#biochar

Farmers rewarded for not burning crop stalks

From China News:

Cui Min, a 62-year-old farmer in the village of Lianhua, Yonghe, in Bin county, Heilongjiang province, recently finished harvesting his corn in much the same way he has for the past 40 years.

This year, however, after the harvest, he left the cut stalks standing in the fields instead of burning them.

“I signed a deal with a local company,” Cui said. “They will pack the crop stalks and carry them away. In return for the crop stalks, they will also plow my fields before sowing in the spring.”

Read more: http://www.ecns.cn/2014/12-09/145888.shtml

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13 October 2014

The Biochar Edition.

Why the decline in golf is great for the environment. Click here

Biochar works ‘magic’ in the soil almost immediately. Click here

Fuel and biochar from the one renewable source. Click here

A green space integrating energy, food and sustainability. Click here

Bioenergy: Australia’s forgotten renewable energy source. Click here

Biochar improves sand and clay. Click here

A biochar kiln for the developing world. Click here

A mobile pyrolysis unit produces fuel and the byproduct is biochar! Click here

10 September 2014

Gardening

Asiatic garlic. Click here

Fighting for a sane food system. Click here

Testing biochar in the garden. Click here

Farming

African food shortages blamed on poor soils. Click here

Tiny seeds to answer big problems. Click here

Bristol, UK leads the way on urban farming. Click here

St Petersburg, USA also on the urban farming bandwagon. Click here

An organic farmer talks about his journey. Click here

Biochar to save deforested soils. Click here

Pyrolysis – generating heat, steam, and electricity from organic waste

This needs for promotion and use!

Mailhem Ikos Environment

With the advent of new technologies and processes, treating and converting organic waste into renewable energy has become simpler and more effective. One such technique widely used to convert waste to energy is Pyrolysis. Pyrolysis is the thermal decomposition of organic waste (biomass) in the absence of oxygen. By-products generated in this process include biochar, bio-oil, and gases such as methane, hydrogen, carbon monoxide, and carbon dioxide. According to Wikipedia, the word ‘Pyrolysis’ is coined from the Greek-derived elements pyro meaning ‘fire’ and lysis meaning ‘separating’.

Pyrolysis finds extensive use in the chemical industry and also in some forms of cooking such as baking, frying, grilling, and caramelizing. However, this technique has found widespread adoption in the Waste Management Industry, where organic waste is chemically decomposed to generate synthesis gas, pyrolysis liquid, and solid char. Synthesis gas produced through this technique is used to generate electricity while pyrolysis liquid can…

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9 September 2014

Gardening

Organic gardening leads to organic cooking. Click here

Organic gardening can lead to other things too! Click here

A practical outcome from soil testing. Click here

Farming

An organic dairy farm in Ontario. Click here

Grass fed a business tool for success. Click here

May not be available everywhere but a sustainable food film series kicks off. Click here

Philippine farmer survives hurricane Pablo to come back organic. Click here

Biochar good for cleaning fracking water and soil. Click here

Black is the new green: Biochar. Click here