Synthetic Chemistry
type: Building
type: UoSBuilding
within: Highfield Campus
notation: 30
formal organization: University of Southampton
lat: 50.93433
long: -1.39456
disabled go page: https://www.accessable.co.uk/university-of-southampton/access-guides/building-30-synthetic-chemistry
occupant: Chemistry and Chemical Engineering
lacks feature: Building 30 is non-residential
building architect: Wilson Mason Architects
building date: 1997
spatial: POLYGON((-1.39499515218213 50.9343006148694,-1.39483390458863 50.934513591837,-1.39467283665819 50.9344651880664,-1.3946178597628 50.9345377653971,-1.39420858731936 50.9344148028013,-1.39426994225326 50.9343337899742,-1.3942150551894 50.9343181648425,-1.39415567654912 50.9343005016438,-1.39411480320369 50.9342871976275,-1.39415414941314 50.9342352836212,-1.39429132215702 50.9342764977989,-1.39435438388997 50.9341929937608,-1.39431979875153 50.9341825769753,-1.3943507007973 50.9341417023925,-1.39427434399815 50.9341187741136,-1.39433228533398 50.9340442712822,-1.39455542685055 50.9341115842559,-1.39458785603231 50.9341213783137,-1.39457204568331 50.9341428912659,-1.39455309123082 50.9341678009876,-1.39459630019598 50.9341807653602,-1.39499515218213 50.9343006148694))

Highfield Campus
type: Site
type: UoSSite

University of Southampton
type: Organization
type: Institution
type: FormalOrganization

Chemistry and Chemical Engineering
type: Organization

Building 30 is non-residential
type: PlaceFeature-ResidentialUse

Gemini 2375 BET Apparatus
within: Synthetic Chemistry
contact: secondary contact
type: Facility
description: The Gemini BET analyser is a simple to use system for measuring the surface area of solid materials. It does this by measuring the difference between the rates of adsorption of analysis gas in the sample and a blank over a range of partial pressures. These measurements are used to automatically calculate the surface area using the Brunauer, Emmet and Teller (BET) method. As well as the Gemini analyser itself, the facility includes a sample preparation station and a 0.1mg balance
notation: F10021
formal organization: University of Southampton
organization part: F6
organization part: Chemistry and Chemical Engineering
primary contact: primary contact
facility is RCUK costed: false

JSM5910 Scanning Electron Microscope
within: Synthetic Chemistry
contact: secondary contact
type: Facility
description: The JSM5910 SEM is capable of imaging conductive samples at magnifications of up to 300,000 at accelerating voltages of up to 3kV. Images may be obtained using either the secondary electron detector or backscattered electron detector. Energy dispersive x-ray spectroscopy (EDS) may be carried out with the Oxford Inca 300 EDS system. Non-conductive samples may be gold coated in the adjacent sample preparation room for a small extra charge.
notation: F10020
formal organization: University of Southampton
organization part: F6
organization part: Chemistry and Chemical Engineering
primary contact: primary contact
facility is RCUK costed: false

Philips FEI XL30SEM Environmental Scanning Electron Microscope
within: Synthetic Chemistry
contact: secondary contact
type: Facility
description: The XL30 environmental SEM is capable of imaging at magnifications of up to 100,000, using an accelerating voltage of up to 30kV. Electrically conductive samples can be imaged using the secondary electron detector, while non-conducting materials may be studied, without the need for coating, with the gaseous secondary electron detector. Compositional information may be obtained using a backscattered electron detector, while elemental analysis can be performed with the energy dispersive X-ray spectroscopy (EDS) probe. The XL30 will be undergoing an upgrade in the spring of 2012 to replace the existing EDS probe and to additionally fit a waveform dispersive x-ray spectroscopy (WDS) system, which will give greatly enhanced x-ray resolution and light element analysis capability.
notation: F10022
formal organization: University of Southampton
organization part: F6
organization part: Chemistry and Chemical Engineering
primary contact: primary contact
facility is RCUK costed: true

