These are name-based results, not verified legal entities. Identical names may refer to different people or organizations; aliases and historical names are not merged.

This name was extracted from a distinct applicant node in the source XML.

2 indexed patent records

Patent counts refer to distinct records held by this site, not an applicant’s complete portfolio. A joint name field is not a single company.

Verified corpus date coverage and last import time are not currently available. Publication dates on patent records are not import dates. Cached directory results may lag behind new imports.

Search the local original applicant field containing this full text. Results may include joint lists or longer names; this is not an exact identity search.

Search patents with this applicant condition

Open patent writing

№ CN122977405AInvention

Unknown

一种含氟有机废物的资源化处理方法

本发明属于有机废物处理技术领域，具体涉及一种含氟有机废物的资源化处理方法。本发明将含氟有机废物中的氟元素通过高温气化转化为氟化氢，再在激冷室中与含钠碱液反应生成氟化钠产品，实现氟元素的资源化利用，同时含氟有机废物中的碳氢组分转化为合成气，用于生产其他化工产品。本发明实现了含氟有机废物的彻底无害化和资源化。

❖浙江凤登绿能环保股份有限公司章磊; 胡季强; 沈溪辉; 黄关火; 赫山林; 程燕; 金越波; 李乾山Oct 27, 2026§ 1/10 ClaimsC01D 3/02 (2006.01), C01B 3/22 (2006.01), C01B 3/50 (2026.01)

№ CN122978479AInvention

Unknown

一种纳米纤维素的制备方法

本发明属于纳米材料制备技术领域，具体涉及一种纳米纤维素的制备方法。本发明将干燥后的纤维素原料经太赫兹波辅助预处理，所得纤维素加水研磨，最终制得平均直径≤100nm的纳米纤维素产品。太赫兹波的光子能量与纤维素氢键振动频率（1.6~3.3THz）高度匹配，可靶向断裂纤维素链间与链内氢键，降低结晶度（CrI降幅30~55%），显著增大比表面积，并产生大量纳米裂隙，从而大幅降低后续研磨的能耗与时间。与不施加太赫兹波预处理的方案相比，本发明方法研磨能耗降低30~50%，纳米化转化率提高30~50%，产品粒径分布更均匀（PDI<0.25），透明度提高，分散稳定性显著改善。

❖浙江凤登绿能环保股份有限公司沈溪辉; 胡季强; 章磊; 潘时俊; 冉顺江; 徐旭明; 韦孙昌; 金越波Oct 27, 2026§ 1/10 ClaimsC08J 3/28 (2006.01), C08L 1/02 (2006.01), C08L 1/04 (2006.01)