Dewatering rigs working in BC and AB

At NCS Fluid Handling Systems we take it dewatering, water treatment and hydro-testing seriously by incorporating the latest automated processes and the most up to date solutions, there is only one name in Dewatering and that is NCS Fluid Handling Systems

At NCS Fluid Handling Systems we take it dewatering, water treatment and hydro-testing seriously by incorporating the latest automated processes and the most up to date solutions, there is only one name in Dewatering and that is NCS Fluid Handling Systems

Today’s pictures come compliments of Brad Penner and his team who get to wake up every morning to these beautiful scenes in big sky country, getting to play (we mean work) with big toys (we mean equipment) on the dewatering project that has the added scope of river diversions and water treatment systems.

Brad explained when he arrived on site to the spread boss that he operated Unit NEX-005 which was #5 of 5 of the Moses dewatering rigs. The spread boss had to ask, “why Moses” and Brad replied, “cause when we are done, we part the waters and make it dry to cross”. ;0) 

Having an in-house team of engineers allows the NCS Fluid Handling Systems team to provide a full compliment of dewatering options as well as water treatment appropriate for the conditions and discharge permits. Any professional engineer who deals with soils should have good knowledge about the soil-water relationship and our team provides our clients that level of confidence. This is where NCS Fluid Handling Systems has gained customer trust and a solid reputation for delivering dry excavations.

NCS Fluid Handling Systems designers consider ground hydrology with an emphasize on sub-surface flow characteristics and geological soil type and conditions. NCS Fluid Handling Systems designers and technical products representative work to ensure that our customers are aware of benefits derived from reduction of ground water pressure and respective increase in soil stability and strength. The net results are improved in slope stability and the required increase in bearing capacity which is required for the long-term utilization of such assets as water and energy pipelines.