Name: Physisorption Analyzer Model: ASAP 2010 Place of Production: USA Producer: Micromeritics Technical parameters: 1．Surface areas of solid materials not less than 1m2/g(BET、Langmuir). 2．Micropore distribution: 0.45～1.7nm; Micropore Volume: 0.0001cm3/g(Horvath-Kawazoe、MP-Method). 3．Mesopore distribution: 1.7～300nm; Mesopore Volume: 0.0001cm3/g(BJH-Method、t-Plot Method、DET Theory). Instrument Introduction: The ASAP 2010 (Accelerated Surface Area and Porosimetry System) provides versatility in gas selection and high vacuum for high-resolution low surface area measurements. It performs surface area analyses plus pore size and pore volume distributions, typically using nitrogen as the standard gas. It calculates BET and Langmuir surface areas, average and total pore volume, BJH pore size distribution and performs micro-pore analysis. It employs a range of standard theories for the calculation such as Horvath-Kawazoe, Dubinin-Radushkevich, Dubinin-Astakov, t-plot, MP-method, BET, Langmuir and Density Functional Theory.
Name: Chemisorption Analyzer Model: AutoChemⅡ2920 Place of Production: USA Producer: Micromeritics Technology Parameters: Sample target temperature can range from ambient to 1100℃. Instrument introduction： The AutoChem Ⅱ 2920 is a highly automates catalyst characterization system. It can be perform the following experiments individually or in various squenences: temperature-programmed desorption (TPD), temperature-programmed reduction (TPR), temperature-programmed oxidation (TPO), temperature-programmed reaction, pulse chemisportion, BET surface area. Very few steps must be physically performed by an operator; the vast majority is controlled with precision by the software.
Name: Microcalorimetry Model: BT2.15 Place of Production: France Producer: SETARAM Technology Parameter: 1．Sensitivity: 0.1mW. 2．Temperature range: -196℃～200℃. Instrument Introduction: The BT2.15 calorimeter permits studying all freezing and crystallisation phenomena at very low temperatures for different products (oils, polymers, hydrates, materials for construction and superconductors). In our lab, it is usually used to detect the adsorption heat of different probe gas on the solid catalyst surface, such as NH3, CO, O2, H2, CO2 and so on.
In situ calorimetry
Name: In situ calorimetry Model: HT1000 Place of Production: France Producer: SETARAM Technology Parameter: 1．Sensitivity:4mW. 2．Temperature range: 25℃～1000℃. Instrument Introduction: The HT1000 offers in-situ calorimetric measurement possibilities on mixtures, solid or liquid interactions with liquid or gas. In catalysis studies, it helps us directly measure bond strength for the formation and transformation of chemical bonds under catalytic reaction conditions.
Name: High-performance modular simultaneous TG & DTA/DSC thermal analyzer Model: SETSYS 16/18、 DSC141 Place of Production： France Company： SETARAM Technology parameter：
SETSYS 16/18 system can be used from room temperature to 1600℃; the lowest and highest resolution in weight was 0.4μg and 4μg, respectively. DSC 141 could be used from -150℃ to 1600℃, the temperature rate varied from 0.001℃ /min to 99℃ /min. Instrument introduction： The equipment could be used in different aspects, including TG, DTA, DSC, TG/DTA, TG/DSC and TMA; the testing and control unit were combined with each other, it was very convenient, it could be controlled by one compute with SETARAM software; the analytic balance was high accuracy and was not influenced by the furnace; special thermal dynamics and Cp software was along with the system.
Name: Gas chromatography / Liquid chromatography / Mass spectrometry Model： 450GC/212LC/320MS Place of Production： USA Manufacturer： Varian Corp Technology parameter：
1．scan range：GCMS：15~1050（m/z） ，LCMS：15~2000 （m/z） 2．sensitivity comes up to 10-15g Instrument introduction： The instrument equipment with four ion sources, GC/MS systems: Electron Ionization (EI) and Chemical Ionization (CI); LC/MS systems: Electrospray Ionization (ESI) and Atmospheric Chemical Ionization (APCI) .EI or CI would be most suitable for these smallest, least polar and most volatile molecules. Heavy, polar, and nonvolatile molecules are most suited for ESI and APCI. Applications： GCMS and LCMS can qualitative analysis or identify the unknown constituents present in a substance，it can be applied in many fields，such as organic synthesis，petrochemical，environmental and biomass products components.
