Huiqing Wang

FacultyName:Huiqing Wang

Title:AssociateProfessor

Schoolof Chemistry and Chemical Engineering, Hefei University of Technology

Office:537, Shenghua Building

Phone:

Email:huiqing.wang@hfut.edu.cn

Education:

B.S.,Polymer Materials Science and Engineering,AnhuiUniversity,2002-2006

M.S.,Macromolecular Chemistry and Physics, Anhui University,2006-2009

Ph.D.,Theory and Engineering of Aerospace Propulsion,BeijingInstitute of Technology,2009-2013

Ph.D., Renewableresources, Universityof Boku, Austria,2011-2013

Postdoc,Chemical Engineering, WuhanUniversity ,2016-2018

Biography:

HuiqingWang graduated from Department of Materials Science and Engineering,Beijing Institute of Technology,China, in 2013. Her PostDoc wasconducted at Wuhan University in the laboratory directed by Prof.Lina Zhang. She is currently an Associate Professor of PolymerScience in School of Chemistry and Chemical Engineering, HefeiUniversity of Technology,China. Her research group focuses onadvanced functional cellulose/chitin materials, including new methodsand novel structure of cellulose/chitin nanomaterials.

ResearchInterests：

WangHuiqing's current research direction is advanced functional materialsbased on natural polymers, mainly on cellulose and chitin, fromthree-dimensional structure to two-dimensional sheet andone-dimensional fiber and their high-value utilization, such asaerogels, membranes, coatings, porous carriers for drug or enzyme,nanocellulose for cell-binder，bio-composites.

Keyword:chitin, nanocellulose,biodegraded, natural polymer, PLA

TeachingInterests: 

UndergraduateCurriculum：《PolymerPhysics》、《PolymersMorphological Structure and Properties》、《IndustryStandards and Regulations in Polymers》

PostgraduateCurriculum：《DisciplineFrontier  Special Subject》

SelectedFunded Projects:

1.Research, development and application demonstration of keytechnologies of modified nano-cellulose for new bio-based materials,No.ZDYF2023GXJS019，KeyResearch and development projects of Hainan province,2023.02-2025.02.

2.Research and application of the key technology of VB5 lactamasegreen, stable and efficient immobilization,Major Research Plan ofAnhui Province，No.2022a05020059，2022.1-2024.12.

3.Study on the key technology of β-aminopropionic acid synthesis byusing bio-carrier enzyme,No.2022gx07, Science and Technology ofBengbu ，2022.10-45/2025.6.

4.Novel strategies for the synthesis of cyclic polymers and thefluorescence study of their chain-segmentmotion-restricted,No.22171067, National Natural Science Foundation ofChina，2022.01-2025.12.

5.“Researchand industrial application of high heat-resistant polylactic acidcomposites,Major special projects of Anhui Province.2020.10- 2023.10.

6.“High efficient sugar production from straw coupled to producepoly-lactic acid”，No.202004a06020039, Key R & D projects of Anhui ,2020.1-2022.12.

7.“Design,synthesis and chiral separation properties of comb-like copolymer ofcellulose grafted helical polyisonitrile” No. 51603059,YoungScientists Fund of the National Natural Science Foundation of China.

8.Study on high strength and light weight PBAT/PLA modified membranematerials，Horizontalsubject of enterprise cooperation,2022.8-2024.8.

9.Battery-grade carboxymethyl cellulose, Horizontal subject ofenterprise cooperation,2023.6-2025.6.

SelectedAwards and Honors:

1. SecondPrize of Anhui Science and Technology Award (2021) aboutcontrollable construction and energy transfer principle of newnanomaterials responding to near-infrared light.

2. TheProvincial Silver Award and the Provincial Bronze Award (2022)  inthe  eighth“Internet +” innovation and EntrepreneurshipCompetition .

