When is Energy Saving Awareness Week?

The 2023 National Energy Conservation Publicity Week is scheduled from July 10th to 16th. The theme of the event is "Energy Saving and Carbon Reduction, You and Me Together." National Low Carbon Day is set for July 12, and the theme of the event is "actively respond to climate change and promote green and low-carbon development."

For agriculture, it can also make great achievements in the fields of energy conservation, emission reduction, and low-carbon environmental protection.

For example, the low-carbon recycling of urban and rural organic waste as fertilizer is an important starting point to solve resource and environmental problems, improve the quality of cultivated land, and promote the green and high-quality development of agriculture.

In this year’s energy-saving publicity campaign, on July 14, the Ministry of Agriculture and Rural Affairs and others took the lead in promoting green and low-carbon life. The Ministry of Agriculture and Rural Affairs will promote energy conservation, emission reduction, ecological low-carbon agriculture, etc., including the promotion of renewable energy development and utilization models such as biomass energy and photovoltaic agriculture, as well as farmland carbon sequestration technologies such as straw returning to fields.

Shanghai International Carbon Neutral Exhibition in June 2023

Shike Biotechnology has been committed to the development and application of biomass carbonization of urban and rural organic waste and carbon-based fertilizers, and has a number of biochar Related technology patents. One ton of biochar can increase soil carbon sink by 2.5 to 3 tons, which is a very suitable measure for agricultural carbon sequestration and emission reduction.

Biochar Intellectual Property

Shike Biotech uses zero-energy carbonization technology to carbonize highly lignified agricultural waste such as straw, paper strips, and waste wood to produce biochar. Because biochar has a unique pore structure and adsorption capacity, applying biochar directly to the soil can not only improve the soil aggregate structure, decompose phosphorus and potassium, and inhibit other harmful bacteria, it can also adsorb and passivate heavy metals and pesticide residues to achieve water and fertilizer conservation. .

Then add biochar to low-lignification wastes such as tail vegetables, mushroom residues, aquatic plants, biogas residues, manure, and agricultural and sideline product scraps, and use carbon bacteria composite fermentation fertilizer technology to make new biomass. The combined application of carbon-based fertilizers to fields not only achieves efficient resource utilization of urban and rural organic waste, but also provides emerging fertilizers rich in organic matter for the growth of crops.

Rural low-carbon recycling development