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Rapid pyrolysis of crop straw to create targeted humic acid environmental materials and their applications
Targeted humic acid can continuously repair degraded soil, increase production and improve quality, and improve soil quality.
Type
Material
Tags
Resource utilization
Environmental & resource tech
Environmental quality
Crop straw
Solution maturity
Mass promotion / Mass production
Cooperation methods
Face-to-face consultation
Applicable industry
Manufacturing
Applications
Soil remediation
Key innovations
The core innovation lies in: making biological humic acid into high-value targeted environmental materials through controllable cross-linking polymerization technology, and achieving industrial continuous production, effectively repairing degraded soil and improving agricultural performance.
Potential economic benefits
Improve crop yield and quality and increase agricultural income. Industrial production reduces restoration costs and enhances the economic value of degraded land.
Potential climate benefits
Enhance soil carbon sequestration capacity, increase crop yields, reduce chemical fertilizers, pesticides and land reclamation needs, and effectively reduce agricultural carbon emissions.
Solution supplier
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China University of Petroleum (East China)
China University of Petroleum (East China)
China University of Petroleum (East China) is a key university focusing on the field of energy and chemical industry, cultivating high-level talents, and serving the national energy strategy.
China
Solution details

 In  response to the remediation needs of complex systems in different polluted and degraded soils, a series of high-value targeted humic acid environmental materials have been created through controllable cross-linking polymerization reactions of biological humic acid, and the controllable cross-linking polymerization reaction process and equipment of biological humic acid have been invented. Industrial continuous production of targeted humic acid environmental materials; A series of targeted humic acid environmental materials have been demonstrated and promoted in more than 20 provinces and cities. The field application results show that targeted humic acid environmental materials can improve soil properties, improve crop quality and yield, achieve sustainable restoration of degraded soil, and achieve social and environmental benefits. Significant benefits.

 (This achievement was released by the Qingdao Joint Office of Technology Transfer of Universities and Institutions)


Last updated
01:47:46, Nov 05, 2025
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