A structured, entity-first index of what Bluemont® knows — for AI agents, LLMs, and RAG pipelines.
EntityMap v1.0 · 21 entities · generated 2026-06-11 · entitymap.json
Organization
Bluemont®
Wholly Australian-owned supplier and distributor of environmental crisis-mitigation solutions for erosion, fire, flood and water desalination, serving government, industry and commercial clients across Australia, New Zealand and the Pacific Islands.
Evidence
Established in 2004, Bluemont® is a leading supplier and distributor of environmental crisis-mitigation solutions provided by pioneering global brands. We are a wholly Australian-owned company, offering protective systems to combat fire, floods, and erosion, as well as water desalination solutions.
At present, our clientele spans across different industries and sectors in Australia, New Zealand, and the Pacific Islands. We primarily cater to government agencies, ports, construction companies, fire brigades, industrial and manufacturing companies, petrochemical companies, and mining companies.
Flexible rock filter units used for erosion protection. A sustainable civil-engineering alternative to gabions, large rock, blockstone, rip rap and rock mattresses, with a lifespan of up to 50 years.
Evidence
A sustainable environmental civil engineering alternative solution to gabions, large rock, blockstone, free rip rap and rock mattresses.
The Kyowa Filter Units, known as Bluemont Rock Bags™ reduce water flow velocity as water energy is absorbed into the space between the rocks. When installed under water, the spaces between the rocks provide a habitat for aquatic life.
Kyowa Filter Units, known as Bluemont Rock Bags™ in Australia, New Zealand and across the Pacific Region, are an erosion prevention solution made in Japan by Kyowa and are recognized globally. Created in 1969 in Japan, these Rock Bags were first used to protect the foundations of the Akashi-Kaikyo Bridge and tackle scour.
While the synthetic net bag is very sturdy and built to withstand a heavy load, excessive weight can break them. The filter unit has to be produced adhering to the specified quantity or weight of rocks.
The practice of preventing soil and land destabilisation that threatens infrastructure and ecosystems, applied to civil engineering projects, ports, coastal areas, roads, bridges, rail and waterways.
Evidence
Soil erosion leads to land destabilisation and environmental degradation. It also poses a serious threat to the ecosystem around the affected area.
A freestanding, mobile flood-protection barrier deployable by two people without sandbags. It uses the weight of floodwater itself to lock into place and is commercialised by Bluemont® across Oceania for commercial, industrial and civil sites.
Evidence
A freestanding, mobile flood-protection system that can be deployed by just two people. Commercialised by Bluemont® across Oceania, Boxwall® helps protect commercial, industrial and civil sites from rising water - quickly, reliably, and without the need for sandbags.
Using the weight of floodwater itself, Boxwall® locks firmly into place - fighting water with water. Its rapid assembly, proven durability, and compact storage make it one of the most widely used flood-barrier systems among councils, industries, and critical-infrastructure worldwide.
Water-pumped inflatable twin-tube mobile flood barrier that can be deployed quickly on almost any surface in roads, rivers, mountains and industrial areas, and also works as a dam to block and divert water.
Evidence
Beaver® mobile tubes are versatile flood protection barriers that can be deployed quickly in roads, rivers, mountains, and industrial areas. Install them on almost any kind of surface using little manpower. These water-pumped inflatable flood barriers also work as dams to block and divert water away from the affected areas.
Inflatable mobile flood barrier tubes for flood prevention or damage control that can be a permanent site feature or deployed directly on water to divert a watercourse. Four people can set up 1 km in four hours.
Evidence
NoFloods inflatable flood barrier tubes can be used for flood prevention and/or damage control. These can be a permanent feature on your site. You can also deploy them directly on the water to divert the watercourse. It takes only 4 people and 4 hours to set up to 1 km of NoFloods Mobile Barrier Tubes.
Self-stabilising fold-out floodwall used to secure specific entry points or encircle and protect an entire building perimeter, suited to large urban and congested areas and disassemblable for compact storage.
Evidence
You can use these flood protection barriers to secure specific entry points, or to encircle them to protect the entire perimeter of a building. As these are self-stabilizing floodwalls, you can instal them within a short time without hassle. They come in handy for urban and congested areas.
