Data Management Support
Data Management Support
Per- and polyfluoroalkyl substances (PFAS) are a group of synthetic chemicals characterised by fluorine atoms bonded to carbon atoms. These compounds have unique properties that make them resistant to heat, water, and oil, which has led to their widespread use…
PFAS FAQs – Frequently Asked Questions What are per- and polyfluoroalkyl substances (PFAS)? Answer: PFAS substances, also known as Per- and polyfluoroalkyl, are a group of artificial chemicals that have been used in various industries since the 1940s. These substances…
How can ESdat Environmental Data Management software help with per- and polyfluoroalkyl substances (PFAS)? ESdat Environmental Data Management software can be a valuable tool in managing data related to per- and polyfluoroalkyl substances (PFAS). PFAS are a group of human-made…
Great news for professionals in environmental science and geotechnical engineering! ESdat Environmental Data Management is thrilled to announce that TabLogs now seamlessly supports direct data exports to ESdat, offering users unprecedented convenience and efficiency in managing their environmental data. ESdat…
At ecoforum/SustRem 2023, Nick Cowman (COWMAN Advisory) sat down with several Industry professionals to ask them about their experience and thoughts on current Industry trends. Watch each of the videos below and learn about a range of topics, from the…
Many organisations that conduct recurring monitoring employ consultants or other organisations to collect and report their data. This collected site data is an important asset for the organisation, representing a significant investment. Hence, it must be retained in a high-quality…
1. What is the PFAS National Environment Management Plan? PFAS National Environment Management Plan (NEMP) is a policy that provides a consistent framework across Australia for the environmental regulation of PFAS-contaminated materials and sites. The plan was published in January…
ESdat Geochemistry Graphs provide a comprehensive solution for visualizing geochemical data in milliequivalents per litre. These diagrams encompass widely used formats, including Piper, Schoeller and Durov diagrams. Try ESdat Geochemistry Graphs Free Geochemistry Graphs provide a comprehensive solution for visualizing…
Are you concerned about staying compliant with environmental regulations? Want to track exceedances quickly and efficiently? ESdat can help. Check out ESdat’s regulatory compliance features.To learn more about ESdat, get in touch with us or visit our site: ENVIRONMENTAL COMPLIANCE…
Geochemistry graphs are valuable tools for the visualization and interpretation of geochemical data. Each type of graph serves a specific purpose and is suited for different scenarios. Let’s explore the Piper, Schoeller, Durov, Ternary, and time series graphs, including what…
A Ternary diagram or Ternary plot is a powerful tool for visualizing geological data. Some examples of geological data that can be plotted on a ternary diagram include: Overall, ternary diagrams can plot various geological data, making them a valuable…
Staying on top of data management is already a tough task for environmental scientists and engineers, but what happens when projects expand? With larger (and possibly more complex) databases, it’s important for scientists and engineers to continuously improve their data…
Ternary Diagrams in Geochemistry? A ternary diagram, also known as a ternary plot or triangle plot, is a three-variable graph used to represent the composition of a mixture or system composed of three components. These ternary diagrams are typically displayed…
We are excited to announce the release of ESdat GeoChem for geochemical data, a game-changing addition to the ESdat environmental data management software suite. With the launch of ESdat GeoChem as part of Version 4.5, users can now experience unparalleled…
How to improve your environmental data confidence When your environmental data is handled by multiple team members, labs, and stakeholders, it can be easy to feel unsure about your data quality. On top of that, there’s the need to cross-check…
Two diagrams used in the analysis of groundwater are Durov Diagrams and Stiff Diagrams. These diagrams help scientists and researchers understand the composition of groundwater and its ion concentrations. Let’s start with Durov Diagrams. Imagine you have a glass of…