Improving street-level waste control in San Francisco’s SOMA West

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Client:

SOMA West Community Benefit District

Improving street-level waste control in a high-pressure district

The SOMA West Community Benefit District works to create a cleaner, safer, and more vibrant neighborhood across one of San Francisco’s busiest and most densely populated areas.

In 2024, the district set out to improve on-street trash collection in a public environment where cleanliness, durability, and day-to-day control all matter. The aim was not simply to add bins, but to introduce infrastructure that could help maintain cleaner streets, reduce interference with waste after deposit, and support a stronger long-term standard in the public realm.

Why standard street bins were not holding the line

Like many dense urban districts, SOMA West has to manage waste in an environment shaped by constant use, high visibility, and ongoing pressure on public space.

In those conditions, open or weakly controlled bins can quickly become part of the problem rather than part of the solution. Waste can be accessed after deposit, litter can spread beyond the bin, and day-to-day street conditions become harder to stabilise. That creates more work for crews and makes it harder to maintain the cleaner, more welcoming public environment the district is trying to build.

The district needed infrastructure that could hold up under heavy use while reducing the kinds of disruption that make on-street waste harder to manage.

A more secure format for daily public use

metroSTOR supplied on-street trash cart enclosures designed around aperture-controlled deposit and durable galvanized steel construction, helping create a more secure and better-contained format for public trash collection.

Foot-pedal operation gave residents and passersby a hands-free, more hygienic way to dispose of trash, while graphic wrap panels supported visibility and district branding. The units were finished in anthracite grey to sit comfortably within the streetscape and included pull-out containers to support servicing by the CBD cleaning crew.

Together, those details created a more robust public-space waste format: one designed not only to look appropriate, but to perform reliably in a demanding urban setting.

Stronger containment and a better fit for the streetscape

For SOMA West, the value of the new units was not just in their appearance, but in how they help control what happens after waste is deposited.

By using secure, aperture-controlled containers, the district aimed to reduce littering and improve street cleanliness while also limiting vermin access and illegal dumping. In a busy public environment, that kind of containment matters because it helps prevent recurring street issues from building around the bin itself.

It also supports a stronger day-to-day operating model. When waste stays contained and the infrastructure holds its standard, public-space teams can spend less time responding to recurring problems and more time maintaining the wider environment.

“metroSTOR is like night and day compared with other vendors in terms of both product quality and customer service.”

A more dependable standard for public-space infrastructure

One of the clearest themes in SOMA West’s feedback was durability.

That matters in a district where waste infrastructure has to cope with heavy daily use, public exposure, and the kinds of interference that quickly expose weaker products. In this context, product quality is not a cosmetic issue. It shapes whether the bin helps the street function better or becomes another source of operational friction.

“Their trashcans are not only ultra-resistant to can-diving, arson and theft, they also look great.”

Matt Allen
SOMA West Community Benefit District

What this shows for busy urban districts

The SOMA West project shows why public-space waste infrastructure needs to do more than provide a place to put trash.

In dense urban environments, better performance depends on stronger containment, reduced interference after deposit, reliable servicing, and products that can withstand the realities of constant public use. Where those conditions are in place, cleaner streets become easier to maintain and waste infrastructure becomes part of the solution rather than part of the problem.

For business districts, downtowns, and other high-pressure public environments, that makes better on-street containment a practical way to improve day-to-day street conditions.

Looking at on-street waste infrastructure in your own district?

We work with cities, BIDs, and public-space operators to design infrastructure that improves cleanliness, reduces interference, and supports more reliable public-space performance over time.

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