Water Treatment Solutions for Australasia
Advanced technology with minimal CAPEX and OPEX. Simple solution to solve your water needs.
Instead of trucking the wastewater offsite, OLEOLOGY has designed a system to treat water onsite with the smallest footprint and cleanest outcome.
Emulsified oil can be removed to 1ppm (parts per million) to ensure clean and safe discharge to the environment.
OLEOLOGY’s mission has always been to provide all industries with the safest and lowest environmental impact solution. Avoiding landfill and reducing waste by recycling water onsite has been a successful outcome for many clients around the country.
Since 2006, OLEOLOGY has committed in-house research & development on PFAS contaminants and removal of all analytes and precursors.
OLEOLOGY is now receiving international recognition as the only technology in PFAS removal to achieve below detectable levels.
The PFAS Water Treatment System can also removal ALL analytes in 1/20th the footprint with no waste.
Need to manage stormwater run off?
Easy install for any existing stormwater pits or new, to remove oils and hydrocarbons left from neighbouring car parks before reaching the stormwater drain. Prepare any location before winter to capture any runnoff with minimal maintenance required.
Protect surrounding water sources and prevent future liabilities.
Monitor your system without leaving the office. OLEOLOGY can monitor treatment plants to maintain optimal performance and reduce OPEX even further.
OLEOLOGY uses the latest safety applications for onsite monitoring for all personnel. Treatment plants are built to Australian standards to ensure safe operation with safety features on each system.
This is the third article in a three-part series considering the challenges PFAS (per or poly fluorinated alkyl substances) present to the environment and potential solutions. Most short-term acute generation of PFAS is from the use of AFFF (aqueous fluorinated firefighting foam) in firefighting exercises and responses. More chronic and gradual long-term generation occurs from […]
This is the second article in a three-part series considering the challenges PFAS (per or poly fluorinated alkyl substances) present to the environment and potential options for overcoming such challenges. Part I of this series can be found here. The thermal stability and chemical inertness of perfluoroalkyl substances (PFAS) has led to these man-made chemical […]
This is the first article in a three-part series considering the challenges PFAS (per or poly fluorinated alkyl substances) present to the environment and potential options for overcoming such challenges. In centuries past, chemistry was a dangerous profession. Carl Wilhelm Scheele (1742-1786) was dubbed “hard luck Scheele” by Isaac Asimov, because others often got credit for […]
American activist Erin Brockovich has warned all levels of government in Australia to act swiftly to prevent the spread of PFAS chemical contamination, with more affected sites coming to light. Key points: More than 60 sites in Queensland are believed to be contaminated by PFAS A university campus and a residential development are being built […]