Products

We pride ourselves in providing our clients with innovative, cost-effective and environmentally friendly alternatives to conventional chemical wastewater treatment systems.

Earth Control Measures (ECM)

Automated electrocatalytic and membrane treatment process with live monitoring and reporting.

Hydroleap’s HL-ECM series is a high-performance system that is designed to deliver automated, reliable and cost-effective treatment of run-off water from construction operations.

It is responsive to changes in water quality, and provides superior and consistent quality compared to other treatment methods.

Our systems can produce* between 120 to 1440 m3 treated effluent per day, with removal efficiency exceeding 99% (from feed quality TSS=2000mg/L to TSS=5mg/L, average) in full compliance to discharge limits domestically and globally.

Multinational civil engineering and construction companies have tested and deployed our systems since our commercialization in 2020.

*Larger capacities can be customized upon request.

85
Productivity

Save up to 85% of manhours on ECM operations

30
Cost-effective

Upwards of 30% savings in Total Cost of Ownership

100
Digitalization

100% Automated operation and maintenance

Product Specifications

Output

From
5-60m3/hour

Power Consumption

From
0.3kWh/m3

Technique

Pressurized Membrane Process

Footprint

From
(2.5x1.4x2.3)m

Coagulation/flocculation process without chemicals – just electricity

Difficult-to-treat wastewaters, such as those found in the industrial sector, face challenges to treat water through biological means, and the variability in influent water quality is inconsistent. These challenges have made many conventional methods uneconomical and ineffective. These include the Construction, Oil & Gas, Mining, Chemicals, Food Manufacturing & Processing, Food & Beverage, Tanneries & Textiles, Semiconductors, Landfill Leachate, and more. Yet, as pressures around sustainability and water scarcity rise, companies must implement cost-effective ways to treat contaminated water at scale.

A chemical-free and cost-effective alternative to conventional chemical coagulation/flocculation processes, for use across domestic, industrial and municipal water treatment

Automated and Robust

Better and smarter tolerance to deviation in water quality (such as pH, conductivity, and contaminant’s concentration) without degradation of performance. Key process monitoring and alarm.

Environmentally friendly

Chemical-free operation and minimal sludge generation (up to 3x less)

Cost-effective

Consumables are electricity and common electrodes such as Fe or Al (> 10 years without replacement)

Scalable

Compact and modular design allows for deployment in new-build and/or retrofitting projects

Hydroleap’s electrical treatment has been tested and deployed by domestic and international companies, who entrust us to tackle various wastewater parameters e.g. High Hardness, High Oil and Grease, Turbid Wastewater, High COD, High TSS, and more.

A chemical-free and cost-effective alternative to conventional chemical coagulation/flocculation processes, for use across domestic, industrial and municipal water treatment

Automated and Robust

Better and smarter tolerance to deviation in water quality (such as pH, conductivity, and contaminant’s concentration) without degradation of performance. Key process monitoring and alarm.

Environmentally friendly

Chemical-free operation and minimal sludge generation (up to 3x less)

Cost-effective

Consumables are electricity and common electrodes such as Fe or Al (>10 years without replacement)

Scalable

Compact and modular design allows for deployment in new-build and/or retrofitting projects.
Hydroleap’s electrical treatment has been tested and deployed by domestic and international companies, who entrust us to tackle various wastewater parameters e.g. High Hardness, High Oil and Grease, Turbid Wastewater, High COD, High TSS, and more.

Our Hybrid Solution

Smart Energy Management

Self-Cleaning System

Non-Sacrificial Electrodes

Anti-Scaling Platform

Product Specs

Flow Rate

Modular design allows scalability

Specific Energy Consumption

0.27KWh/m3

Electrode

Common Iron / Aluminum

O&M

Fully-automated

Smart Hybrid Membrane and Electrocoagulation process greatly increases the performance of membrane-only solutions.

Membranes are a common methodology to treat wastewaters of many qualities. However, membranes alone are an energy-intensive approach subject to fouling. To drastically improve the lifetime of such membranes, Hydroleap’s hybrid system combines electrical treatment and state-of-the-art membrane process, which allows membranes to run more efficiently, and last significantly longer.

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85
Lorem

Upwards of 30% savings in Total Cost of Ownership

30
Ipsum

Upwards of 30% savings in Total Cost of Ownership

95
Dolor

100% Automated operation and maintenance

Product Specifications - MT

Lorem

From 5-60m3/hour

Ipsum Consumption

From 0.3kWh

Dolor

Pressurized Membrane Process

Amet

From (2.5x1.4x2.3)m