Shaping a Greener Future

GenesisERT pioneers energy efficiency solutions with the innovative Fluid Power Generation technology for sustainable energy production.

The In-Pipe Renewable Energy & Technology We’ll Need For The Future

In pipe power

Our Unique Value

Why Choose GenesisERT for your Energy Solutions?

Innovative Solutions

GenesisERT offers innovative energy solutions that harness fluid power in pipes to reduce emissions and generate clean electricity. Our cutting-edge technology captures the kinetic energy of fluids flowing through pipelines, converting it into a reliable and renewable power source.

Customised Offerings

We tailor our energy solutions to meet specific customer requirements, ensuring optimal efficiency and sustainability in every project. By closely collaborating with our clients, we gain a thorough understanding of their unique energy needs and challenges.

Diverse Applications

Our versatile device, FlowGen, generates 4 kW to 20 kW, making it ideal for a wide range of applications such as water treatment plants, new developments, and rural electrification. Additionally, it can be manifolded to increase output, further enhancing its suitability for various needs

Finding A Renewable Solution was Our Ultimate Goal!

Because of their enormous potential for harvesting clean energy from excess head pressure in municipal and domestic water pipelines, installing an in-pipe water-to-wire power system is an exciting way to integrate renewable resources at the urban and building scale. This is one of the reasons why in-pipe water-to-wire power systems are so compelling. In-pipe techniques can be utilised in various pressure and volumetric flow conditions.

Pico and mini-hydro power systems can be installed in municipalities, energy-intensive industries, and agricultural irrigation regions to supply constant, clean, and continuous energy. This contrasts with the intermittent nature of wind and solar power, the two most common forms of renewable energy.

One of the primary drawbacks of external systems is the requirement for more enormous vaults to house the turbine and generator assembly. As a result, these systems are not ideal for retrofitting into pre-existing water infrastructure because of this requirement. However, FlowGen, a revolutionary in-pipe water-to-wire power system, overcomes this challenge with its internal generator. Early testing of the FlowGen generator was conducted at the Manly Hydraulic Laboratory in Sydney, and you can see in the video how straightforward it is to integrate the generator into an already-existing water pipeline. Because it is contained within a dedicated conduit, it possesses greater adaptability.

Testing of Prototype

RENEWABLE ENERGY FROM WASTEWATER

The concept of using wastewater to generate renewable energy is not uncommon. For example, in New South Wales, Mr. Paul Scully asked the Water Minister in the 2020 Parliament Question Time.

“Renewable energy consumed by Sydney Water is generated entirely from self-generated power through biogas, hydropower and small amounts of solar energy. Sydney Water generated a total of 77.4 gigawatt hours (GWh) of electricity in 2018-19 which was enough to power almost 10,000 homes.”

To put that in context NSW overall uses on average around 70 Terawatt hours annually.

It is important to note that the Water Minister – stated Sydney Water use hydro power to generate electricity. He went on to say “A further 15-gigawatt hours were generated at treatment plants operated by Sydney Water contractors.

Across the whole business renewable energy generation represented 19 per cent of total electricity consumption at treatment plants, networks, offices, depots and other facilities.”

“Some Sydney Water sites export part of their self-generated electricity to the grid when it can’t be used on site. “

“Bondi Wastewater Treatment Plant for example self-supplied 86 per cent of its electricity demand, but its total renewable self-generation (including power exported to the grid) was equivalent to 99 per cent of its electricity demand.”

Sydney Water says the following on their website

We have a hydroelectric generator at North Head Water Resource Recovery Facility.

The treated wastewater falls down a long drop shaft on its way to the deep water ocean outfall. The falling water has enough kinetic energy to drive a water-powered generator, producing hydroelectricity.

Extract From John Hollands Web Site

As part of John Holland’s expansion into new markets, we’ve recently launched John Holland’s energy and renewables business, targeting the growing pipeline of renewable energy projects. With the Australian government setting a target of a 43 percent reduction in emissions by 2030, the need for investment in energy is more significant than ever before.

Flowgen

___Vision For The Future

Better, Cleaner And Safer Energy For Our Planet

Play Video about Genesisert-video

Benefits of Renewable Energy

Environmental and economic benefits of using renewable energy include: Generating energy that produces no greenhouse gas emissions from fossil fuels and reducing some types of air pollution. Diversifying energy supply and reducing dependence on imported fuels.

How Flowgen Works

The flowgen system requires dramatically less maintenance than current hydrogen configurations and lowers the risk of equipment failure, resulting in savings for our customers.
A singular global application mini-hydro generator solution for water utilities, dams, military, wastewater treatment plants, commercial and high-rise residential buildings, industrial applications, rivers, irrigation canals, and tidal estuaries using a single-design, low-maintenance system.

The industries that can greatly benefit from Flowgen are those that we cater to. Flowgen’s innovative technology offers a sustainable, cost-effective, and environmentally friendly solution for energy production, which can significantly reduce the reliance on traditional energy sources. By implementing Flowgen, these industries can improve their operational efficiency, reduce their carbon footprint, and contribute to a cleaner and greener future.