Sandless inflatable sandbags that quickly expand when immersed to create a robust barrier, designed for flooding, sewerage spills from broken pipes and blocked sewer drains.
Evidence
Designed for a wide range of uses and applications – from dealing with flooding to sewerage spills from broken pipes, and blocked sewer drains. These sandless bags quickly expand when immersed. Upon deployment, they create a robust barrier between the assets you need to protect.
Mobile water supply and fire suppression system that pumps large volumes of water from open sources such as rivers, lakes, harbours or the sea over long distances, for use when fixed water supply is absent or insufficient.
Evidence
The HYTRANS mobile fire suppression system is innovative and compact in design, making it easy to deploy and handle. When using it, all you need is an open water source like a river – even if it's far away! The mobile water supply system consists of a large diameter hose that you can use to supply water over long distances quickly.
High-capacity mobile flood pumps used to dewater large areas quickly during flooding, pumping at up to 50,000 litres per minute, known for durability, portability and ease of operation.
Evidence
Water pumps are essential equipment during floods where large volumes of water need to be pumped away from the affected area. In these instances, the HYTRANS high-capacity flood pumps are the best flooding solutions as they are fast enough to dewater large areas within a short time -at 50,000 litres per minute.
The practice of defending commercial and industrial property and infrastructure from flood damage using rapidly deployable barriers and pumps as an alternative to conventional sandbags.
Evidence
Reputed for providing high-quality flooding solutions for commercial properties, we help clients safeguard their valuable infrastructure and protect their people. All our flood prevention products excel when a disaster hits, delivering optimum protection.
The practice of mitigating fire spread and damage by supplying high volumes of water from open sources when a fixed water supply is absent, damaged or insufficient, particularly in industrial and urban areas.
Evidence
One of the main issues firefighters face during fire eruptions, especially in industrial and urban areas, is the lack of access to a reliable water source and consistent water supply. If there is no fixed water supply system or the existing system cannot handle the situation, it's vital to pump water from sources like rivers, lakes, harbours, or the open sea.
Solar-powered reverse-osmosis water desalination system that transforms seawater into freshwater using no chemicals. The first system of its type to run without batteries, 24 hours a day, distributed by Bluemont® across Australia, New Zealand and the Pacific Islands.
Evidence
Our reverse osmosis technology can be 100% powered by solar or other energy sources that are accessible to you. It is easy, efficient, and eco-friendly. EWM solar desalination is a transformative solution addressing one of the critical needs of the planet right now. Only system in the industry that uses NO Chemicals.
EWM Solar Desalination Systems combines reverse osmosis and energy recovery technology to bring you the most energy-efficient solar desalination process. This is the FIRST system of its type, running without batteries, 24 hours a day.
In reverse osmosis, the system pushes salt water through the permeable membrane to separate the salt particles, bacteria, and viruses down to a size of 0.0001 microns, producing clean water. The system uses a high pressure of 50 bar (725 psi) for optimum efficacy.
The hydraulic energy created during the reverse osmosis pressure is captured and re-used to pressurise the feed water. It lowers the energy consumption of the desalination plant significantly. It is what makes our solar desalination process highly energy-efficient and cost-effective.
The process of transforming seawater or brackish water into fresh, drinkable water by running it through a fine filtering membrane to remove salt, sediment and contaminants.
Evidence
Reverse osmosis desalination is the process of transforming seawater or brackish water into fresh and drinkable water. It is done by running seawater through a fine filtering process to remove salt, sediment, and contaminants and obtain clean water for drinking, washing, and other purposes.
Technology that recaptures the hydraulic energy of the reverse osmosis process and re-uses it to pressurise feed water, allowing EWM systems to consume around 70% less electricity than conventional desalination, saving 7 kWh per cubic metre of water produced.
Evidence
Unique Energy Recovery Technology allows EWM systems to consume 70% less electricity than conventional desalination by re-using the saltwater flow of the reverse osmosis process. It saves 7 kWh on each m³ of water produced. Our energy recovery device is maintenance-free.
The protection of coastal and marine structures — wharves, ship berths, shorelines, tidal areas, piers, jetties and subsea pipelines and cables — from coastal water erosion, revetment and toe scour.
