Stronger Systems, Smarter Strategies: Portalogic's Takeaways from AWWA's Water Infrastructure Conference (WIC26)

The Portalogic team just returned from an energizing week at the 2026 AWWA Water Infrastructure Conference & Exposition (WIC26) in Indianapolis. WIC has a reputation as one of the more intimate, hyper-focused events on the water calendar, and this year lived up to it. Instead of surface-level pitches, we spent the week in the kind of deep, technical conversations that only happen when utility operators, engineers, and technology providers are all in the same room, working the same problems.

Across the sessions and the exhibit hall floor, a few themes kept surfacing—each of them tied directly to the challenges our customers face every day. Here's what stood out, and how it maps to the work we're doing at Portalogic.

Intelligent water technology is now table stakes

The clearest signal from WIC26 was that data-driven operations have moved from "nice to have" to "non-negotiable." Utilities are under pressure to do more with tighter budgets and leaner staff, and the answer they keep landing on is smarter monitoring and automated controls that support proactive decisions rather than reactive scrambling.

This is the ground Portalogic was built on. Our automated bulk water dispensing and septage receiving stations aren't just hardware in the field—they're connected points of control. Access control, automated metering, pH monitoring, billing, and reporting all run through a single software platform, which means operators get an accurate, real-time picture of who is drawing or discharging, how much, and when. That visibility turns a station that once required manual oversight into an unmanned asset that runs accountably around the clock.

The operators we spoke with weren't looking for technology for its own sake. They wanted tools that remove guesswork and free up their people for higher-value work. That's exactly the problem automated stations are designed to solve.

Asset management is about protecting public investment

The second recurring theme was long-term asset sustainability—optimizing plant operations, managing risk across a project's full lifecycle, and ultimately protecting the public dollars that fund water infrastructure.

For utilities that manage bulk water sales or accept hauled septage, a surprising amount of that risk lives at the point of transaction. Manual logbooks, honor-system billing, and unmetered draws create gaps that are hard to audit and easy to lose money through. Automating those points does more than streamline a workflow; it creates a defensible record. Every gallon dispensed and every load received is metered, attributed to an account, and captured in reporting that supports cost recovery and clean audits.

On the septage side, controlled, access-managed receiving protects the treatment plant itself. Knowing what's coming into the headworks—and being able to turn away or flag out-of-spec loads—helps operators safeguard downstream processes and the capital equipment that's expensive to repair or replace. That's asset management in the most practical sense: protecting the investment at the point where it's most exposed.

Water loss and resilience start with accountability

Water loss and system resilience drew some of the most passionate conversations at WIC26, covering everything from leak detection and pipe rehabilitation to broader distribution system improvements. These are big, multi-disciplinary challenges, and no single technology solves all of them.

Portalogic's contribution sits on a specific and important piece of the puzzle: non-revenue water and unauthorized withdrawals. When bulk water haulers, contractors, or construction crews draw from hydrants without metering, the result is water that leaves the system unaccounted for and revenue that never comes back. Metered, access-controlled dispensing stations give utilities a sanctioned, trackable alternative—so that legitimate demand is served efficiently and unauthorized draws lose their easy workaround. It's not leak detection, but it does close a real and often overlooked source of apparent loss.

Resilience, in the end, is built from a lot of individual improvements layered together. Reliable, accountable infrastructure at the fill station is one of those layers, and it's the one we're focused on getting right.

Bringing the insights home

The best part of a conference like WIC isn't any single session—it's the reminder that the people modernizing this sector share a common goal. Connecting with fellow operators, engineers, and industry pioneers reinforced why we do this work: to build solutions that simplify operations, enhance security, and increase efficiency for the utilities and communities that depend on them.

We're bringing those conversations back home to keep sharpening our platform around the real needs operators described this week. Thank you to the American Water Works Association for putting on a stellar event, and to everyone who stopped by to talk shop.

Did you attend WIC26? We'd love to hear what stood out to you. And if you're rethinking how your utility manages bulk water dispensing or septage receiving, reach out to the Portalogic team—we're always glad to talk through the details.

Frequently Asked Questions

How do automated bulk water dispensing stations reduce non-revenue water?

Non-revenue water often includes legitimate demand that simply goes unmetered — bulk haulers, contractors, and construction crews drawing from hydrants without accountability. An automated dispensing station gives utilities a sanctioned, access-controlled fill point where every gallon is metered and tied to an account. That closes the easy workaround for unauthorized draws and turns previously unaccounted water into tracked, billable transactions, so the revenue comes back to the system.

If haulers can still open a hydrant somewhere, what actually stops them from taking water for free instead of paying at the station?

Most unauthorized hydrant use isn't malicious; it happens because there's no convenient, legitimate alternative. Haulers need water on their schedule, and if the only "easy" option is a hydrant, that's where they go. An always-available, access-controlled fill station removes that excuse: authorized haulers get fast, self-service access at a fair, metered rate, so the reason to risk an unauthorized draw largely disappears. Just as important, the station is what makes enforcement credible. It's difficult for a utility to crack down on hydrant use when it hasn't offered a lawful way to get water — but once a sanctioned station exists, the utility can pair it with the enforcement tools that close the gap: hydrant use ordinances and permit requirements, hydrant locks or metered hydrant programs, and fines for unauthorized withdrawals. The station handles legitimate demand accountably; policy handles the holdouts. Together they turn "free water from a hydrant" from the path of least resistance into the riskier, less convenient option. The metering and account records also help on the detection side. When legitimate demand is funneled to a known station, water drawn elsewhere stands out more clearly as something to investigate, rather than blending into normal system loss.

Can a bulk water or septage station operate without on-site staff?

Yes. Portalogic stations are designed for unmanned, around-the-clock operation. Access control, metering, billing, and reporting run through a single software platform, so authorized users can fill or discharge on their own schedule while the utility retains a complete, auditable record. That frees operators from manual logbooks and staffing a fill point, without giving up oversight or accountability.

Trusted expertise in bulk water and wastewater—delivered by Portalogic.

Authored By:

Danielle Gorder
Director of Business Development

Danielle Gorder is Director of Business Development at EleMech, Inc., where she leads strategic growth for a suite of purpose-built solutions serving water and wastewater utilities. With nearly five years in this role, she works directly with communities, cities, and municipalities to understand operational challenges and connect them with the right technology to improve water access, resource management, and system efficiency. Her work bridges the gap between the field realities that operators and engineers face every day and the software and infrastructure solutions designed to address them.

Before joining EleMech, Danielle spent nearly a decade in business and technology consulting where she honed her expertise in business process mapping, requirements gathering, and custom software solution development across complex industries. She has a proven track record of translating technical and operational needs into actionable system requirements and driving enterprise transformation projects from concept to delivery. When working with public works professionals — she doesn't just sell solutions, she analyzes your workflows, understands your KPIs, and helps design an approach that genuinely fits how your facility operates.