Name: X-Ray Diffractometer(XRD) Model: X′pert Pro Super Place of Production: Holland Company: PANAnalytical Technology parameter： 1．Max tube power 2.2 kW. 2．High resolution goniometer with optically encoded sample positioning enables a minimum step size of 0.0001°. 3．Detector: solid state X'Celerator. 4．In-situ reaction chamber: Temperatures (R.T. to 900 °C) Pressure (1 to 10Mpa). 5．X'Pert HighScore Plus: This software package helps to analyze and manipulate powder diffraction data. Instrument Introduction： With the X'Celerator, a high quality powder diffractogram is obtained in only a few minutes of time. The instrument is fitted with a reaction chamber enabling in-situ experiments to be carried out at temperatures of up to 900 °C.
X-Ray Fluorescence Spectrometer(XRF)
Name: X-Ray Fluorescence Spectrometer(XRF) Model: Axios 2.4kW Place of Production: Holland Company: PANAnalytical Technology parameter： 1．X-ray generator: generator power =2.4kW. 2．Angle: scan mode : Ө/2Ө ; Repeatability : better than ±0.0001°; precision : 0.0025°. 3．Detector： sealed detector ≥1500cps ; Scintillation detector ≥1500cps gas flow detector ≥1500cps. 4．Autosampler ：≥24 position Autosampler ，24 sample cups and sample lines , it can identify melt and liquid samples automatically. Application： The instrument is an Automatic sequence wavelength scattering X-ray fluorescence spectrometer, elements range from 8O to 92U，concentration range fromμg/g to 100％, it can quantify elements in solid materials 、catalyzer powders and melt glass piece。Using fast quantification software without standard sample, the instrument can determine different types of samples.
In situ FT-IR
Name: In situ FT-IR Model： EQUINOX55 Place of Production： German Company： BRUKE Technology parameter：
1．Spectral resolution: better than 0.5cm-1 2．Wavenumber scope: from 4000 cm-1 to 1000 cm-1 Instrument introduction： The FT-IR instrument is equipped with two detectors (DTGS and liquid-nitrogen-cooled MCT). Combined with absorption/evacuation apparatus, it can be used for the studies of adsorption and DRIFT.
Name: Hight Resolution Raman Microscopy Model: LabRAM HR 800 Place of Production: France Company: HORIBA JOBIN YVON SAS Technology parameter： 1．Laser: 325、532、633nm 2．Spectral resolution: Visible Light: ≤0.65 cm-1. UV Light: ≤ 1.6 cm-1. Instrument introduction： The raman microscopy can be used to study the molecular structure of materials. Combined with the Lakam accessories, it can be used for various in situ studies under different temperature and pressure.
Total Carbon Analyzer
Name: Total Carbon Analyzer Model: liquiTOC
Place of Production: Germany Company: ELEMENTAR Technology Parameter： 1．Measure range：C：0-100,000 ppm. 2．Examinable limit：3ppb. 3．Precision：C=10mg/L，P≤2%；C=0.5mg/L，P≤5%. Instrument Introduction： Liquid samples carbon (organic carbon and inorganic carbon) content analysis.
Microwave Digestion Apparatus
Name: Microwave Digestion Apparatus Model: MARS 240/50 Place of Production: USA Company: American CEM company Technology Parameter： 1．Maximum temperature：300℃，maximum pressure：1500 psi. 2．Microwave output power: 0-1600W. Instrument introduction： It is widely used in analytical chemistry for digestion, extraction, glair hydrolysis, concentration and drying, also applied in organic/inorganic synthesis and chemistry technique simulation etc.
Inductively Coupled Plasma
Name: Inductively Coupled Plasma Model: IRIS Intrepid Ⅱ XSP Place of Production: USA Company: American Thermo electron corporation Technology Parameter： 1．RF source，maximum power:2kw，six-stage tunable power:750-1750w. 2．Wavelength range：175-1050 nm，incidence slot: 50×100um，resolution of 200nm＜0.005nm. Instrument introduction： Widely used for trace inorganic components analysis, especially for the analysis of metals, minerals, alloys and rare earth elements.
In situ Mössbauer Spectrometer
Name: In situ Mössbauer Spectrometer This system has been equipped with the most streamlined manufactures of related makers in Japan, America and Russia. It is a special placement to determine the state of Mössbauer elements, such as Fe, Sn, etc. containing in the catalytic materials in a working condition. The following information can be evolved: the oxidation state, coordination number, local symmetry, hyperfine field, catalytic active phase or active sites, and bonding strength between active component and support, which are of benefit to understand the performance mechanism of catalytic materials. With the excellent members in Mössbauer areas, we warmly welcome your collaboration. Our in-situ spectroscopic system mainly includes: 1．Digital Mössbauer System MFD-500A with a CEMS Counter. 2．Mössbauer Data Acquisition System Moss-MCS2. 3．Mössbauer Source 57Co(Rh)(1.85 GBq). 4．Mössbauer Software MössWinn 3.0i XP. 5．In-situ Treatment and Catalytic Performance Test System. 6．Equipment Supporting and Radiation Shielding Systems.