Financial growth while thriving for international renewable goals.We prevent environmental degradation by transforming waste to value

We take organic waste and transform it into biogas and soil quality enhancers. This collaboration offers multiple benefits:

Turn Waste into Profit: Collaborators earn from their waste instead of paying for disposal.
Boost Crop Yields: Our high quality organic fertilizers enhance soil health and productivity.
Clean Energy, Lower Costs: Renewable energy reduces carbon footprint and energy expenses.
Embrace Circular Economy: We minimize waste and maximize resource efficiency together.

Operating in guaranteed security to meet regulatory standards
We ensure safety and efficiency via advanced technology

Agrivolt harnesses AI to ensure a safe and efficient process alongside IoT to gather the needed data for real-time monitoring and decision making. By investing in advanced data collection and processing, we're not just improving our operations - we're enhancing the credibility of our produce. Our clients can trust in the superior quality of our products and our unwavering commitment to environmental stewardship.

About our project

Agrivolt is an innovative initiative aimed at transforming agricultural waste into biogas through anaerobic digestion. This project is part of a sustainable approach and aims to significantly contribute to organic waste management in Tunisia while providing clean and accessible energy solutions.

Agrivolt aims for a better Tunisia

Sustainable

Transforming waste into valuable resources, promoting a circular Tunisian economy.

Smart

Optimizing processes with AI and IoT for efficient anaerobic digestion.

Green

Producing clean biogas and fertilizers for a more sustainable Tunisia.

Project Roadmap

Project Initialization

Establish project scope, goals, and technical requirements for anaerobic digestion and IoT integration.

August 2024

System Design & Architecture

Design the system architecture, including anaerobic digestion components and IoT sensor integration.

September 2024

IoT Sensor Integration

Set up and calibrate IoT sensors for monitoring temperature, pH, gas levels, and other parameters in the digestion process.

September - October 2024

Control System Development

Develop the control system to manage anaerobic digestion based on IoT sensor data.

October 2024

Frontend & Backend Development

Build the user interface and backend for data visualization, control management, and alerts.

October - November 2024

Testing & Calibration

Test the system, including IoT sensors and control mechanisms, to ensure accuracy and reliability.

November 2024

Deployment & Monitoring

Deploy the system in a real-world environment, set up ongoing monitoring, and ensure functionality.