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Setting your site up for success in 2026

Practical sewage treatment for any decentralised location.

A crane lifts a container labeled "HYDROS" at a construction site. Workers in hard hats observe. Text reads "Setting your Site up for Success in 2026."

Whether you manage a mine site, a resort, a caravan park, a rural community facility, or a workforce camp, sewage treatment tends to sit in the background until something goes wrong. In 2026, the sites that run smoothly will be the ones that treat sewage treatment as an operational system with clear monitoring, maintenance, documentation, and response pathways, not as a piece of equipment that only gets attention when an alarm sounds.


HYDROS was built for exactly this kind of operating reality, with remote monitoring and support options designed to match different levels of on-site capability.


What sewage treatment readiness looks like in 2026

Across industries, the same pressures show up again and again:


  • Variable loading: sudden spikes, quiet periods, and unpredictable patterns

  • Limited time: small teams juggling multiple responsibilities

  • Distance: delays in getting specialist help on-site when you are remote

  • Compliance expectations: consistent performance, clear records, and reporting that stands up to scrutiny


Readiness is not about doing more work. It is about putting a simple structure around how you monitor, maintain, and respond so issues are identified early and handled efficiently.


The four common failure points in decentralised sewage treatment:

  1. Maintenance drift

    A system might run fine day-to-day, then slowly move out of range because routine tasks slip during busy periods or staff changeovers.


  2. Alarm response gaps

    Alarms often “sound” after hours or when the right person is off-site. Without a defined escalation plan, minor issues can become urgent very quickly.


  3. Limited visibility

    If you only see the system during scheduled visits, you can miss the early warning signs. Modern sites need reliable visibility into what is happening between inspections, especially during peak periods.


  4. Documentation that is hard to pull together

    When reporting is assembled from scattered notes and spreadsheets, compliance becomes stressful and time-consuming. Continuous monitoring makes it easier to demonstrate what the system has been doing over time, not just what it looked like on one day.


The readiness framework: monitor, maintain, document, respond.

A practical 2026 plan can be built around four key habits.


Monitor what matters, continuously

HYDROS remote monitoring uses a proprietary sensor network, known as the ROBOLAB, that tracks key mechanical and water quality parameters, with data uploaded to a secure cloud platform for visibility and trend tracking. This matters because most problems start as small deviations. If you can see trends early, you can act before performance is affected.


HYDROS monitoring also supports a compliance-ready approach by enabling long-term reporting for council and regulatory requirements.


Maintain a rhythm that matches your site

Readiness does not require complex routines. It requires consistency.


HYDROS is designed to support timely servicing through our proprietary WATCHDOG system and plug-and-play components. For example, our system activates its standby pump twin if a primary pump fails, giving operators time to replace the component rather than dealing with an immediate shutdown.

That design approach suits decentralised sites where resilience and speed of repair matter.


Document as you go, not at the last minute

Cloud visibility and historical trend tracking help you maintain organised records of performance over time. The result is a simpler pathway to internal reporting and external compliance documentation, especially when the EPA come knocking.


Respond with a clear escalation plan

HYDROS can issue automated alerts via email when conditions move outside expected parameters, and alerts can be configured for site representatives and Aubin engineers. The key is agreeing ahead of time who receives alerts, what “first response” looks like, and when the issue escalates.


Where HYDROS fits for decentralised/off-grid sites

HYDROS is a commercial-strength sewage treatment plant designed to operate under variable conditions, including severe fluctuations and shock loads, with real-time cloud-based monitoring.

It is also designed to be modular and compact, supporting integration with existing septic tanks & infrastructure, and reducing site disruption at installation.


In addition, HYDROS supports treated water reuse in suitable applications, with treated water able to be released or stored for reuse during dry months. For sites with land capability and appropriate approvals, HYDROS Scarce Resource Recovery is designed to recapture essential nutrients and minerals during treatment, stored within the purified water to support soil and plant health outcomes.


Matching support to how your site operates: HYDROS CARE Plans

Aubin’s HYDROS CARE Plans are structured to provide monitoring, reporting, and support to maintain system performance and compliance all year round, with tiers ranging from connectivity through to hands-off management.


They are also guided by our simple service philosophy: no one gets left behind.


Here is how the tiers map to real operational needs.


  • Basic CARE: visibility and technical backup


Basic CARE includes access to the online dashboard, on-call technical support and training, and on-call support for alarm response. This suits sites that have a capable on-site team but want fast guidance and a clear support pathway when something changes.


  • Online CARE: proactive oversight and reporting


Online CARE includes everything in Basic, plus weekly online health checks, fortnightly inspection support for your site representative, monthly maintenance support, primary alarm recipient and response initiation by an on-call Aubin team member, and a quarterly performance and maintenance report.

This suits sites where compliance and continuity are high priorities, but the on-site team needs structured support to stay ahead.


  • Total CARE: lowest on-site workload


Total CARE includes everything in Online CARE, plus fortnightly inspection and monthly maintenance with provision of online personnel. The comparison chart also shows Total CARE includes annual spare parts such as probes and UV lamp. This suits sites that want minimal reliance on local labour availability, or where staffing turnover makes consistency difficult.


  • Custom CARE: built around your risks and reporting requirements


Custom CARE Plans are designed for sites where standard tiers do not align with operational realities. Aubin specifically notes that a remote mining camp and a seasonal caravan park face different challenges, and that on-site maintenance capability varies. Custom configurations can include a technical partnership model (your staff handle physical checks while Aubin engineers manage monitoring, diagnostics, and compliance reporting), enhanced training for high turnover, or regulatory-specific reporting and testing deliverables.


Service comparison table with columns: Basic, Online, Total CARE. Features checked or marked with "X" for various services. Dark blue background.


Quick industry callout examples (same framework, different drivers)

  • Resorts and caravan parks: guest experience risk and peak loading variability

  • Mine sites and workforce camps: continuity of operations, remote logistics, and roster changeovers

  • Rural communities and essential services: reliability, resilience, and straightforward local maintenance pathways


The operating solution is the same: continuous visibility, a stable maintenance rhythm, and an agreed response plan.


A simple 2026 readiness checklist

If you do nothing else, do these six things.


  1. Confirm your operating profile: Identify your highest-risk periods (peak occupancy, shutdowns, wet weather) and how load changes during them.


  2. Check that monitoring is configured and visible: Ensure the right people have a dashboard (if you have a HYDROS), or system access and understand what they are looking at.


  3. Define alert recipients and escalation: Align on who receives alerts, who responds first, and when it escalates.


  4. Lock in your maintenance cadence: Choose a schedule that your team can actually sustain, or, if you have a HYDROS, align to a CARE Plan level that reduces on-site workload.


  5. Make reporting automatic where possible: Aim for consistent records through monitoring trends and scheduled reporting, not ad hoc notes.


  6. Decide how much support you want in 2026 (if you have a HYDROS): Basic for guidance, Online for proactive checks and quarterly reporting, Total for hands-off support, or Custom if you have unique staffing or regulatory requirements.


A practical next step

If you are planning for 2026 now, the most useful starting point is a straightforward review of your operating profile, monitoring setup, and the support level that best matches your on-site capacity. HYDROS CARE Plans are designed to scale that support from simple connectivity through to hands-off management.

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