Research shows that communities believe it is the role of government at all levels to manage environmental issues and that they expect proactive leadership in this area.
The use of water in pipeline cleaning is inevitable, but different processes require different amounts of water, and it is fully dependent on the circumstances of the case. Clearflow balances a range of important factors, including care of the environment, when presenting alternatives and making recommendations. It is ultimately the client’s decision as to which process will be adopted.
"As part of our consultation and problem analysis, where the anticipated consumption of water outweighs the perceived benefits to be achieved, Clearflow will recommend an alternative process to the client."
It is our well-substantiated belief that the amount of water, power, salt, chemicals and the physical impact on the footprint of work by the necessary equipment cannot be justified in terms of benefits achieved. This is supported by the fact that ninety percent of urban and regional councils and state water authorities in Queensland, NSW, Victoria, South Australia and Tasmania, which have the highest concentration of populations and industry, do not contract ice pigging services.
Ice pigging service providers point out that air scouring is only suitable for pipelines of less than 375mm in diameter. This is absolutely true, but for larger diameter pipelines pigging is a more appropriate process, for many of the above-mentioned reasons. Documented case studies of ice-pigging report successful results in situations where the pipelines had either never been cleaned, or had not been cleaned for many years. In these cases, most cleaning processes would yield results as the pipes are so dirty.
The issue is what is left behind and whether the pipes are completely clean. Please take a look at Clearflow Australia’s projects where our client feedback demonstrates that excellent results can be achieved without the range of environmental drawbacks associated with ice pigging.