Factory drainage systems handle wastewater, washdown water, grease, oils, sediment and other debris generated during daily operations. Over time, this build-up can restrict floor drains, sewer lines and stormwater drains, increasing the risk of slow drainage, unpleasant odours, flooding and production disruption.
Tunnel Vision is here to explain how high-pressure drain cleaning clears industrial blockages, where drainage issues commonly occur in factories and how scheduled cleaning helps keep drains operating efficiently.
Factories often have several connected drainage systems, with each area exposed to different types of waste. The location of the blocked drain and the material inside it help determine the most suitable cleaning method, equipment and access point.
| Factory drainage area | Common causes of blockages | Potential impact |
|---|---|---|
| Floor drains | Grease, dust, production debris and washdown residue | Slow drainage, pooling water and disruption to production areas |
| Wastewater drains | Oils, sediment, manufacturing residue and solid waste | Wastewater backups and recurring drain blockages |
| Washdown zones and pits | Sludge, solids, debris and liquid waste | Reduced drainage capacity, overflow and disruption to operations |
| Sewer lines | Waste, foreign objects, grease and tree roots | Sewer blockages, unpleasant odours and wastewater backflow |
| Stormwater drains | Leaves, sediment, rubbish and production debris | Restricted stormwater flow and a greater risk of flooding |
Because factory drainage systems are often connected, a blockage in one area can affect drainage elsewhere across the site.
High-pressure water jetting sends a controlled stream of water through the affected drain to break up grease, oils, sediment, debris and other build-up inside the pipe. The pressure, nozzle and drain jetting tools are selected according to the pipe size, material, access and type of blockage.
Industrial drain cleaning generally involves four stages:
The most suitable method depends on the factory’s drainage layout, pipe condition, type of build-up and whether the issue affects floor drains, wastewater pipes, sewer lines or stormwater systems.
Drain jetting is suited to several common forms of industrial build-up, although the cleaning approach must be matched to the condition of the pipe.
Grease and Oils
Grease and oils can coat the internal walls of factory drains and trap other waste. High-pressure water helps break up these deposits and flush the loosened material through the line.
Sediment and Production Debris
Dust, sludge, sediment and production debris can settle inside floor drains, wastewater pipes and washdown systems. As the build-up increases, the available space for water to flow becomes more restricted.
Tree Roots and Foreign Objects
Problems caused by tree roots in pipes often begin when roots enter sewer or stormwater lines through cracks and damaged joints. Foreign objects and compacted waste can also create stubborn blockages that require specialist nozzles or additional removal equipment.
High-pressure water can clear many common industrial blockages, but it does not repair cracked, collapsed or severely damaged pipes. Where pipe issues continue after cleaning, further investigation can determine whether repair work is required.
Industrial drainage issues often develop gradually rather than causing an immediate blockage. Slow water flow from floor drains, unpleasant odours, pooling around washdown zones and grease or sediment around drain openings are common tell-tale signs that cleaning may be required.
Factory operators may also notice gurgling pipes, wastewater backing up into low points or stormwater drains struggling during heavy rainfall. Recurring blockages in the same section may indicate that build-up has not been fully cleared or that tree roots, damaged pipes or foreign objects are contributing to the problem.
In factories and other industrial environments, waiting until a drain is completely blocked can lead to wastewater backups, flooding and disruptions to production areas. Scheduled industrial drain cleaning helps remove build-up before it significantly restricts water flow.
A planned cleaning schedule can help factory operators:
The appropriate schedule depends on the type of waste entering the drains, production volumes, washdown activity and the site’s blockage history. Factories handling high levels of grease, oils, sediment or solid waste may require more frequent cleaning than sites with lighter drainage demands.
Over the long run, scheduled cleaning can help prevent flooding caused by restricted drains, reduce the risk of costly repairs and limit disruption to the business.
Plan cleaning around production
Cleaning can be scheduled during quieter shifts, planned shutdowns or periods when the affected production area is not being used. This helps keep people and equipment clear while the work is completed.
Confirm access and equipment requirements
Before the job begins, the drainage team should confirm the available access points and which drainage services and equipment are required. This may include high-pressure jetting, pipeline inspection or liquid waste removal where pits and washdown areas contain significant waste or solids.
Clean connected drains in stages
Where several drains connect to the same sewer or stormwater line, the work may be staged so the highest-risk areas are addressed first. This allows factory operators to plan the job around production requirements and reduce the likelihood of an unexpected blockage interrupting operations.
Factory drains require a cleaning schedule that reflects the site layout, production activity, washdown volumes and the type of waste entering the system. A planned approach helps clear blockages while accounting for site access, connected drainage lines and operational requirements.
Tunnel Vision provides high-pressure industrial drain cleaning for factories and other commercial sites across the Perth metro area. Contact Tunnel Vision to discuss the drainage issues affecting your site and arrange cleaning around your production schedule.
Useful details include the affected drainage area, available access points, the type of waste handled onsite and any recent blockages or flooding. Drainage plans or known pipe sizes should also be provided where available. Production schedules, site inductions and restricted work zones should be discussed before the job is planned.
Affected drains may need to be temporarily taken out of service while jetting, waste removal and flow testing are completed. The drainage team should identify connected lines beforehand so the factory can plan around the areas affected.
Pricing depends on the number and length of drains, access conditions, blockage severity, equipment requirements and the amount of waste that must be removed. Work involving vacuum trucks, restricted areas or cleaning outside normal operating hours may also affect the overall cost.
The disposal method depends on the type and volume of waste removed. Grease, sludge, sediment and other collected material should be contained, transported and disposed of according to the site’s waste-management requirements.
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Whether you require emergency response, scheduled maintenance, pipeline inspections or trenchless rehabilitation services, the Tunnel Vision team is ready to assist. Contact us today to discuss your project, request a quote or speak with our experienced team about the right solution for your site or property.
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