15 Aug Utility Capacity Planning for Industrial Construction Projects

Industrial projects are often shaped by a question that appears simple but can determine whether the entire development is feasible: can the site provide the utilities the operation actually requires? A parcel may have good highway access, available land, and an attractive purchase price, yet still lack sufficient electrical power, water, sewer, gas, communications, or fire flow. Upgrading those services can affect cost, design, permitting, and the project schedule. In some cases, utility improvements extend beyond the property and require coordination with providers, municipalities, neighboring owners, or regional agencies.

These issues are especially important in developing industrial corridors such as the Tri-Cities and the Hermiston–Umatilla–Boardman–Morrow County region. Logistics, food processing, agriculture, warehousing, manufacturing, energy-related development, and data-intensive operations can place very different demands on local infrastructure. Owners and developers should begin utility planning before the building design is finalized. Early investigation helps the team determine whether the site can support the intended use, what upgrades may be needed, and how those improvements should be incorporated into the budget and schedule.

Confirm Real Capacity Instead of Assuming Utilities Are Available

A listing or preliminary site document may indicate that utilities are located near the property. That does not necessarily mean the available service can support the proposed operation.

The project team should distinguish between utility presence and usable capacity. An electrical line may run along the site but lack sufficient capacity for manufacturing equipment, refrigeration, process loads, charging infrastructure, or expanded operations. A water line may be nearby but unable to provide the fire flow required for the proposed building size and storage configuration.

The owner should begin by documenting the planned operation in practical terms. This includes building size, hours of operation, number of employees, major equipment, production processes, heating and cooling systems, refrigeration, water use, wastewater characteristics, fire protection, communications, and future expansion.

This information allows engineers, utility providers, and the contractor to evaluate the site against actual demand. It also helps identify which assumptions require formal confirmation.

• Electrical service is often one of the longest-lead and most consequential components. The project may require a new transformer, service extension, switchgear, distribution equipment, or utility study. Large electrical components can take significant time to manufacture, and utility-provider schedules may not align automatically with the owner’s target opening. The project team should confirm who is responsible for each part of the service, when design information must be submitted, and what agreements or deposits are required. Equipment procurement should begin as soon as design and approvals allow.
• Water and sewer planning can be equally complex. Industrial users may require high water volume, specialized process water, pretreatment, or discharge monitoring. Food processing and manufacturing operations may produce wastewater that differs from normal commercial use. The local system’s capacity and acceptance requirements should be reviewed before the process layout is fixed.
• Fire flow and fire protection requirements should also be examined early. The building’s size, construction type, occupancy, storage height, materials, and racking arrangement can affect sprinkler demand. If the municipal system cannot provide sufficient flow or pressure, the project may need a storage tank, pump system, or other infrastructure.
• Natural gas may be needed for heating, processing, cooking, or specialized equipment. The team should confirm line location, pressure, capacity, extension responsibilities, and provider lead time. Assuming gas is readily available can create problems when the selected equipment package depends on it.
• Communications infrastructure is no longer a secondary concern. Warehouses, production facilities, and distribution operations rely on data systems, automation, inventory tracking, security, controls, and communications. Some users may require redundant service paths or higher-capacity connections. These needs should be coordinated with site design and provider availability.

Connect Utility Decisions to Site Design, Budget, and Construction

Once utility requirements are understood, they need to be incorporated into the overall site plan. Service routes affect grading, paving, landscaping, truck circulation, building placement, and future expansion. Underground utilities should be coordinated before major exterior work begins so completed areas do not need to be reopened. The project team should also consider the relationship between utilities and operational continuity. If the project expands an existing industrial facility, new systems may need to connect to active infrastructure. Temporary service, phased tie-ins, and scheduled shutdowns may be necessary.

For ground-up projects, utility installation should be coordinated with building foundations, structural work, and site access. A poorly sequenced utility package can interfere with cranes, concrete operations, or material deliveries. Budgeting should separate confirmed costs from allowances and unresolved risks. Utility-provider charges, off-site improvements, easements, road crossings, system-development fees, equipment, temporary service, and owner-specific process connections may all fall into different categories.

A preconstruction team can help organize these costs and identify where additional information is needed. The goal is not to eliminate every unknown immediately but to prevent an unverified assumption from being treated as a fixed number. Schedule planning should include utility-provider activities as real project milestones. Application reviews, studies, design approvals, equipment procurement, easements, inspections, and final energization can each affect the critical path. The building may be physically complete but unable to operate if permanent utilities are not ready. Future expansion should also be considered. Industrial owners frequently add equipment, increase storage, extend shifts, or expand buildings after the initial project. Providing reasonable capacity, service routes, or connection points during the first phase may reduce the cost and disruption of later growth. That does not mean every project should install the maximum possible infrastructure. It means the owner and design team should make intentional decisions about anticipated growth rather than discovering later that a relatively small expansion requires major utility reconstruction.

Design-build delivery can support this process by bringing the owner, designers, contractor, and key trade partners together early. Utility requirements, building systems, equipment, site planning, cost, and construction sequence can be evaluated as one coordinated plan.

McCormack Construction provides preconstruction, design-build, CM/GC, and general contracting services for industrial and warehouse owners throughout Eastern Oregon and surrounding regional markets. The company’s regional knowledge and direct leadership involvement help owners evaluate practical construction conditions before they become schedule or cost problems.

Evaluating an industrial, warehouse, logistics, manufacturing, or processing project in Eastern Oregon, the Tri-Cities, or the Columbia River corridor? Contact McCormack Construction to begin reviewing the site and infrastructure requirements.