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WinCan [Series 2] Coding Software for Pipe Inspections

Customer Stories, For Everyone, Infrastructure

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WinCan provides coding software for pipe inspections – drinking water, wastewater and stormwater – using Deep Trekker pipe crawlers, the DT340 and DT320 Mini Crawler. 


Coding Software for Pipe Inspections 

What does it mean to “code” a pipe?  If you have heard of this term or have heard something similar related to pipe inspections, this one is for you!  

We are aware that pipes exist and we are aware that there are sewer and drinking water pipes. We receive clean water for showers and washing dishes, then flush our toilets and do our laundry. But we don’t invest much time thinking about what happens beyond this.

We’ve provided a crash course on the various networks of pipes running in concert with road networks – water pipes, drinking water, sewage water and stormwater.

Read more: WinCan [Series 1] CCTV Pipe Inspections: Software Integration Packages

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Drinking & Potable Water

Drinking water or potable water is retrieved from a source, whether a fresh water lake, underground aquifer or meltwater from a mountain. The water is delivered via pipe into a treatment plant to ensure it is safe for human use and it is then distributed through pumps and pipes throughout the city. It usually runs in grid patterns, with main lines being split by smaller branches and then into the smallest branches, delivered into buildings – these are the service connections or laterals.

Wastewater & Sewage

Sewer pipes work in the opposite direction. Water expelled from buildings is sent “down” a lateral or service connection into a sewer pipe network. This includes water from home drains – sinks, washing machines, baths and toilets. The water is then delivered via pipes to a treatment plant. The treatment plant is able to remove various bacteria in the wastewater and return it to the environment.

Stormwater

Storm water, the often forgotten or lesser known of sewers and drinking water, acts similar to sewage pipes in that it works the water away from the buildings or roads it is built into. These networks collect water from precipitation or meltwater and deliver it to a managed area as a pond. This is a crucial part of any community design – storm water collects many chemicals as it traverses across farm land, industrial areas and across roads covered in car spills. It also acts as the main force of flood prevention, as floods are the most common after spring melts or during precipitation.

Decades ago, storm and sewer pipes were often combined.  This increased the likelihood and severity of sewer backups and floods.  Floods and sewer backups can cause health scares and are extremely important to avoid.  

Pipe Inspections: Health, Safety & Regulations

Deep-trekker-Pipe inspections

An important part of maintaining public health, avoiding costly repairs and protecting the environment is to regularly inspect infrastructure. Infrastructure is deteriorating and inspections are critical to help prioritize where scarce resources for repairs are put into action.  The best practice of maintaining these pipe networks in the 21st century is to inspect the entire network, noting which pipes are in the worst condition and which require immediate repair.

Although this sounds simple – “throw a camera in those pipes!” – well not so fast … how many people can tell exactly what can go wrong in a pipe, what is catastrophic or what can be put off? The good news is that there are resources to help with this. In North America, we use a system called PACP, brought forth by an organization dedicated to water infrastructure, NASSCO.

NASSCO set out on a mission to define various defects within a pipe and has been successful with over 20,000 members using their standards as they inspect pipes. They designed a course that shows the types of defects – tree tops infiltrating pipes, pipes becoming disjointed, collapses, etc. They also use a numerical code (1-5) to determine the severity of a defect and the difference between each defect range.

The next step is thinking about the end goal of a pipe inspection, what needs to be done and what is the best way to approach it. When inspecting a large network of pipes, you want to be able to figure out where the worst areas are and focus on this first. When you repair a pipe, either by excavating (digging a hole) or by using trenchless technologies such as pipe lining, you are involving manpower and equipment. It is far more efficient to deploy these resources into areas with multiple tasks then to continually deploy for individual jobs.

WinCan Coding Software for Pipe Inspections

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How do I combine data and build something that makes sense? I know I need to place a camera in pipes to gather this data, but what do I do with the video and results? This is where WinCan pipe inspection software comes to play. WinCan offers users an easy to use platform for data collection and analysis.

WinCan’s software program operates from a computer, either simultaneously or after the inspection video is taken. The video is delivered from the camera device (a pipe crawler in this case) and is recorded by the program.

You can also name a pipe, identify its attributes (diameter, type of material, etc) and log where the defects are located, its severity and repair strategies. The software compiles this data in an easy to digest format. It also gives you a report in NASSCO compliant format to allow you to view yourself, or deliver to a customer whom you are inspecting for. In some modules of WinCan, you can tag pipes onto a GIS (Geographical Information System) map. The map allows you to visualize where “hot spots” are located or in other words where the majority of your repairs are required. 

Contact us today for more information on WinCan Integration Software

Read more: Sewage Inspection Technology: 6-inch Pipe Crawler

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