Integrated Smart Coco Peat Moisture-Controlled Drying and Compression System with Automated Density Regulation

Abstract

Coco peat, which comes from the processing of coconut husks, has become increasingly important as a green and sustainable material for growing plants in modern farming and gardening. It is commonly used in seedling nurseries, hydroponic setups, and soil improvement because it holds water well, allows good air flow, and can break down naturally. However, the usual ways of processing coco peat often involve doing things by hand, like drying and pressing it into blocks. These manual methods can lead to problems such as uneven moisture levels, inconsistent block density, and lower quality products. These issues can make it harder to store, transport, and meet the standards needed for exporting to other countries. Because of this, there is a need for a more efficient and automated processing system to boost productivity and ensure a more uniform product. This study introduces an Integrated Smart Coco Peat Moisture Controlled Drying and Compression System with Automated Density Regulation. The goal is to improve the efficiency and consistency of processing coco peat. The system combines moisture sensing technology, controlled drying methods, and an automated compression unit all in one.. Depending on the moisture levels detected, the drying part of the system automatically adjusts heating and airflow to remove excess water and reach the right level of dryness. Here, a motor-driven hydraulic or mechanical press compacts the material into blocks of standard size. The system also has an automated density control feature that uses pressure feedback and control algorithms to keep the density consistent during compression. By combining sensing technology, automation, and controlled processing, The proposed system provides a scalable and affordable solution for the coco peat industry, making it possible to produce standardized products that are suitable for large-scale farming and export. In the end, this smart processing method supports the sustainable use of resources and brings technological progress to the processing of agricultural by-products.