Zetong Lu

Wuhan Institute of Technology

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Qi Liu

Harbin Engineering University

Jingyuan Liu

National Institute of Clean and Low-Carbon Energy

Rongrong Chen

Harbin Engineering University

Jun Wang

State Key Laboratory of Chemical Engineering

Hongsen Zhang

Harbin Engineering University

Rumin Li

Harbin Engineering University

Peili Liu

Harbin Engineering University

Rumin Li

Harbin Engineering University

Richard M. Kasomo

Gandhara University

Dalei Song

Harbin Engineering University

Cooperative Institutions

Harbin Engineering University

Harbin University

Ministry of Industry and Information Technology

Harbin Institute of Technology

Ministry of Education of the People's Republic of China

Wuhan Institute of Technology

State Council of the People's Republic of China

State Key Laboratory of Chemical Engineering

Wuhan University of Technology

Central South University

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Efficient removal of uranium(vi) from simulated seawater using amidoximated polyacrylonitrile/FeOOH composites

Dalton Transactions (2017)

Xintao Wei Qi Liu Hongsen Zhang Zetong Lu Jingyuan Liu

The ability to recover uranium, an important nuclear fuel, from seawater provides the potential for long-term sustainable fuel supply for nuclear energy.

Polyacrylonitrile

10.1039/c7dt02164j

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Citations (49)

Controlling two-phase foam through the Fenton oxidation process

Desalination and Water Treatment (2023)

Hongqiang Li Zetong Lu Wen Zhang Yangge Zhu Huifang Zheng

Direct discharge of wastewater from flotation processes can pose a significant threat to environmental protection due to the presence of residual organic surfactants.These surfactants can decrease the surface tension of aqueous solutions and generate stable foam, which can interfere with further purification treatments.To address this issue, sodium oleate (NaOL), one of the most commonly used surfactants, was studied, and the Fenton oxidation process was utilized to degrade NaOL and mitigate foam generation.In this work, the foamability of NaOL before and after Fenton oxidation pretreatment, the optimal conditions for NaOL degradation, and the effect of temperature on the oxidative process were examined.The findings demonstrate that the foamability of NaOL solution is directly proportional to its concentration, and the Fenton oxidation process can significantly reduce the maximum foam volume and half-life period of the foam.Moreover, the activation energy was determined to be 37.60 kJ/mol, indicating that the oxidative reaction proceeds with a low energy barrier.

10.5004/dwt.2023.29634

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P–p heterojunction CuO/CuCo₂O₄ nanotubes synthesized via electrospinning technology for detecting n-propanol gas at room temperature

Inorganic Chemistry Frontiers (2017)

Khaled Tawfik Alali Zetong Lu Hongsen Zhang Jingyuan Liu Qi Liu

Composite CuO/CuCo₂O₄ nanotubes were synthesized by electrospinning technology. The large specific surface area, complex tubular structure, and p–p heterojunction are the potential reasons for the excellent room temperature gas sensing performance toward n-propanol vapor.

Electrospinning

Propanol

10.1039/c7qi00192d

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Citations (68)

Synthesis of zinc-based acrylate copolymers and their marine antifouling application

RSC Advances (2017)

Rongrong Chen Yakun Li Liang Tang Haocheng Yang Zetong Lu

Marine fouling organisms have caused inconvenience to humans for a long time owing to their high vitality and great destructiveness.

Biofouling

Vitality

10.1039/c7ra04840h

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Citations (39)

Hierarchical metal-organic framework derived nitrogen-doped porous carbon by controllable synthesis for high performance supercapacitors

Journal of Electroanalytical Chemistry (2017)

Lijun Xin Rumin Li Zetong Lu Qi Liu Rongrong Chen

Zeolitic imidazolate framework

Carbon fibers

Imidazolate

Power density

10.1016/j.jelechem.2017.12.066

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Citations (30)

Rational Design of Sandwiched Ni–Co Layered Double Hydroxides Hollow Nanocages/Graphene Derived from Metal–Organic Framework for Sustainable Energy Storage

ACS Sustainable Chemistry & Engineering (2017)

Xue Bai Qi Liu Zetong Lu Jingyuan Liu Rongrong Chen

In situ growth of Ni–Co layered double hydroxides on graphene nanosheets by virtue of metal–organic framework as a sacrifice template is reported, which yields hollow nanocages uniformly deposited on graphene nanosheets. The strong impact of graphene amount on the electrochemical performance of Ni–Co layered double hydroxides is illustrated. Controlling the mass of graphene (15 mg) leads to a maximum specific capacitance of 1265 F g–1, high rate capability (50% capacitance retention after increasing current density ten times), and good cycling life (92.9% capacitance retention after 2000 circles). The combination of battery-type Ni–Co LDH hollow nanocages/graphene composite and active carbon allows for the excellent electrochemical performance measured in an asymmetric device. In detail, the assembled asymmetric supercapacitor is able to deliver maximum specific capacitance 170.9 F g–1 in a potential window of 0–1.7 V, high energy density (68.0 Wh kg–1), as well as excellent power output (4759 W kg–1). These electrochemical performances, in combination with its facile fabrication, render hollow Ni–Co LDH/graphene composite as a promising electrode material in a sustainable energy storage device.

Nanocages

Layered double hydroxides

Power density

10.1021/acssuschemeng.7b01879

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Citations (96)