documentation – Submittals, ITPs, inspection logs, and photo/strength reports that withstand audits.
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One accountable partner – From constructability to closeout—and into Facility Maintenance when you’re live.
Core Capabilities
Preconstruction & Planning
Budgeting, constructability, sequencing, and risk planning; utility coordination and traffic/stormwater plans.
Civil & Sitework
Earthwork, grading, drainage, and Erosion Control compliant with permit requirements.
Concrete & Flatwork
Slab-on-grade, equipment pads, foundations, and aprons. See Concrete Flatwork and Cement/Equipment Pads.
Mechanical / Process
Equipment setting, piping tie-ins, valves, and maintenance under Industrial Mechanical Services.
Underground Utilities
Non-destructive Hydro/Vacuum Excavation and Potholing; Conduit Excavation and Duct Bank installations.
Cooling Assets
Upgrades, repairs, and life-extension for towers and support systems. See Cooling Tower Renovations and Cooling Tower Repairs.
Selective Demolition & Turnover
Interior demo, concrete removal, and Demolition Services with backfill and restoration.
How We Work
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Plan – Scope review, site logistics, permits/AHJ coordination, and schedule with milestones.
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Prepare – Utility locates, make-safe, and mobilization; safety & quality kickoff.
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Build – Self-perform critical path trades; manage subs and inspections.
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Verify – Testing, commissioning support, and complete closeout docs.
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Sustain – Ongoing Facility Maintenance as needed.
Key Components of Industrial Construction
- Structural Design and Engineering: Industrial structures demand meticulous planning and engineering to ensure structural integrity and operational efficiency. Engineers leverage advanced design software and building techniques to create durable frameworks capable of withstanding heavy loads and environmental factors.
- Mechanical and Electrical Systems: The integration of mechanical and electrical systems is crucial for industrial facilities to function seamlessly. HVAC systems, power distribution networks, and industrial machinery must be meticulously installed and calibrated to support uninterrupted operations.
- Safety and Compliance: Industrial construction prioritizes safety above all else, adhering to rigorous safety standards and regulations. Implementing robust safety protocols, conducting regular inspections, and providing comprehensive training are essential to mitigate risks and ensure a secure working environment.
- Sustainability and Environmental Impact: With a growing emphasis on sustainability, industrial construction projects are increasingly incorporating eco-friendly practices and green building technologies. From energy-efficient lighting systems to renewable energy sources, sustainability initiatives play a pivotal role in minimizing environmental footprint and enhancing long-term viability.
Emerging Trends in Industrial Construction
- Prefabrication and Modular Construction: Prefabrication techniques and modular construction methods are revolutionizing the industrial construction landscape, offering cost-effective solutions and accelerated project timelines. Off-site fabrication of building components enhances efficiency and quality while reducing on-site disruptions.
- Technological Integration: The advent of advanced technologies such as Building Information Modeling (BIM), drones, and Internet of Things (IoT) is transforming industrial construction processes. These innovations enable real-time project monitoring, predictive maintenance, and data-driven decision-making, enhancing productivity and project outcomes.
- Focus on Resilience and Adaptability: Industrial facilities are increasingly designed with resilience and adaptability in mind, capable of withstanding unforeseen disruptions and accommodating future expansions or modifications. Flexible layouts, redundant systems, and disaster preparedness measures ensure continuity of operations in the face of challenges.
- Sustainable Practices: Sustainability remains a key driver of industrial construction projects, with stakeholders embracing sustainable materials, energy-efficient designs, and waste reduction strategies. Green building certifications such as LEED and BREEAM are gaining traction, incentivizing eco-conscious construction practices and enhancing market competitiveness.
Markets We Serve
Power generation and utilities · Water/wastewater · Manufacturing & industrial · Distribution/warehouse · Public sector and energy infrastructure.
Arizona-Specific Considerations
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Heat & UV – Work windows, curing methods, and material handling adjusted for temperature.
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Monsoon season – Temporary drainage, erosion controls, and rapid storm response.
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Dust control – Track-out, water trucks, and stabilized access integrated into the plan.
Need one-off help? We also support break/fix and small projects without a long-term contract.
FAQs
What scopes do you self-perform?
Sitework, concrete, selective demolition, and mechanical scopes; we integrate specialty subs where it benefits schedule or cost.
Can you work in active facilities?
Yes—phased access, lockout/tagout, and clear exclusion zones keep operations moving.
Do you provide design-assist?
We support constructability, sequencing, alternates, and long-lead mitigation during precon.
What documentation will we receive?
Submittals, inspection/test reports, concrete breaks, compaction tests, O&M manuals, and photo logs at closeout.
How do you manage utility risks?
811 coordination, mapping, and non-destructive daylighting via Hydro/Vacuum Excavation before trenching.