3. TheSchool Gold Award and the Provincial Gold Award (2021)  inseventh“Internet +” innovation and Entrepreneurship Competition;

4. TheSchool Gold Award (2020) in sixth“Internet +” innovation andEntrepreneurship Competition;

5. Thetitle of university-level outstanding thesis instructor ( 2019) inguiding the graduation thesis of undergraduate students

Patents:

[1]Theinvention relates to a preparation method and application of chitinmicrosphere immobilized VB5 lactonase,2023,Public No：CN116376873A.

[2]Theinvention relates to a method for constructing a coating of nanometerbacterial cellulose waterproof paper, 2023,ApplicationNo：2023105739127.

[3] Theinvention relates to a nano-cellulose Pickering emulsion stableslow-melting freeze-resistant ice cream and a preparation methodthereof,2023,Application No: 2023105745202.

[4]Theinvention relates to a nanometer bacterial cellulose hydrophobicoil-proof paper and a preparation method thereof，2023，PublicNo: CN116607351A.

[5]Theinvention relates to a preparation method of a one-side conductiveantibacterial chitin hydrogel nerve conduit material which can besewn,2022, Public No：CN114470325A.

SelectedPublications：

1. XiaowenLi , Zhongrun Xiang, Wanting Dang, Zewan Lin, Huai Wang, HuiqingWang,*etal . High-yield and scalable cellulose nanomesh preparation viadilute acid vapor and enzymatic hydrolysis-mediated nanofabrication,Carbohydrate Polymers, 323(2024) 121370.

2. XiaofeiShen, Shenjie Han, Zhongrun Xiang, Yutong Lu, Hao Qian, LongxiangTang, HuiqingWang*, et al .UniversalStrategy for Constructing Antibioadhesive and Robust Coatings forWood,Industrial Crops & Products, 202(2023) 117068.

 [3]Xiaowen Li, Dongdong Ye, Zhongrun Xiang, Huai Wang,Huiqing Wang*, YunLu*etal .High-performancenanomesh-structured cellulose as a versatile pharmaceuticalexcipient.Industrial Crops & Products, 2023,197, 116580.

 [4]ZhiyuChen, Jiali Yuan, Qinran Yu, Zhixin Luo, Cong Xie,Huiqing Wang*etal.High strength antibacterial membranes consisted of nanofibrouschitosan immobilized silver nanoparticles,Journalof Applied Polymer Science,2021,e51518.

 [5]Xiaofei Shen, Hailong Huang, Hao Qian, Longxiang Tang, Yan Zhang, MinXu, HuiqingWang*etal,SuperChirality Promotion of Helical Poly(Phenyl Isocyanide)s by Graftingonto Ethyl Cellulose，MacromolecularChemistry and Physics，2021，222,2100103.

 [6]Hao Qian, Hailong Huang, Xiaofei Shen, Yan Zhang, Zhenyu Wang,Mingtao Zhang, HuiqingWang*,etal. HelicalPoly(phenyl isocyanide)s Grafted Selectively on C-6 of Cellulose forImproved Chiral Recognition Ability, CarbohydratePolymers, 2020,231:115737.

 [7]YunLu* ,Jingpeng Li , Yan Zhang , Guorui Zhong, Bo Liu ,Huiqing Wang *.Wood-based carbon micro-nano functional skeleton， Chemicaladvances，2020,32(7)

 [8]YanZhang, Mingtao Zhang, Zhenyu Wang , HaiyunWen, Lei Song,HuiqingWang *,etal.The latest research on the preparation of nano-celluloseI.Chemical method，Scienceand technology of cellulose，2020.9.

 [9]Yan Zhang，PanPan Zuo, ChaojunWang , Jiali Yuan, Tianhe Xu，HuiqingWang *, Thelatest research on the preparation of nano-celluloseⅡ. Mechanicalmethod，Scienceand technology of cellulose，2020.9.

[10]HuiqingWang ， HaoQian  , Zhixin Luo , Kaiyuan Zhang, Xiaofei Shen ，YanZhang，etal.ZCIS/ZnS QDs fluorescent aerogels with tunable emission preparedfrom porous 3D nanofibrillar bacterial cellulose.CarbohydratePolymers, 2019,224:115173.