Horticultural Husk Granular Activated Carbon Charcoal Export Activ Bulk For Plants Organic Compounds Sale China

1. Farmers add a lot of chemical fertilizers, causing a lot of organic organisms to be killed, thus making the soil barren.

2. Tiny holes, huge surface area – retaining water for a dry day. If you look at biochar under an electron microscope, you see an extraordinary moonscape of holes upon holes. What’s this mean?
Biochar is an amazing sponge that will hold (absorb) huge amounts of water. All those little holes also provide very convenient condos for soil microbes; we’ll revisit this below.

3. Electrically charged surface – very attractive to chemicals. Biochar is attractive to chemicals of all types. Stick a bit of pure carbon biochar in the soil and six months later it is covered with scales of calcium, iron, magnesium, phosphorous, potassium, and sulphur. It’s become a little mineral ball. Sprinkle fertilizer on the soil and instead of seeing 50% of it leach away with the rain, that fertilizer, too, will glom onto the biochar, providing long-lasting, slow-release nutrition. Stick biochar in a heavy metal contaminated field and soon the cadmium, lead or mercury are chemically bound to it (adsorbed) where plants can no longer take them up and water can no longer wash them away.

4. PH of 8 – unlocking even poor soil’s nutrients .Plants like soil that has a nice, neutral pH of say 6.5 to 7, but most soils in the developing world are acid to very acid – 4 to 5.5. In soils this acidic, most plants cannot take up nutrients, even if they are present in the soil. Stick some biochar in this soil, however, and you can push the pH as much as a whole point higher. As the pH rises, more and more nutrients become available to crops.

5. Bug friendly – encouraging soil life Plants can’t eat their elements raw. No matter how much they need nitrogen, they can’t just suck it up; they need microbes to digest it first and pee it out as nitrates or itrites. If you look at the root systems of plants, you find all sorts of similar,collaborative relationships. To put it differently, if you don’t see such relationships, chances are, you can’t grow anything.

2. The stored nutrients can be easily absorbed by plants and microorganisms. By stimulating micro-community, plants will absorb nutrients from porous carbon structures;
3. Providing shelter for microorganisms is critical for processing nutrients and building new fertile soil;

4. Plant growth and health will be improved;

5. Increase mycorrhiza to make it easier for plants to obtain nutrients;

6. Can stabilize soil and improve water storage capacity;

7. Help prevent erosion and keep the land moist, and release water during dry seasons;

8 Enhancing ventilation and reducing the emission of climate-damaging gases such as methane or nitrous oxide;

9. Blocking toxic substances (heavy metals, pesticides, etc.) will enable plants to grow healthily, and also help

10. maintain clean water and groundwater;

11. Increase the pH of the soil, making it easier for plants to absorb more beneficial bacteria;

2. 500kg / jumbo bag

3. Customize Packaging as per your request.