Flood barrier applications and use cases
TubeBarrier is a temporary flood defence for urban and rural environments. The system is also described
for industrial leakage or seepage situations and for temporary water storage. This page brings together
practical application pages and explains where a reusable, water-filled barrier can be relevant.
One reusable system for different locations
TubeBarrier is described as quick and easy to deploy, reusable, and suitable for use at different
locations. The barrier uses the floodwater itself as a barrier and can be installed without electricity,
heavy equipment or water pumps.
- Temporary flood defence for different environments
- Reusable and suitable for multi-location use
- Can be deployed on different subsoil conditions
zippers, protective flaps, anchors and an integrated drainage system. For public website copy, it is best
to keep claims practical and conservative rather than overly specific.
Application pages
The pages below are example application pages on the live website. They are useful as sector-oriented
guidance, but the core product truth stays the same: a temporary, reusable flood barrier system with a
modular setup and conservative design logic.
Municipalities and water boards
Example page for public-space and local authority use cases.
Hospitals
Example page for healthcare-site planning and vulnerable access points.
Construction sites
Example page for temporary layouts, changing boundaries and site access.
Construction flood barriers
Additional construction-focused page on the live site.
Warehouses
Example page for loading docks, stock access and operational continuity.
Schools
Example page for campus-style environments and shared access routes.
Data centres
Example page for critical infrastructure and low-level service access points.
Event venues
Example page for temporary sites, visitor areas and service access.
Hotels
Example page for hospitality entrances, service zones and guest-facing areas.
Retail
Example page for entrances, stock protection and practical access management.
Ports and harbors
Example page for quay-side, ramp and maritime operational environments.
Homes and residential use
Example page for residential access points and property-level protection.
Power stations
Example page for vulnerable utility assets and compact protection layouts.
Industrial flood protection
Example page that aligns with industrial leakage and seepage contexts mentioned in the documents.
What the current documents clearly support
The current manual and test plan support a strong technical basis for the product. For public pages,
these are the claims that can be made with the most confidence.
Temporary, modular and reusable
TubeBarrier is described as a temporary flood defence and a modular system based on linked segments.
It is also described as reusable and suitable for use at multiple locations.
Water-filled working principle
The system uses the floodwater itself as a barrier. The product gains weight and strength from the water
it retains, rather than depending on filled sandbags or powered pumping systems.
Conservative performance line
The documents support a 70 cm barrier model with a conservative retaining/design line of around
50 cm water height, plus guard height or buffer for wave stroke and waterflow.
Technical and operational points from the manual and test plan
These product details are supported by the current source documents and can safely inform website copy,
planning conversations and technical summaries.
| Topic | Supported point |
|---|---|
| System type | Temporary flood defence for urban and rural environments; also mentioned for industrial leakage/seepage and temporary water storage. |
| Working principle | Uses the floodwater itself as a barrier. |
| Deployment | Quick and easy to deploy; independent from electricity and heavy equipment. |
| Segments | Modular linked segments; one segment is described as 0.70 x 10 x 2 m. |
| Materials | PVC cloth / tarpaulin with reinforcement and aluminum bows or anchors, depending on the source section. |
| Connections | Waterproof zippers with protective flaps and Velcro. |
| Drainage | Integrated drainage system under the barrier to discharge trapped air and water to the dry side. |
| Storage | One 10 meter segment can be stored in a plastic pallet box; transport/storage box approx. 100 x 120 x 120 cm and 100 kg. |
| Installation reference | 100 meters per hour with 4 people should be possible. |
| Lifetime guidance | PVC segments at least 15 years, anchors around 25 years, zippers around 15 years. |
General layout thinking for applications
The documents do support positioning logic such as linked sections, anchoring, corners, turns, ends,
storage boxes, surface checks and drainage. They do not support every sector-specific planning rule,
so the safest public wording is general rather than over-detailed.
Openings and access points
Start with entrances, gates, service points and vulnerable low locations where water is likely to enter first.
Surface and anchoring
The documents support different subsoil conditions, anchor solutions and the need to inspect the surface for
sharp objects before installation.
Ends, corners and curves
The manual includes sections on free-standing ends, side walls, slight turns and 90-degree angles, so those
layout situations can be discussed in a general way.
Deployment, storage and maintenance
The manual and test plan give a much firmer basis for installation, storage and maintenance than for broad
sector marketing claims, so this is a strong section to keep on the site.
Before use
- Read the guide before first use
- Conduct at least one preliminary test
- Inspect the surface and remove sharp objects
Storage and transport
- Store one 10 meter section in a pallet box
- Fold the barrier back into the box after use
- Transport to storage for reuse after deployment
Inspection and repair
- Perform yearly visual inspection
- Check leakage, seepage and damage after use
- Repair or replace damaged elements as needed
Common questions about applications
These answers stay close to what the current documents support and avoid making claims that go further than
the available source material.
What kinds of situations is TubeBarrier described for?
The documents describe TubeBarrier for temporary flooding in urban and rural environments, as well as for
industrial leakage or seepage situations and temporary water storage.
How does TubeBarrier work?
The barrier uses the floodwater itself as a barrier. By filling with water, it builds the weight and strength
needed to function as a temporary flood defence.
Does TubeBarrier need pumps or electricity?
No. The current documents state that the system can be installed without electricity, heavy equipment or
water pumps.
What capacity should be used in public copy?
The most conservative public wording is a 70 cm barrier model with a retaining or design line around 50 cm
water height, plus guard height or buffer.
How is the system stored?
One 10 meter segment can be stored in a plastic pallet box, and after use the barrier can be folded back
together in the box for transport and storage.
See the confirmed TubeBarrier pages
Explore the main live pages for product information, applications, calculator, downloads, FAQ and contact.