Preparation of Ionic Liquid Supported Metal Frame Py/MOF-199 and Its Adsorption Desulfurization Performance

Journal Title: Progress in Energy & Fuels - Year 2012, Vol 1, Issue 1

Abstract

The metal framework MOF-199 (Cu-BTC) was prepared and the [Hnmp][H2PO4] ionic liquid was loaded onto MOF-199 to synthesize the ionic liquid supported metal framework Py/MOF-199. The adsorbent was characterized by X-ray diffraction, infrared spectroscopy, scanning electron microscopy and specific surface area. The effects of pretreatment conditions of MOF-199, ionic liquid loading mode, loading, load temperature and loading time on the adsorption and removal performance of thiophene were investigated. The preparation conditions and adsorption desulfurization conditions of the adsorbent were optimized by orthogonal experiment. The results show that Py/MOF-199 obtained by ionic liquid modification maintains the regular octahedral structure of MOF-199. The suitable preparation conditions for Py/MOF-199 are as follows: pretreatment of MOF-199 by vacuum Soxhlet extraction and vacuum drying, followed by solvothermal loading [Hnmp][H2PO4], load temperature of 50 ° C, load The time is 8h and the load is 7%. The order of influence of various factors on the desulfurization performance of the adsorbent is: load temperature>loading time>ionic liquid loading. Suitable Py/MOF-199 adsorption desulfurization conditions are: simulated oil is 10mL, adsorbent dosage is 0.2g, adsorption temperature is 70 °C, adsorption time is 1h. Under these conditions, the thiophene removal rate can reach 96.7%.

Authors and Affiliations

Xinghe Zhu

Keywords

Related Articles

An excellent book on the interpretation of scientific and technological innovation and energy reform -Liquid Biofuels: from fossil to biomass Review

YearTenMonthDay,ismainly in China Petroleum CorporationDevelopment of Jatropha AeroBiofuels,at Capital International Airport by Air China Boeing747Flight test complete Success,Fills the air of our country's aviation biof...

Modeling and simulation of hybrid auxiliary energy unit based on fuel cell/storage device

Traditional aircraft auxiliary power plant noise, large carbon emissions, low efficiency, has been unable to meet the multi-electric/Full-power aircraft development requirements.The fuel cell has the advantages of high e...

Investigation of the Effect of Nono-silica Particles on Heat Specific Properties of Water Based Drilling Fluids and Rheological Properties

The drilling fluid or drilling mud plays various roles during drilling operations, including well cleaning, cooling, supplying necessary pressure on the well, cooling drilling bit; if correctly done, it will increase its...

Analysis of inefficient fossil fuel subsidies in America --Example of an energy assistance program for low-income families

The Wein efficient fossil fuel subsidies self-report listed existing fossil fuel subsidies including subsidies for the exploration, Development, Extraction of fossil fuels, subsidies for fossil Fuels employed in the resi...

Application of low nitrogen combustion technology in hedging combustion boilers

As our economy continues to grow,Increasing emphasis on energy consumption.current,NOx has been included in our environmental protection 12 planning requirements,the reduction of nitrogen energy is a problem that the wil...

Download PDF file
  • EP ID EP680173
  • DOI -
  • Views 238
  • Downloads 0

How To Cite

Xinghe Zhu (2012). Preparation of Ionic Liquid Supported Metal Frame Py/MOF-199 and Its Adsorption Desulfurization Performance. Progress in Energy & Fuels, 1(1), -. https://europub.co.uk/articles/-A-680173