Course
Water extraction is the most time-critical task in any water damage response. Every minute standing water remains in contact with porous building materials increases absorption depth, extends the drying timeline, and increases secondary damage costs. This course covers the operational fundamentals of professional water extraction: why it matters, how to do it safely, what equipment to use, how to apply the right technique for the material type, and how to manage waste correct
A CARSI-issued credential — not an IICRC certification. CARSI is an IICRC CEC Accredited provider. IICRC certification is obtained through a school and examination approved by the IICRC. Verify a credential.
Instructor CARSI Catalog
$29AUD
One-time payment — lifetime access
or included with CARSI Pro — $795/yr
$29
Price
0.5h
Duration
1
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About this course
Water extraction is the most time-critical task in any water damage response. Every minute standing water remains in contact with porous building materials increases absorption depth, extends the drying timeline, and increases secondary damage costs. This course covers the operational fundamentals of professional water extraction: why it matters, how to do it safely, what equipment to use, how to apply the right technique for the material type, and how to manage waste correctly.
Topics covered: the purpose and urgency of extraction, site safety assessment before extraction begins, extraction equipment selection, extraction techniques for different material types, and compliant waste disposal.
Standards applied: IICRC S500, Safe Work Australia Model WHS Regulations, state EPA waste disposal requirements.
Outcomes
01
Earn 1 IICRC Continuing Education Credits (CECs) toward maintaining an existing IICRC certification
02
Apply current Australian and New Zealand methods to real-world restoration jobs
03
Build competency in training the IICRC does not offer locally — a CARSI-issued credential, not an IICRC certification
04
Receive a verifiable digital credential for your professional portfolio
Syllabus
9 modules · 9 lessons · 0.5
01
02
03
04
05
06
07
08
09
Free lesson
No account needed
Here is what extraction actually does and why it has to be your first priority the moment you walk onto a wet site.
Free water is water that has not yet been absorbed into building materials. It is sitting on your floor surface, it has wicked into the carpet pile and underlay, it has run under the skirting boards and into the base of wall cavities. Your job in the extraction phase is to pull as much of that water out mechanically, before the drying system ever has to touch it. The reason this matters comes down to efficiency. Extraction removes water at roughly 1,200 times the rate that evaporation can. Every litre you pull out with a wand or a weighted extraction tool is a litre your air movers and dehumidifiers never have to process. That directly reduces the number of drying days, the amount of equipment you need to leave on site, and the total cost of the job. On a large loss, the difference between a thorough extraction and a rushed one can be several days of drying time and thousands of dollars in equipment hire.
The scope of extraction is wider than most new technicians expect. It is not just about clearing the visible puddle off the tiles or the wet patch in the middle of the carpet. Water migrates. It travels horizontally under floor coverings, it drops through gaps and penetrates into subfloors, and it wicks vertically into the base of gyprock walls. If you only extract the obvious surface water and call it done, everything you missed has to be evaporated instead. Evaporation is slow, it stresses the building materials for longer, and it costs the insurer and the property owner more. Effective extraction means working the wand or extraction head systematically across every affected surface, including carpet and underlay, and paying attention to the perimeter of rooms where water consistently migrates toward wall cavities.
Timing is the other non-negotiable. Extraction starts as soon as the site is confirmed safe to enter and the water source is controlled. You do not wait until the scope is fully documented, the job is logged in the system, or the assessor has signed off. In practice, if you are working with a second technician, one of you begins extraction while the other photographs and documents. If you are working alone, take your site photos first, then start extracting immediately. A common situation you will run into is arriving at a job where the homeowner has already been waiting several hours since the loss occurred. They might say something like, "The insurance company told me to wait for the assessor before touching anything." Your response is to explain clearly that extraction is not remediation, it is emergency response, and that every additional hour of standing water increases the damage. Get the water moving out, and document everything as you go.
Practically, here is what this looks like on the job. You arrive at a kitchen loss, dishwasher failure, water has spread across vinyl planking and into the adjoining carpeted living room. Before you touch anything, photograph the full extent of the affected area from multiple angles. Then start extracting the hard floor first to stop further migration, move to the carpet and work in overlapping passes, and finish with slow, weighted passes over the worst-affected zones to pull water out of the underlay. If your extraction unit measures volume, record it. That figure tells the story of how significant the loss was and supports the scope you will submit. When the homeowner asks, "Is all the water gone now?" the honest answer is, "We have removed the free water. The materials still hold moisture and that is what the drying equipment handles from here." That one sentence manages expectations and sets up the next phase of the job.
Who it is for
Enrol
Earn 1 IICRC CECs and a verifiable digital credential on completion.