Understand before monitoring.
Use site history, hydrogeology and existing data to determine what the monitoring system actually needs to measure.
About Soltera
Soltera is a specialist groundwater field services company created to make reliable monitoring and sampling capability easier to access across Australia.
Why Soltera
Soltera was built around a simple premise: the quality of groundwater decisions is constrained by the quality of the field data. Our operating model therefore starts with specialist field delivery, repeatable methods, strong QA/QC and a clear chain from bore to usable data.
The business is structured to work directly with asset owners, government and industry, and as a specialist delivery partner for environmental and hydrogeological consultancies.
Built to deliver consistently.
Soltera combines strong groundwater technical leadership, documented field procedures and specialist delivery resources to provide consistent monitoring outcomes as projects and programs grow.
Technical leadership
Soltera’s technical direction is grounded in advanced hydrogeology, groundwater monitoring, environmental assessment, groundwater–surface water interaction, conceptual and numerical modelling, technical review and regulatory groundwater assessment.
Technical leadership establishes the standards behind monitoring delivery—from program design and field methodology through QA/QC, data review, trend interpretation and escalation when field conditions indicate that a result requires closer technical attention.
Operating principles
Field services become valuable when they reduce project risk and effort for the client. These principles define the delivery model.
Growing capability
Soltera’s long-term model combines technical groundwater leadership, documented field systems, specialist field resources and delivery partners, laboratory relationships and national mobilisation capability.
How Soltera works
Soltera was built around the idea that reliable groundwater management requires continuity between monitoring design, field execution, data quality, data management and interpretation.
Use site history, hydrogeology and existing data to determine what the monitoring system actually needs to measure.
Collect groundwater levels, samples and logger data using repeatable methods, QA/QC and clear field records.
Process, organise, visualise and interpret monitoring data so the long-term record remains accessible and technically meaningful.