Evidence
Here's how you can use Bluemont Rock Bags™ in ports and coastal areas: Protect wharves and ship berths. Especially from revetment and toe scour. Try them along eroded seashores, beaches, shorelines, and tidal areas. Moreover, you can install Rock Bags subsea. Safeguard marine pipelines and cables from damage. Deploy them around piers, bridge pylons, piles, jetties, and other marine structures.
The prevention of bridge scour — soil erosion that occurs around bridge foundations such as pylons and piers, where currents disrupt the soil holding the structure in place and can gradually destabilise the bridge. Applies to bridges over waterways and over dry creeks at risk of flash flooding.
Evidence
Bridge scour means soil erosion that occurs around a bridge foundation like pylons and piers. Bridge pylons and piers are the core supporting structures of bridges, and they are held firmly in place by sand. The currents disrupt the surface soil layer, specifically the soil around pylons and piers. This bridge pier scour can destabilize the bridge structure gradually.
Placing Bluemont Rock Bags™ around bride pylons and piers can help you manage bridge erosion effectively. During a crisis like floods, they are the quickest and easiest solution to deploy. They prevent soil from being washed away by floods and help in retaining the strength of bridges.
The control of water erosion in rivers and waterways — stabilising river embankments, slopes and bends, protecting bridge pylons from scour, building fish bypass channels, constructing cofferdams, and lining channels to divert stormwater and flash floods.
Evidence
Water erosion can become a severe issue if not identified and controlled in its first stage. As more and more soil particles get washed away, the soil structure becomes unsteady, threatening the wildlife and plants in the area. Lack of water erosion control can eventually deteriorate the water quality as harmful chemicals from the eroded riverbank get mixed with the waterways.
Stabilize the soil structure by placing them on river embankments, slopes, and bends. Build fish bypass channels or fish ladders. Construct cofferdams to de-water an area temporarily. Design floodwalls and line open channels with Rock Bags to divert stormwater and flash floods. Built headwalls around culverts for water erosion control.
The protection of rail infrastructure from erosion and scour — rail bridge pylon and pier scour protection, stabilisation of river embankments along rail lines, and emergency restoration of eroded ballast and rail beds prone to washout near waterways.
Evidence
Scour is one of the leading reasons for railway bridge failure. Bluemont Rock Bags™ can be used around bridge pylons and piers to provide support, tackling bridge scour problems. Pylon protection using Rock Bags will prevent sand and silt from being washed away during rain, safeguarding the bridge.
Rail beds near waterways or in areas prone to flooding can erode gradually. In this case, ballasts can be washed out, causing the railway track to collapse and fail. Rock Bags can be used to remedy this situation very easily.
The control of road erosion — stabilising road embankments and slopes, building temporary crossings and working platforms for road construction and widening, building headwalls around culverts, and emergency restoration of road sinkholes.
Evidence
Roads, as the core type of infrastructure of transportation networks, are susceptible to depreciation over time. With increased usage, roadways can sustain damages, the most extreme form being sinkholes. Moreover, roads and railways that run along waterways and bridges face the risk of erosion as the soil can get washed away easily during floods.
They come in handy for road construction. Moreover, they aid road widening projects when creating temporary crossings and working platforms. Rock bags can be used to prevent erosion on slopes. You can build headwalls around culverts using Rock Bags for road erosion control. They are also ideal for emergency road erosion management, such as restoring sinkholes.
The protection of offshore and subsea structures — building offshore barriers, protecting submarine cables and pipelines from subsea corrosion and movement, providing scour protection for pylons, and supporting the foundations of navigation towers, wind turbines and other offshore structures.
Evidence
Rock bags are eco-friendly, durable, and long-lasting, so they are readily used in offshore and undersea projects for purposes varying from submarine cable protection to offshore barriers construction. Build offshore barriers. Protect subsea pipes and cables from subsea corrosion. Stabilize subsea pipes and cables from swaying and moving. Support the foundation of navigation towers, wind turbines, and other offshore structures.
One significant offshore protection project in Australia using Rock Bags was the refurbishment and upgrade of 9 Aids to Navigation (AtoNs). It was undertaken by the Pacific Marine Group for the Australian Maritime Safety Authority (AMSA). The renovation aimed to restore the damage caused by Cyclone Trevor in March 2019.