Integrated hardware and software emissions monitoring solutions to support data driven decisions at industrial and municipal operations.

The financial benefits of Envirosuite vary according to the nature of the risks being managed. The benefits comprise tangible returns such as reduced operating costs or improved scheduling, and intangibles such as improved social license to operate.

As an example, for an outlay of AUD$100,000 per year, per site (excluding initial monitoring system installation) an Envirosuite solution at a wastewater treatment plant has been shown to produce a AUD$700,000 return in one year through improved odour management, reduced plant operating costs, efficient complaints resolution, and avoided degradation to asset health. This does not include any of the intangible benefits such as improved community relations. Envirosuite is subscription based Software-as-a-Service (SaaS). Pricing is simply on a periodic license fee, although depending on the set-up needs (e.g., monitoring system installation, non-standard reporting configurations) there may be initial implementation costs.

The subscription covers system access, updates, data storage and support services. The advantage of a subscription service is that no CAPEX outlay is required, and the cost typically fits within a client’s OPEX budget. Our monitoring and forecasting solutions are designed for rapid deployment, in as little as a few days.

Yes, as a SaaS product Envirosuite comes with a support service to ensure that any of the rare issues that might occur are expertly and quickly addressed. The system reliability is excellent, and support is usually directed to help explain some of the many useful features that are available. Envirosuite can also be delivered as a bundled service, whereby our partners can deliver any monitoring hardware, data comms or associated consulting as part of a vertical solution package.

Envirosuite goes beyond compliance software. The power of Envirosuite is in the capture, storage and analysis of real-time data and forecasting abilities, giving it unique application to evolving operational issues. In addition to compliance, the user has powerful tools to respond quickly to alerts, minimise or avoid off-site impacts and hence, be a good neighbour.

Once your data has been ingested into Envirosuite – typically in a real-time feed – it is securely stored and is available for retrieval and interrogation by easy-to-use functions and tailored reports. Data can also be accessed in CSV format for use in other apps.

The Envirosuite mantra is that data is data, and is designed to ingest primary and secondary data/metadata. Already, multiple air quality parameters, weather, noise and water properties are all available in Envirosuite including additional information needed to ensure the device is operating properly. Envirosuite can interpret real-time data for (not limited to): Dust (PM2.5 & PM10), SO2, NO2 / NOX, H2S, NH3, Electrical Conductivity, Total Suspended Solids, pH, Flow and Turbidity.

Envirosuite runs on Amazon Web Services (AWS). Envirosuite uses stringent security protocols to protect your data, similar to those used by financial institutions. Get in touch with us today if you like more information on about our data security.

The best environmental monitoring program is one that is designed to support your business objectives. There is no one device or software that will meet everybody’s needs and it is important to spend some time considering exactly why the monitoring is happening in the first place. Talk to us today to find out the best way to get started.

Besides deploying suitable hardware for the parameters being monitored, environmental monitoring systems need to move beyond mere storage and display of information. Data collected should be coupled with real-time interpretation of information, so that users are in the best position to respond are provided with information in a format that is useful for them.

Users can access real-time data, local weather forecasts and emissions modelling for a faster and more accurately targeted response to issues. Early warning signs of threshold breaches are provided to avoid certain issues altogether. Depending on the environmental monitoring hardware you use, this could be for air quality, odour, noise, vibration, dust or water.

The Omnis integrated hardware and software solution is an environmental monitoring system that displays your site’s emission levels across multiple parameters, when you run the risk of exceeding them and exactly where you should focus mitigation efforts. Your team will be able to slow down when you need to or double down on production when there’s no risk of impact. Operators can make faster, more confident decisions that protect their operations and people.

Omnis uses high-resolution weather forecast modelling supported by the Metriqa weather feed. This supports site-specific risk algorithms to enable operators to identify the likely risk profile of environmental events for the next few days to enable staff to plan operational activities while mitigating risk of impact.

Regardless of where the user’s operation is located, the Metriqa weather feed that supports the Omnis platform ensures they have to the most accurate weather information available while supporting the innovative capabilities of the Omnis platform. Users can make confident operational decisions with a high-level of accuracy and relevancy based on an hourly model that provides up to 100m resolution.

Air quality dispersion modelling is a technique used to determine how pollutants move through the atmosphere after being emitted from a variety of sources. This modelling involves assessing factors such as wind patterns, temperature, humidity, and terrain to predict the dispersion of pollutants over time and distance.

The Omnis platform combines real-time air quality parameters and weather data to provide complex predictive modelling. Users can use understand how emissions will disperse in the environment and the areas that potential emission sources will impact.

Air quality dispersion modelling in Omnis offers a when planning the day’s operations. They create a predictive picture of the environmental impact of modelled emission sources within the selected facility.

Users can anticipate environmental impacts of their emissions in real-time to allow them to prepare appropriate management actions.

Air quality dispersion modelling can be used to make informed decisions about where to reduce impact and mitigate risk of site-generated emissions.

Users can determine the likely outcome of emissions from their site, a specific area or from equipment based on the forecast weather conditions. They can also plan for operational impacts to allow them to act swiftly to improve operational efficiencies and manage their operations dynamically. 

In doing so, operations can be optimised without risking costly non-compliance situations or potential community impact.