Innovative Environmental Solutions

What do we do

Stormwater Quality Assessment

The only effective solution for assessing risk to stormwater assets in Australia

Rapid and Portable eDNA Technology

No need to take samples back to the laboratory. Conduct rapid eDNA assays on-site

Pollution Assessment

Specialists in chemicals of concern identification and profiling and pollution management

WSUD performance assessment

Wetland and raingarden performance assessment

Better understand your WSUD features

Environmental Analytics and Intelligence

Custom and intuitive interactive data reports and dashboards to help you transform your data

Environmental Monitoring

Over 30 years experience in the design and analysis of environmental monitoring programs

Introducing the ZiP-P2

Revolutionising pathogen monitoring in the water industry

The ZiP-P2 Environmental test system offers an advanced, rapid, and portable solution for monitoring water quality in diverse environmental settings. Designed to deliver high-quality molecular testing on-site, the ZiP-P2 enables field teams to detect pathogens and sewage contamination within 20 minutes, eliminating the delays and costs associated with centralised laboratory testing.

The Team

Stephen Marshall

Director - Principal Data Scientist

Dr David Sharley

Managing Director

Matthew O’Brien

Senior Associate

The Importance of Integrated Environmental Monitoring (IEM)

Integrated Environmental Monitoring (IEM) is a continuous process that assesses environmental quality by measuring physical, chemical, and biological impacts. Effective IEM programs facilitate data sharing to address priority issues and support adaptive management, ensuring decisions evolve based on real-time data. At Bio2Lab, we recognise the value of integrating adaptive management into strategic investigations. Monitoring verifies if policies and actions achieve intended environmental outcomes, helping assess trends and inform adjustments.

Key Benefits of IEM:

Early detection of environmental issues
Informed adjustments to ineffective strategies
Better understanding of environmental pressures
Increased policy effectiveness and accountability
Stronger feedback loops for continuous improvement