BeLifeWATER OPTIMIZED
How It Works

One device in the line. Water distributed downstream.

The installation point determines the scope—from a single room or operational zone to a broader plumbing branch or building main.

Three installation patterns

Match the plumbing scope to the operational goal.

Simplified restroom cutaway showing a BeLife unit installed before the branch serving a sink and toilet
Localized scope

One room or fixture group

Install on the branch serving a defined restroom, laundry area, treatment room, or specialty cleaning zone.

Simplified facility branch showing one BeLife unit feeding restroom, laundry, and treatment-room fixture groups
Department scope

A plumbing branch

Treat the water distributed to a department, floor, restroom bank, or operational area from one accessible line.

Simplified building cutaway showing a BeLife unit at the incoming main and treated water rising to every floor
Building scope

The incoming water main

Position at the appropriate building entry point so downstream outlets receive water that has passed through BeLife.

Ultrafine-bubble generation

Rotation and pressure change inside the core.

The JR East study describes water accelerating through the internal core and entering a rotating flow. The pressure decrease releases dissolved gas and creates microbubbles and ultrafine bubbles in the water.

  • ✓In-line installation
  • ✓No electricity used by the study device
  • ✓Water flow drives the process
  • ✓Water-quality, dissolved-gas, pressure, and flow assessment
Conceptual stainless-steel core cutaway showing water accelerating through openings, entering a rotating low-pressure region, and carrying fine bubbles downstream
Conceptual internal-core visualization based on Fuji Keiki's published negative-pressure principle. It explains the flow sequence and is not a dimensional engineering drawing.
01 · ACCELERATE

Water passes through openings in the internal core.

02 · ROTATE & DEPRESSURIZE

The geometry creates rotating flow and a low-pressure region.

03 · RELEASE DISSOLVED GAS

Dissolved gas forms microbubbles and ultrafine bubbles in the downstream water.

From assessment to observation

A practical five-step field workflow.

Water conditions and existing treatment equipment are evaluated alongside the plumbing—not after installation.

01

Assess the plumbing

Confirm access, nominal size, pressure, flow, available space, downstream scope, and the complete treatment train.

02

Check the source water

Record the water source, temperature, pH, conductivity or TDS, and the dissolved-gas or oxygen measure specified by Fuji Keiki.

03

Confirm fit and placement

Select the pilot scope and verify compatibility with filters, softeners, reverse osmosis, UV, aeration, pressure tanks, and well-water equipment.

04

Install and operate

A qualified plumbing professional installs the selected unit, and the site follows the agreed operating and observation plan.

05

Document results

Record baseline water conditions, operating settings, limitations, maintenance context, and defined pilot outcomes.

Bring us your plumbing and water context.

Apply for a Pilot