A number of years ago, we designed, manufactured and installed the first of a number of single turbidity monitors to measure water quality for various sites throughout the South East of England. In order to ensure an accurate turbidity reading, the system was designed to incorporate the removal of air from the raw water sample prior to testing.
Following the successful deployment of these units, we were subsequently approached to develop a further system capable of providing triple validation.
The project was subject to an extremely tight deadline which precluded the option to conduct site testing of a working prototype. In this respect, we were under significant pressure to come up with a working design in a very short space of time.
As with any good design, the process started with ASSESSMENT, whereby our technicians gained a detailed understanding of the required project outcomes. Our design team therefore set about looking at the specific requirements of the system and performance criteria (for example the volume of sample flow etc.). From this assessment, a basic design was developed using our knowledge and experience from the previous single turbidity monitor. This was subsequently built into an appropriate prototype.
The next stage in the design cycle was EVALUATION – in this instance testing to assess the performance of the system. After initial tests were conducted, we were then able to revisit the design in order to test different outcomes and continue to improve overall performance against the pre-determined criteria.
At each stage of the development, we continued to work closely with our client, providing detailed and regular communication on progress, results and other relevant information.
The final design which met all pre-agreed requirements was approved by the client at the final factory acceptance test stage. The development of the system was conducted on schedule and within budget.