Tag: Biochar

Recent research confirms that bamboo can absorb heavy metals, including arsenic (As), from contaminated soil and water. The presence of arsenic in bamboo is not universal but depends heavily on the plant's growing environment and the levels of contaminants present.

Approximately 75 million tons of rice hulls are produced annually worldwide as a byproduct of rice milling. So, what are rice hulls rich in? Primarily, they are known for their high content of silica and tough lignocellulosic fibers, with other valuable compounds unlocked through various processing methods.

Made from discarded coconut shells, an agricultural waste product, coconut charcoal is a sustainable and renewable resource gaining significant global recognition. So, what is coconut charcoal used for, and why has it emerged as a high-performance, eco-friendly alternative to traditional charcoal?

Cellulose is the most abundant organic polymer on Earth, forming the primary structural component of all plant cell walls. So, what does cellulose turn into under different conditions? The final products can vary dramatically, from simple sugar molecules through natural decay to complex biofuels via engineered industrial processes.

According to the World Health Organization, activated charcoal is an essential medicine approved to treat certain poisonings, indicating that some forms of char are medically useful. However, the blanket question "is char good for you?" is complicated because the term applies to distinctly different substances with varied health effects, ranging from beneficial to potentially harmful.

According to a University of Minnesota report, increasing organic matter by just 1% can boost a medium-textured soil's available water capacity by about 3,400 gallons per acre. Discover how to increase water retention in your garden's soil using simple and effective methods to build a healthier, more resilient landscape.

Over 100 million tons of rice husks are generated annually worldwide, transforming this agricultural by-product into a valuable resource for numerous applications. Rice hull concentrate is primarily known for its high silica content, making it beneficial for a range of uses in farming, construction, and even innovative materials science.