Su­staina­ble Ma­te­ri­a­ls Che­mi­stry Team

Ju­ni­or Pro­fes­sor

business-card image

Jun. Prof. Nieves Lopez Salas

Sustainable Materials Chemistry - AK Jun. Prof. Lopez Salas

E-Mail schreiben +49 5251 60-5729

Post­doc­to­ral Re­se­a­r­chers

Dr. Ying Pan

 

Dr. Ying Pan is now a postdoctoral researcher under the supervision of Jun. Prof. M. Nieves Lopez Salas in the Department of Chemistry at Paderborn University. She obtained her Ph.D. degree from the University of New South Wales (UNSW, Sydney). Her research interests mainly focus on the synthesis of different catalysts, including metal-based materials, carbonaceous materials, and metal/carbonaceous composites, as well as exploring the application of these materials into electrocatalysis and photocatalysis.​

PhD Irene Lamata Bermejo

 

Co-supervisor: Prof. Claudia Schmidt

Irene Lamata obtained her chemistry degree at the University of Zaragoza, Spain. During her undergradute studies she took part in the erasmus + programme and spent her last year at the university of Ostrava, Czech Repulic, where she carried out a reasearch project in carbon materials. She wanted to continue growing her knowledge in materials and in 2021, she moved to Seville to get her Master´s degree in Material Science by the University of Seville. While she was doing her masters thesis, she worked as a reasercher  at the biomimetic and multifunctional materials group, where she dived deeper into carbonaceous materials. She found the topic very exciting and decided to come to Germany to work in the Sustainable Materials Group as a PhD student! She will study the the interactions between liquids and carbonaceous materials by solid state NMR.

PhD Alexandra Glass

Alexandra Glass is a doctoral student in the group Sustainable Materials Chemistry. Already during her high school time, she was fascinated about all topics she was taught in the chemistry class. Her interest to study chemistry at a university was encouraged by her teachers which led her to Paderborn University. After completing the Bachelor of Chemistry in Paderborn she switched to Materials Science for the master’s degree to broaden her knowledge on materials in general, but still holding a focus on chemistry with the offered elective courses. She concluded her master’s degree with a thesis on (near-ambient pressure) XPS studies of metal oxides under the supervision of Dr. Christian Weinberger and PD Dr. Teresa de los Arcos de Pedro. To broaden her knowledge on materials even further, she applied for the position in the group of Jun. Prof. Nieves Lopez Salas to work on sustainable carbonaceous materials and study them with near-ambient pressure XPS.

PhD stu­dent

PhD Umar Irshad
  • Phone: +49 5251 60-5755
  • Email: ui@campus.uni-paderborn.de
  • Room: NW. 1.851

Umar Irshad is a DAAD-funded Doctoral Researcher in the Sustainable Materials Chemistry Research Group at the Universität Paderborn, supervised by Jun. Prof. M. Nieves Lopez Salas. He holds a Master’s and bachelor’s in chemical engineering from the University of Engineering and Technology, Lahore, Pakistan, where he was consistently on the Dean’s Honor List. His research focuses on synthesizing sustainable materials, such as hetero-doped carbonaceous compounds, for energy and environmental applications. Before moving to Germany, Umar worked on a Higher Education Commission (HEC) Pakistan-funded project utilizing power plant waste for cost-effective CO₂ capture and developed a small-scale packed bed adsorption setup for pollutant gas remediation. Passionate about sustainable development, he has joined his current research group to advance his studies and will work and explore more of the interactions between electrolytes and solid carbonaceous material for better electrochemical performance.

Mas­ter Stu­dents

Ramy Saad (MaWi)

(Alumni)

Water-carbonaceous materials interactions using solid-state NMR.

Co-supervisor: Prof. Claudia Schmidt

Rebecca Clement (MaWi)

Alumni)

The effect of pore size distribution and pore composition of carbonaceous materials on their electrochemical performance as electrodes for energy storage devices.

Co-supervisor: Dr. Christian Weinberger

 

André Martin Beesten - (Materials Science)

(Alumni)

  • Phone: +49 5251 60-1604                                                                                    
  • Email:  rclement(at)mail.uni-paderborn.de
  • Room: K4.11

Analyzing the effect of carbonization temperature on the supercapacitor performance of carbons derived from nitrogen-rich organic compounds.

Co-supervisor: PD Dr. Teresa de los Arcos de Pedro

 

Ba­che­lor Stu­dents

  • Shan Wang (Materials Science)

Studentischen Hilfskraft - Caron nitrides/metal oxides composities for hydrogen and hydrogen peroxide production

  • Zhengze Xu (Materials Science)

Title: Modified biomass-derived carbons for energy storage

  • Jiahao Yu (Materials Science)

Carbon nitride-based materials for photocatalytic hydrogen peroxide production and degradation of Rhodamine B

  • Dan Qiao (Materials Science)

Carbon nitride-based materials for hydrogen peroxide production from water via piezocatalysis

  • Haodong Chen (Materials Science) - (Alumni)

Exploration of the utilization of carbonaceous materials for electrocatalytic nitrate reduction and electrochemical sensing

  • Jicong Sun (Materials Science)

Photocatalytic H2O2 production using carbon nitride catalysts with high nitrogen content

  • Zirui Chang (Materials Science)

Nitrogen doped carbons for Zn ion capacitors

  • Yanfei Huang (Materials Science) - (Alumni)

Study on the influence of molecular precursors chemistry on carbonization

  • Miguel Angel Gouzy Bothert (Chemistry) -  (Alumni)

Study of uric acid derived nitrogen-doped carbonaceous materials as supercapacitor electrodes