AmeriPro Environmental ServicesFLOOD RESPONSE / DEPLOYMENT DEVELOPMENT
REV C / INTERFACE CONCEPT / NOVEMBER 2026

Two trailers.
One response.

A proposed site arrangement and functional controls review. Routing is schematic: there are no approved separation distances, hose lengths, setpoints or field operating instructions in this study.

SITE INTERFACES / NOT TO SCALE

Keep the paths distinct.

Bulk water moves to an authorized receiver. DryForce circulates process air through a separately assessed drying zone. No floodwater enters the drying plant or potable fleet.

Proposed flood response site arrangementWater is pumped from a flooded area at left through MFP-500 to an authorized receiving point. DryForce, at right, receives process return air from a separate assessed building zone and supplies dry air back. Regeneration air and wet exhaust follow a separate outdoor route. Shared access remains open through the center. Not to scale. DEPLOYMENT INTERFACE STUDY / NO DIMENSIONAL SCALE FLOODED AREASource / contamination assessmentScreened intake: W-01 Suction MFP-500Local control / drive / pumpingW-02 discharge Discharge hose AUTHORIZED RECEIVERDestination / capacity to be approved RESERVEDSITE ACCESSCLEARANCES TBD ASSESSED DRYING ZONEBuilding isolation / moisture surveySupply & return kept distinct A-01 returnA-02 supply DRYFORCESeparate process / regeneration pathsPWR-01 power interface A-03 regeneration inletA-04 wet exhaustOutdoor terminations / airflow separation TBD ENGINE EXHAUST / FUEL / POWER ROUTES OMITTED: SITE-SPECIFIC DESIGN REQUIRED

Highlighting changes emphasis only. The diagram does not authorize pumping and drying to begin simultaneously; the site assessment determines sequencing and isolation.

PROPOSED CONNECTION SCHEDULE

Define every boundary.

Connection IDs are concept identifiers. Final couplings, ratings, duct sizes and electrical interfaces remain supplier selections.

IDInterfaceCurrent concept basisRequired design closure
W-01Pump suction6 in nominal hose studyVacuum rating, inlet geometry, screen, suction conditions and NPSH review
W-02Pump discharge6 in nominal hose studyPressure rating, restraint, hose losses, receiving capacity and discharge acceptance
A-01Process return20 in nominal layout reservationActual airflow, static pressure, filtration and contamination boundary
A-02Dry-air supply20 in nominal layout reservationDuct distribution, temperature, airflow and moisture-load study
A-03Regeneration inletSeparate outdoor-air pathSupplier inlet requirements, air quality and termination position
A-04Regeneration wet-air outletSeparate outdoor exhaust pathTemperature, moisture, duct losses, condensation management and termination
PWR-01DryForce electrical supply19.7 kW connected-load studyVoltage / phase, kVA, starting demand, protection, earthing and switching
MON-01Monitoring / telemetryOptional status reportingData record, signal loss and independent local protections
FUNCTIONAL REVIEW / NO LIVE EQUIPMENT

Review the fault response.

Select a condition to inspect the candidate behavior. This viewer does not simulate PLC timing, setpoints or a certified protective system.

Design review scenario

Fault detection, safe states, heater behavior and restart rules require supplier coordination. No numerical thresholds are assigned in this revision.

CANDIDATE CAUSE & EFFECT

01 / CONNECTIONS

Specify the interfaces

Reconcile the proposed schedule with vendor flanges, hose kits, duct openings and the selected electrical architecture.

02 / CONTROL LOGIC

Write the cause & effect

Define protective inputs, independent devices, fault priorities, stop / cooldown behavior and reset requirements.

03 / ACCEPTANCE

Prove the boundaries

Document supplier-approved tests for flow, airflow, signal loss, protective trips and loaded road mass.

Rev C review package

Connection ownership, functional fault responses and acceptance evidence for the next engineering review.

Read design notes →