Influent Characteristics : Flow 0-150, 100 GPM Nominal Flow. Influent pH 2-12 pH units. Temperature 32-140 F. 

Effluent Characteristics : Flow, Continuous flow normally equal to the influent flow rate, peak flows to 300 GPM when intermittently operating in the Batch mode.  pH, Nominal discharge range is 6.50 - 8.50 pH units. (Actual discharge limit is field programmable)

Effluent Monitoring : As mandated by the local controlling authority the effluent quality must be continuously monitored. A two pen recorder is to be used to monitor effluent flow rate and pH. The recorder is to be equipped with a flow totalizer. Any effluent pH deviations will trigger an alarm and system discharge will be halted.

The system displayed here is a high temperature, steam sterilizeable LT100 from our labTREAT family of laboratory pH adjustment systems, which is capable of treating flows up to 100 gpm average flow and a peak flow 150 GPM. This family of pH adjustment systems can handle flows up to 300 gpm peak. Although actual throughput is a function of water chemistry. The labTREAT family of pH Adjustment systems all utilize our proprietary "Optimized Hybrid Batch" pH adjustment technology.

These systems are well suited for high flows of  acidic or  alkaline effluents, such as research laboratories, university science labs, semi-conductor fabs, etc.

Air : Less than 1 SCFM @ 80 PSIG. No special requirements for air quality.

Dimensions : 72" x 158" x 84"(h). Access to the front of the skid and the both sides is required for ease of service. Dimensions do not include the Main Control Panel which can be mounted anywhere on the system perimeter or a nearby wall.

Weight : Approx. 5,900 lbs. dry. (not inc. shipping crate).

Containment Pan : A Polypropylene (PP) containment / drip pan is provided for insulating the steel skid from leaking or spilled corrosive fluids and for containment of leaks. A floor drain is provided for draining the containment pan to a sump. The pan is fabricated from 1/2" PP and features 8" high walls.

Treatment Tank: The treatment tank is a custom fabricated 304L SS vessel with internal baffles. The tank and entire system may be steam sterilized.  The tank top is reinforced and gasketed. The top will support all mounted equipment and the weight of one 200lb. man without significant deflection. The system shown here is fabricated from 304L SS, however, all commercially available materials are available including PP, FRP, 315 SST, exotic alloys and all thermoplastics.

Reagent Storage Tanks : Chemicals for treatment are pumped directly from onboard day tanks. These tanks can be automatically refilled from a bulk chemical distribution system, or they can be manually filled using drum pumps and 55 gallon drums. Alternatively, chemicals can be pumped directly from 55 gallon drums using our unique drum suction wands. 

Piping : All recirculation, transfer and discharge lines are fabricated from butt welded 304L SS pipe. Threaded fittings are not used unless absolutely necessary. All reagent delivery lines are flexible PFA tube double contained within a clear  flexible PVC hose, clamped at each end to seal leaks. Alternate piping systems are available and commonly used.

Valves : All ball valves are true union field serviceable valves. All diaphragm valves are flange mounted. Elastomers are EPDM and Teflon except on concentrated acid lines where the elastomers are Viton and / or Teflon. Alternate piping systems are available and commonly used.

Electrical : All enclosures are NEMA 4X, where metallic enclosures are used they are provided with epoxy or polyester finishes for corrosion resistance. All conduit is plastic coated where possible. Low voltage 24VDC is used throughout to minimize service personnel exposure to high voltage. All panels are OSHA LOTO and NFPA 79 compliant, additionally UL-508 listing is available.