There are many ways that sinkhole remediation experts can fix a sinkhole on someone’s property. Some techniques and equipment might be more applicable in certain situations over others, and one of the common methods for fixing sinkholes is known as compaction grouting. Brooksville residents will probably not know what compaction grouting is and when it is used unless they were a professional that works with sinkholes. Compaction grouting improves soft and compactible soils to stabilize existing structures that may be affected by an ever-expanding sinkhole. This technique can also stabilize pipes and tunnels that may also be at risk of being affected by an active sinkhole.
What is in the Materials Used in Compaction Grouting?
Many people are mystified by the idea of a substance being injected underground in order to fix and potentially correct the issues caused by sinkhole activity. When it comes to compaction grouting, Brooksville residents should know it is not some magical material that only professionals will have access to. Compaction grouting typically involves injecting a thick or stiff homogeneous grout mixture with high pressure and low injection rates to displace and compact soils. This mixture can be different depending on the type that is being used, but it is very comparable to concrete mixtures. Some are made of various materials, but the overall goal is the same.
How Does Compaction Grouting Fix Sinkhole Damage?
Sinkholes are created when certain types of soils and sediments are displaced or eroded from constant groundwater exposure. When it comes to compaction grouting, Brooksville residents should know that the grout mixture is injected into these newly formed holes, typically in the shape of a column or bulb to provide additional support to the structures on the surface. By filling up these empty spaces, it makes it less likely that a giant hole will open up on someone’s property and swallow everything. This material is also great because it is not going to deteriorate over time like the soils and sediments that were eroded by groundwater.
*Disclaimer: The views expressed here are those of the authors and do not necessarily represent or reflect the views of 1st Choice Plumbing Inc*
