Crews battle major transfer station fire in Spanish Fork

Crews in Spanish Fork are working to contain a large fire at the Dry Creek Transfer Station, a key waste facility for southern Utah County, as smoke drifts across surrounding neighborhoods and temporary service changes begin to take shape.

Large blaze ignites at key waste facility

Reports from local media and public agency updates indicate that the fire began inside the Dry Creek Transfer Station on the north side of Spanish Fork, where solid waste from several communities is consolidated before being hauled to regional landfills. Initial accounts describe heavy smoke, visible from nearby highways and residential areas, and a swift response by multiple fire crews.

Publicly available information shows that the transfer station handles a mix of household garbage, bulky items and seasonal cleanup loads. The mix of paper, plastics, wood and other combustibles stored in a relatively confined space is contributing to a deep-seated fire that is challenging to reach, with smoldering pockets likely to persist even after the most visible flames are knocked down.

Emergency responders have focused on preventing the blaze from spreading beyond the main tipping floor and waste piles. Nearby industrial properties and traffic routes are being monitored as crews work to contain the incident within the transfer station complex.

Smoke, odors and air quality impacts for nearby neighborhoods

The fire is sending a dark plume over parts of Spanish Fork and nearby communities, raising concerns about air quality for residents downwind of the facility. Based on similar transfer station fires in the region, smoke typically contains fine particulate matter, as well as odors from burning plastics, treated wood and mixed refuse, which can cause irritation for people with asthma or other respiratory conditions.

Health guidance shared during previous solid waste facility fires in Utah has encouraged residents to limit outdoor activity when smoke is thick, close windows and doors, and use indoor air filtration where possible, especially for children, older adults and those with heart or lung issues. Residents who notice a strong smell of burning trash or reduced visibility may choose to stay indoors until conditions improve.

Wind direction and speed will influence which neighborhoods experience the heaviest smoke at any given time. Publicly available air quality information and local news coverage are expected to provide ongoing updates as conditions shift through the day and evening.

Disruptions to cleanup programs and garbage hauling

The Dry Creek Transfer Station plays a central role in seasonal cleanup programs and day-to-day trash hauling for Spanish Fork and surrounding jurisdictions. City cleanup notices for 2026 direct residents to bring spring waste loads to the Dry Creek facility, underscoring how critical the site is to regional waste operations.

In the short term, residents and haulers can likely expect delays, rerouting or temporary closures while firefighters work in and around the tipping floor and loading areas. Depending on the extent of the damage, trucks may need to bypass the transfer station altogether and travel directly to more distant disposal sites, increasing turnaround times for collection routes.

Published information from solid waste districts that have dealt with previous transfer station fires elsewhere in the West shows that cleanup and repairs can take weeks or months, particularly when structural elements, electrical systems or heavy equipment are damaged by heat. If similar impacts occur in Spanish Fork, local agencies may announce revised cleanup schedules, new drop-off locations or changes to operating hours as recovery progresses.

Investigations and safety reviews expected after containment

Once the fire is fully contained and conditions are safe for inspectors, attention is expected to turn to determining how the blaze started and how it spread through the waste piles. National incident summaries of transfer station fires point to several recurring causes, including improperly discarded lithium-ion batteries, propane cylinders, hot ashes and other reactive or flammable items placed in regular household trash.

Publicly available guidance from fire services and waste districts emphasizes that even a single damaged battery or smoldering ember can ignite surrounding material in a transfer station environment, where waste is compacted and oxygen can feed hidden hot spots. Investigators typically review surveillance footage, operating logs and recent incoming loads to narrow down potential sources.

The incident is also likely to prompt a wider review of fire detection, suppression and operational protocols at the site. That may include evaluating sprinkler coverage, on-site water supply, equipment parking practices and staff training on spotting hazardous materials before they reach the main waste floor.

Residents urged to follow updates and use waste facilities carefully

As crews continue working at the scene, residents in Spanish Fork and neighboring communities are being encouraged, through public communications and local coverage, to monitor updates on smoke conditions, road restrictions near the transfer station and any adjustments to garbage collection or cleanup events.

Regional experience with recent wildfires and facility fires has already increased awareness around personal responsibility for preventing accidental ignitions. Public campaigns in Utah highlight the importance of keeping fireworks, hot ashes and flammable yard debris out of regular trash, and of taking batteries, electronics and pressurized containers to designated hazardous waste drop-off sites instead of the household bin.

In the aftermath of the Spanish Fork transfer station fire, local agencies and waste operators are expected to reinforce those messages, aiming to reduce the risk of similar incidents. For travelers passing through southern Utah County and visitors using local campgrounds or short-term rentals, paying close attention to disposal instructions and posted signs can help protect both critical infrastructure and the communities that surround it.