Arvia’s treatability trials provide the first step towards a solution for tertiary water and wastewater issues. Click the green button to book a conversation with one of our consultants to schedule your trial.
Arvia’s treatability trials provide the first step towards a solution for tertiary water and wastewater issues. Our trials are designed to tackle challenges involving water analysis and characterisation and to give a greater understanding of the necessary treatment options. Using our advanced water analysis equipment and our on-site Nyex treatment systems, our expert process engineers work to determine the best solution for each treatment challenge, dependent on your targets and budget.
We offer three levels of treatability trials; a standard, advanced and bespoke. Each trial includes consultancy from our engineering team resulting in a full report detailing expected removal rates and energy costs for the organic in question, along with our quote for your full scale system.
Our standard treatability trial offers a set of trials on the Nyex Rosalox or Nyex Ellenox using your water sample. We can analyse and report on levels of parameters such as TOC, COD, colour, turbidity, pH and conductivity pre- and post-trial. This Standard trial can take place at our laboratories in the UK or at your site.
The advanced trial offers everything available from the standard treatability trial but also enables us to analyse the removal of a specific compound using Nyex Rosalox or Nyex Ellenox. It involves a higher level of analytical understanding and complex analysis and can only be performed at our state-of-the-art laboratories in the UK.
As well as the organics analysis, some clients require a bespoke service due to the nature of their water sample. This service includes the analysis offered in the advanced trial plus the use of pre and/or post-treatment technologies. For example, we may need to use filtration to remove TSS prior to the trial, or apply a pH adjustment prior to or after the trial. This bespoke trial is performed at our laboratories in the UK.
All treatability trials are conducted in-house or on-site at your facilities. Trials are project managed by an experienced process engineer, from initial consultation through to water treatment recommendation and solution.
Our most popular trial is the advanced treatability trial whereby we do a full water analysis as per the standard trial but in addition, we also analyse the removal of a specific compound from the water. Here’s what to expect:
A kick-off meeting to discuss your technical requirements and establish a method statement.
Conduct a sample analysis which includes TOC, COD, odour, colour, turbidity, pH and conductivity before, during and post-treatment.
Begin conducting trials on either Nyex RosaloxTM or Nyex EllenoxTM, depending on suitability, gathering empirical technical data on specific compound removal.
Mid-way update to discuss progress and optimisation objectives. Secondary trials aimed at realising optimum system operating parameters.
Secondary trials aimed at realising optimum system operating parameters.
Detailed technical report to include results, review of target achievement, energy consumption and recommendation.
Review meeting to debrief on results and recommendations and to agree next actions.
Following a successful treatability trial, a formal proposal will be offered for a solution to your tertiary water issue. As part of the Programme Trial, recommendations may also be included, where necessary, of ancillary technologies for pre or post – Nyex treatment as concluded by our expert engineering team.
Arvia’s state of the art facilities and analytical equipment provide a unique platform for rapid treatability, optimisation and analysis of water quality under one roof.
This allows key water quality parameters such as COD, TOC, and colour to be extensively evaluated, as well as detailed analysis of specific compounds and micropollutants.
As specialists in removal of micropollutants and target molecules to parts per trillion – ppt ng/L, we can detect and monitor pollutants to trace levels with our advanced analysis equipment. This enables us to support industrial applications whereby the client needs to either reuse or discharge their effluent without breaching discharge consents.
