Where Centralized Infrastructure Falls Short

Miracell® is a decentralized biological wastewater treatment system that converts wastewater into reusable or compliant discharge while supporting regulatory standards and long-term performance.

It is designed for environments where centralized infrastructure is not available or cannot meet demand, making it well-suited for residential developments, remote communities, industrial applications, and infrastructure-constrained regions.

How Miracell® Works

Miracell® uses rotating biological contactor (RBC) technology, where a series of rotating disks support microorganisms that break down organic pollutants in wastewater.

As the disks rotate between air and water, the system enables continuous biological treatment without energy-intensive aeration. This process delivers stable performance, low energy consumption, and reliable operation across varying flow conditions.

The result is consistent treatment that meets discharge and reuse standards while supporting long-term system performance.

Key Advantages of Miracell®

Miracell® is an energy-efficient, scalable wastewater treatment system that reduces infrastructure requirements and operational costs, providing a reliable, long-term alternative to conventional treatment systems.

Energy-Efficient Wastewater Treatment

Miracell® delivers energy-efficient treatment by eliminating the need for mechanical aeration. This significantly reduces power consumption and operating costs compared to conventional systems, making it ideal for decentralized and long-term applications.

Reliable, Low-Maintenance Operation

Designed for consistent performance, Miracell® requires minimal operator intervention. Its biological treatment process reduces maintenance and ensures reliable operation in both remote and developed environments.

Modular and Scalable System Design

Miracell® is designed as a modular wastewater treatment system that adapts to phased development and changing capacity needs. Systems can be expanded over time without major redesign or unnecessary upfront investment.

Consistent Performance and Regulatory Compliance

The system maintains stable performance under variable flow conditions, supporting compliance with discharge and water reuse standards. This ensures predictable outcomes in environments with evolving regulatory requirements.

Compact Design for Decentralized Applications

With a compact footprint, Miracell® can be deployed in space-constrained and remote locations where centralized infrastructure is not feasible. This enables efficient on-site treatment across a wide range of applications.

Integrated Within GEL Systems

Miracell® is a biological wastewater treatment system integrated into GEL’s decentralized water and wastewater solutions.

GEL partners with Miranda Water Technologies to design and deliver high-performance, project-specific systems tailored to each application. Miracell® is deployed as part of an integrated treatment solution that combines biological treatment, filtration, monitoring, and control to support scalable water reuse systems.

GEL is responsible for project delivery and long-term operation, ensuring consistent performance, regulatory compliance, and full lifecycle accountability.

Applications

Miracell® supports decentralized wastewater infrastructure across key applications where reliable on-site treatment, regulatory compliance, and long-term operational performance are critical.

Residential community development with planned housing and infrastructure illustrating decentralized water and wastewater systems supporting expansion beyond municipal service areas.

Residential
and Community Developments

Enables decentralized wastewater infrastructure for residential and mixed-use developments beyond municipal service areas. Miracell® supports phased expansion, consistent treatment performance, and compliance with wastewater discharge and water reuse requirements.

Ontario lakeside community representing decentralized water and wastewater infrastructure supporting reliable long-term operation across diverse communities.

First Nations and Indigenous Communities

Provides decentralized wastewater infrastructure designed for remote and infrastructure-constrained environments. Miracell® supports reliable treatment performance, helps protect local water sources, and enables long-term, community-led infrastructure development.

Remote northern Ontario community with dispersed housing and natural surroundings illustrating decentralized water and wastewater systems designed for limited access conditions.

Remote and Northern Communities

Supports wastewater infrastructure in remote and northern regions where centralized systems are not feasible. Miracell® enables reliable operation under climate constraints, reduces dependency on long-distance infrastructure, and supports consistent regulatory compliance.

Resorts, Golf Courses, and Hospitality Properties

Delivers on-site wastewater treatment and water reuse for irrigation and non-potable applications. Miracell® helps reduce operating costs, manage peak seasonal demand, and ensure consistent performance in high-use environments.

Industrial and Environmental Water Management

Treats wastewater in industrial and environmental applications with variable flow conditions and complex discharge requirements. Miracell® ensures consistent treatment performance, supports regulatory compliance, and reduces reliance on centralized infrastructure.

Oil and gas industrial facility supported by decentralized water treatment systems, enabling reliable water supply and continuous operations in remote energy environments.

Oil, Gas, and Energy Operations

Supports wastewater treatment for workforce accommodations, processing facilities, and remote energy sites. Miracell® enables reliable operation in off-grid environments, reduces logistical dependency, and supports compliance with environmental discharge standards.

Build Decentralized Wastewater Systems with Miracell®

GEL delivers complete wastewater solutions using Miracell® technology, supported by system design, permitting, construction, and long-term operation.

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