SmartCompost

The meticulous hourly monitoring and recording of temperature and humidity play a crucial role in compliance with composting regulations. These data provide tangible evidence of adherence to environmental regulations, ensuring that composting processes are conducted within established parameters. Additionally, this detailed information helps identify and correct potential operational issues, ensuring the quality of the compost produced and the protection of the environment.

The emission of methane, hydrogen sulfide, ammonia, and CO2 during the composting process serves as indicators of the system's efficiency. High concentrations of these gases can indicate inadequate conditions, such as lack of oxygen, insufficient or excessive moisture, or incomplete decomposition of organic matter.

Monitoring humidity, temperature, and emissions also offers opportunities for process improvement. By carefully monitoring and controlling the factors that influence the production of these gases, such as proper aeration, carbon-to-nitrogen ratio, and optimal moisture, composting operators can optimize the decomposition of organic matter and minimize unwanted emissions.

Monitoring greenhouse gas emissions. Thus, by understanding and managing the emissions of methane, hydrogen sulfide, ammonia, and CO2, composting processes can not only comply with environmental regulations but also maximize their efficiency and sustainability, contributing positively to the environment and society as a whole.

Additionally, our system features integration with a weather station, enabling the monitoring of environmental conditions such as wind direction and speed, rainfall index, and other relevant factors. This integration provides a comprehensive and real-time view of the environment around the plant, enhancing its effectiveness and impact on composting and community coexistence.