Product No. / SKU: MH-MAX
- Clean water for reuse or safe disposal
- Easy to manage dry cakes
- Simple to use
- Five models to choose from
Concrete slurry water filtration never has been faster, or more reliable.The MudHen series of portable concrete slurry water systems is designed for multiple modes of operation. The system comes standard with a 10-foot hose to suck slurry water out of any container. A standard garden hose connection on the output allows you to send the water to drain, to reuse the water, or to use the water to wash down your equipment. Cakes can be easily disposed of using optional trays or sludge bags, your wheel barrel, or your garbage bag/can.
Every Mudhen is Individual Made.
Current Ship Time is 2 – 3 weeks.
Customers who bought this item also bought:
The Slurry King! – For large scale slurry processing.
Twice the capacity and processing speed of Mudhen Model 2.0.
Equipped with an Ingersoll Rand air operated 1-1/2″ pneumatic pump. With 23 filter plates, the Max model requires a minimum of 8 CFM of air.
Produces between 14 and 20 gallons per minute of clear water, holding 4.5 cubic feet of solids.
Dimensions (L x W x H): 90″ x 32″ x 48″
Ships on:1.5 Pallet
Air Blow Down option for improved cake drying, 6″ Lock-In Rubber Casters: Yes, included
Filter Screen Efficiency Rating: Filter screens are rated at 1 – 2 microns nominal. If you absolutely must have 1 micron efficiency, a $120 Filter is available and it is attached to the “clear water” discharge outlet (with the filter installed, discharge will be 4 – 5 gallons a minute). The replacement filter media for this filter is $15.00 and it is typically replaced every one to three weeks.
Replacement Filter Screens: Intermediate cloth, $58.00; End cloth, $32.00. Typical replacement is every two years on concrete grinding, drilling and cutting applications. But they can last only one month if the concrete is allowed to harden on the screens (typically after a week). Once the concrete has harden in the pores of the screens, slurry water will not be able to pass through . . .
Symptoms of Needing New Filter Screens: As you are pumping slurry through the machine – up to 80 psi or so – the air pump will stall (which is normal, this also tells you that the filter chambers are full). But when you open or separate the filter chambers and you see that there is very little caking (debris) inside the chambers – mostly just slurry water. This means that the pores in the screens are closed and either need cleaned or replaced. As previously mentioned, they should be expected to be replaced about every two years.
Filter Screen Maintenance: We tell everyone to thoroughly clean the units at the end of the day including the screens and inside the chambers with a pressure washer – and especially if the unit is going to sit for a week or so. However, guys have been know to let the units sit for a month with slurry in them and they work just fine.
|dimensions (LxWxH) in inches||49x31x48||55x31x48||70x31x48||96x31x48|
|weight in lbs||457||576||660||800|
|peak processing speed in gallons per minute||2 gpm||6 gpm||12 gpm||21 gpm|
|air requirement @ 90 psi||5 scfm||8 scfm||8 scfm||12 scfm|
|filtration capacity in cubic feet||.3 CF||1 CF||2 CF||3.5 CF|
|air blow down feature||yes||yes||yes||yes|
|suction line ID dimension in inches||1 id||1 id||1 id||1.5 id|
|hydraulic jack in ton||12||12||12||12|
|Ingersoll Rand pneumatic pump in inches||1.5||1.5||1.5||1.5|
|full automation operation||NA||NA||*||*|
How it Works: Set-Up, Basic Operation, Filtration Efficiency.
- Mudhens are very simple and can be operated out of the box with virtually no reference to the instructions, although an easy to use owners manual and DVD is included.
- Roll or position the Mudhen near the slurry.
- Turn Operation Controller on the control panel to “off” position.
- Connect air compressor hose to Mudhen’s air fitting.
- Place the 1″ slurry intake hose into the container of slurry that needs processed.
- Attach output hose and secure the end of the hose that the clear water will flow from (the hose end needs to be tied down, for at times it will buck and spray water.)
- Adjust the Mudhen’s control regulator to a psi of 20.
- Turn Operation Controller on, the system will begin to pump slurry through the Mudhen.
- As back pressure builds in the Mudhen and the pump slows, increase the psi by 20 pound increments. This is done up to 80 psi, but not to exceed 80 psi.
- The filter screens in the plates will capture the solids and the clean water exits the system through the output hose. The operator can leave the unit while it is processing slurry.
- When the Mudhen’s pump sounds like it wants to stall or it pumps infrequently (or when the clear water being discharged is minimal or stops), this is your signal that the filter plates on the Mudhen are full. At this time caked solids need to be dropped . . .
Removing the Caked Solids – Empting the Filter Plates.
- Remove the slurry line from the sludge and allow the end to hang in the air so the pumps sucks air and pushes it into the filter plates. This purges any water from the pumping lines while air drying the fines contained within the filter plates. Allow it to operate this way for a minimum of 5 minutes (the longer it operates this way the drier the cake. It can operate this way with no damage to any of the components for any length of time.)
- Turn Operation Controller “off” > Turn Operation Controller to “dry” > Turn Isolation Valve (in the center of the plumbing) to its “off” position (this will allow more air to travel through the plates for additional drying.)
- Water will sputter out of the output hose for two minutes. When only air is being expelled, “open” the Isolation Valve.
- Turn the Operation Controller “off” > Loosen the hydraulic jack pressure relief valve and unscrew in the extension nut on the jack to allow for clearance and to clean the screens on the filter plates.
- Release the jack cylinder. Open the filter plates and clean the individual screens with the enclosed scraper. Avoid sharp objects on the cloth screens. As you open the filter plates, the caked debris is released and drops into a wheel barrel or tray. Manually pushed each filter plate back together. Set the jack cylinder. Open the air valve and the process automatically repeats as slurry waste begins to pumped through the plates.
- The typical cycle to empty the filter plates and drop the caked plates, and then the reassembly is less than 10 minutes. At the end of the day the screens should be rinsed for storage to eliminate any debris or concrete build up.
- After every 1 to 4 weeks depending on the nature of the slurry, pressure wash the cloth screens to ensure open and clean pores for proper filtering.
Fast, High Productivity – Producing Solid Caked Plates & Crystal Clear Water
OPENING (Emptying) the FILTER CHAMBERS
Why Choose a Mudhen?
EASY TO USE
The MudHen concrete water system is portable and utilizes large casters to easily move the unit around a job site. The concrete water equipment can be pushed into the jobsite by hand and doesn?t require a forklift. The press utilizes simple mechanical controls and heavy duty construction to eliminate employee errors and problems. Concrete water recycling was never so easy!
RELIABLE – MADE IN THE USA
The concrete water system is built right here in the USA. All components are parts are interchangeable with standard components that are easily found. No more waiting for service and parts that originate from outside North America. The MudHen concrete water system is built to last, and when service is needed – components are carefully selected to minimize the downtime. The MudHen has the lowest cost of ownership for maintaining.
FAST & PRODUCTIVE
The MudHen Model 1.0 Concrete De-Watering System comes standard at over 200 gallons per hour of processing capacity and can be easily accessorized with a larger compressor to handle over 500 gallons per hour of capacity. Model 1.0 will easily outpace most teams of concrete professionals that are sawing and grinding with industrial equipment, while the Mini Model keeps up to a (1) 30″ grinder on its initial cuts (which produce higher concentrations of solids).