Biochar and charcoal look similar and are produced through related thermal processes, oftentimes causing confusion on the difference between the two. At first glance, they appear to be the same black, carbon-rich substance. However, when you examine their purpose, production processes, and impact on the environment, soil, and human use, the differences become clear and highly significant. This article will explain the differences between biochar and charcoal in various aspect

Biochar  is a carbon-rich material with a highly porous structure, making it well suited for trapping contaminants, reducing pollutant loads, and improving water quality across a range of treatment contexts. Its resistance to biological and chemical breakdown allows biochar to perform reliably over long time horizons, whether used in water treatment systems, stormwater management infrastructure, or decentralized treatment setups. Why Biochar Works for Water Filtration Let’s t

Mining activities often leave behind compacted soils, low organic matter, acid mine drainage , and elevated concentrations of heavy metals. These conditions make natural revegetation slow, expensive, and uncertain.  Biochar , a carbon-rich material produced from biomass through pyrolysis, offers a practical and science-backed tool to accelerate ecological recovery while supporting long-term soil health. This article explains how biochar works in mine reclamation, why it is ef

As the construction industry accelerates efforts to cut CO2 emissions, researchers are turning to biochar , a carbon‑rich material derived from organic waste, as a high‑value additive to concrete composites.  This shift is driven by the need to reduce reliance on Portland cement , whose production is responsible for nearly 8% of global greenhouse gas emissions  due to the energy-intensive production process and the calcination of limestone. Studies highlight how adding biocha

The choice of feedstock is one of the most critical factors in determining the quality, stability, and performance of the resulting biochar . It determines the specific properties, potential contaminants, higher carbon contents, and even the environmental impact of the final product. This guide outlines the key types of feedstock, how pyrolysis temperature shapes the final material, and the main factors to consider when choosing sustainable, low‑contamination biomass for prod

The deep litter system is one of the most widely used and cost-effective housing systems in poultry farms.  This method relies on allowing bedding materials to build up over time instead of removing them daily, creating a composting layer that benefits both the birds and the farmer. In this guide, we will explore how the deep litter method in poultry works, the best litter materials to use, how thick the bedding should be, the challenges, and how proper management can boost p