SumpFlush

SumpFlush – Compact Wastewater Pumping Station for Surface & Groundwater

The SumpFlush is a fully automatic, space-saving wastewater pumping system designed to lift surface and ground water to a higher level when gravity drainage isn’t possible or economical. Ideal for a range of environments—including residential, commercial, hospitality, and public sector applications—it delivers dependable performance where compact design and efficiency matter most.

With a vortex impellor and max vertical lift of 6.8m, the SumpFlush is perfect for smaller installations such as basements, extensions, car parks, and cavity membrane systems.

🔧 Key Features:

• ✅ Vortex Impellor – Designed for high flow with minimal clogging

• ✅ 65L Storage Capacity – Compact, yet powerful enough for moderate inflow

• ✅ Compact Chamber – 350mm x 350mm clear opening, ideal for tight spaces

• ✅ Durable Polyethylene Tank – Lightweight and corrosion-resistant

• ✅ FACTA AA Galvanised Steel Locking Access Cover – Included as standard

• ✅ Discharge Outlet – 1¼” solvent weld Class E PVC

  • Optional reducers to 1½” or 2” available to reduce friction loss

• ✅ Customisable Inlet Positions – Inlets can be drilled to suit site layout

📦 What's Included:

• Single automatic submersible vortex pump

• Polyethylene chamber

• Internal pipework and fittings

• 50mm & 110mm rubber wall seals

• Solid top galvanised steel access cover (FACTA AA rated)

📌 Suitable Applications:

• Surface water from car parks, downpipes, or wash areas

• Groundwater removal in basements and extensions

• Drainage for outbuildings and small commercial spaces

• Cavity membrane drainage systems

⚠️ Not suitable for foul waste. For foul water applications, contact our team for the appropriate packaged pumping station.

✅ Optional Add-ons:

• Battery Backup Systems – For flood-prone areas or critical environments

• High-Level Alarms & Remote Alerts – For real-time system monitoring

• Twin Pump Systems – Recommended where inflow cannot be controlled, in line with BS 8102:2022 and PCA Guidelines

Downloads

Data Sheet