Circular Unite: Data-Driven Decarbonization and Circular Economy Solutions

Efficient and sustainable food waste recycling solutions

Revolutionize your waste management with our bespoke food waste recycling equipment, designed to seamlessly transform waste into either grey water or nutrient-rich compost. Enhanced with IoT capabilities, these systems provide real-time monitoring, minimizing downtime and optimizing operational efficiency. Furthermore, our cutting-edge equipment integrates seamlessly with N.A.T.A.L.I.E., our flagship SaaS platform.

This synergy ensures that users not only benefit from advanced waste recycling solutions but also gain personalized access to a suite of analytical tools, empowering them to make informed decisions and drive sustainability initiatives within their businesses.

Real Time Monitoring

The system is configured to provide real time feedback of data or signal of equipment onsite. This enables the ability to prompt alert messages via email to stakeholders, thus getting immediate feedback and speeding up response time.

Remote Control and Access

The system allows for remote access to equipment onsite. This enables the ability to conduct remote troubleshooting tasks before or while dispatching service crew onsite. This potentially reduce down time and provide transparency to stakeholders.

Integration to N.A.T.A.L.I.E.

Seamless integration with N.A.T.A.L.I.E. amplifies the capabilities of our system, providing an extensive suite of features. From AI-driven recommendations to dynamic data visualization and engaging gamification elements, this synergy enhances the overall user experience.

Efficient and sustainable food waste recycling solutions

Revolutionize your waste management with our bespoke food waste recycling equipment, designed to seamlessly transform waste into either grey water or nutrient-rich compost. Enhanced with IoT capabilities, these systems provide real-time monitoring, minimizing downtime and optimizing operational efficiency. Furthermore, our cutting-edge equipment integrates seamlessly with N.A.T.A.L.I.E., our flagship SaaS platform.

This synergy ensures that users not only benefit from advanced waste recycling solutions but also gain personalized access to a suite of analytical tools, empowering them to make informed decisions and drive sustainability initiatives within their businesses.

Real Time Monitoring

The system is configured to provide real time feedback of data or signal of equipment onsite. This enables the ability to prompt alert messages via email to stakeholders, thus getting immediate feedback and speeding up response time.

Remote Control and Access

The system allows for remote access to equipment onsite. This enables the ability to conduct remote troubleshooting tasks before or while dispatching service crew onsite. This potentially reduce down time and provide transparency to stakeholders.

Integration to N.A.T.A.L.I.E.

Seamless integration with N.A.T.A.L.I.E. amplifies the capabilities of our system, providing an extensive suite of features. From AI-driven recommendations to dynamic data visualization and engaging gamification elements, this synergy enhances the overall user experience.

2 types of food waste recycling technology

Two primary food waste recycling technologies dominate the market: digestors transform organic waste into grey water, while composters convert it into fertilizer. The choice between them hinges on factors like output requirements, space, and operational resources. Both technologies contribute to a circular economy, allowing organic waste to return as either grey water or fertilizers.

Digestors

The digestor uses an aerobic digestion process to digest food waste into effluent that safely discharges into the sanitary sewer system.

Composters

Automated enclosed system that treats organic waste at high temperatures accompanied with our proprietary enzymes. This accelerates the aerobic fermentation process to turn organic waste into fertilizers.

Key features of food waste recycling solution

This outlines the distinctions in our food waste recycling systems:

1 Providing both digesters and composter system.

2 Safety measures in place to reduce operational risks.

3 Entire process can be fully automated, reducing man hours and resources required.

4 Real-time remote tracking of sustainability is a telemetry technology which allows the remote measurement, remote access and reporting of information.

5 Machines and enzymes/microbes are customised based on space availability, type of input feedstock etc.

2 types of food waste recycling technology

Two primary food waste recycling technologies dominate the market: digestors transform organic waste into grey water, while composters convert it into fertilizer. The choice between them hinges on factors like output requirements, space, and operational resources. Both technologies contribute to a circular economy, allowing organic waste to return as either grey water or fertilizers.

Digestors

The digestor uses an aerobic digestion process to digest food waste into effluent that safely discharges into the sanitary sewer system.

Composters

Automated enclosed system that treats organic waste at high temperatures accompanied with our proprietary enzymes. This accelerates the aerobic fermentation process to turn organic waste into fertilizers.

Key features of food waste recycling solution

This outlines the distinctions in our food waste recycling systems:

1 Providing both digesters and composter system.

2 Safety measures in place to reduce operational risks.

3 Entire process can be fully automated, reducing man hours and resources required.

4 Real-time remote tracking of sustainability is a telemetry technology which allows the remote measurement, remote access and reporting of information.

5 Machines and enzymes/microbes are customised based on space availability, type of input feedstock etc.

The intricate process: unraveling the dynamics of our solutions

This is how our digestors turn organic waste into grey water, while composters transform it into nutrient-rich fertilizer, offering tailored solutions for diverse waste management needs.

01 Organic waste

Organic waste generated from production or activities.

02 Waste input

Organic waste is input into the digester./ composters.

03 Microbes

Proprietary biomedia and microbial mixtures are added.

04 Digestion/ composting

The organic waste is digested into smaller pieces eventually transforming into liquid affluent or fertilizer

05 Discharge

Effluent is filtered safely through a screen into existing sewage infrastructure for digestors and compost is discharged for composters.

The intricate process: unraveling the dynamics of our solutions

This is how our digestors turn organic waste into grey water, while composters transform it into nutrient-rich fertilizer, offering tailored solutions for diverse waste management needs.