Fourier Transform Mass Spectrometer
within: Synthetic Chemistry
contact: secondary contact
type: Equipment
description: Fourier 300 is a high-resolution NMR. Main Features: - Compact high-resolution NMR spectrometer - Ideal for chemistry education and chemical analysis - Industry standard NMR software TopSpin - Cost efficient - Easy handling and siting - Provides routine and advanced modern NMR techniques including COSY, NOESY, HSQC, HMBC
notation: E10176
formal organization: University of Southampton
organization part: F6
organization part: Chemistry and Chemical Engineering
primary contact: primary contact
related facility: F10035

Cobra Sysem With Nitrogen Generator
within: Synthetic Chemistry
contact: secondary contact
type: Equipment
notation: E10148
formal organization: University of Southampton
organization part: F6
organization part: Chemistry and Chemical Engineering
primary contact: primary contact
related facility: F10037

Varian HPLC/ Cary Eclipse Fluorescence Spectrometer/ Cary 300 Bio UV-Vis spectrometer
within: Synthetic Chemistry
contact: secondary contact
type: Equipment
notation: E10140
formal organization: University of Southampton
organization part: F6
organization part: Chemistry and Chemical Engineering
primary contact: primary contact
related facility: F10035

Noise & Vibration Isolation Chamber
within: Synthetic Chemistry
contact: secondary contact
type: Equipment
notation: E10540
formal organization: University of Southampton
organization part: BX
organization part: F2
primary contact: primary contact
related facility: F10027

JSM-6500F Scanning Microscope
within: Synthetic Chemistry
contact: secondary contact
type: Equipment
notation: E10564
formal organization: University of Southampton
organization part: BX
organization part: F2
primary contact: primary contact
related facility: F10026

PCT Pro-2000 (Measures Gas Sorption Properties - See Setaram Website)
within: Synthetic Chemistry
contact: secondary contact
type: Equipment
description: Measures Gas Sorption Properties
notation: E10543
formal organization: University of Southampton
organization part: BX
organization part: F2
primary contact: primary contact
related facility: F10000

Smartlab Diffractometer & Accessories - Includes HyPix 3000/GISAXS Stage upgrades 16/17
within: Synthetic Chemistry
contact: secondary contact
type: Equipment
notation: E10872
formal organization: University of Southampton
organization part: F6
organization part: Chemistry and Chemical Engineering
primary contact: primary contact
related facility: F10000

Rigaku 007-HF Diffractometer Copper Rotating Anode Diffractometer
within: Synthetic Chemistry
contact: secondary contact
type: Equipment
description: Rigaku 007-HF Single Crystal X-ray diffractometer Cu anode equipped with HyPix-600HE detector and CryoStream. Data collection is possible between 80-500K
notation: E10643
formal organization: University of Southampton
organization part: F6
organization part: Chemistry and Chemical Engineering
primary contact: primary contact
related facility: F10000

Spider Diffractometer (Rigaku)
within: Synthetic Chemistry
contact: secondary contact
type: Equipment
description: The R-AXIS Spider diffractometer comprises a Molybdenum sealed tube X-ray generator and an RAPID image plate detector system with a quarter chi goniometer. Data collections are typically performed at 120K under a cold stream of nitrogen using a Oxford Cryosystems 600 Series CryoStream.
notation: E10645
formal organization: University of Southampton
organization part: F6
organization part: Chemistry and Chemical Engineering
primary contact: primary contact
related facility: F10000

XEVO TQD SYSTEM reversed phase
within: Synthetic Chemistry
contact: secondary contact
type: Equipment
notation: E10895
formal organization: University of Southampton
organization part: F6
organization part: Chemistry and Chemical Engineering
primary contact: primary contact
related facility: F10035

MiniFlex 600 X-Ray Diffractometer (Rigaku)
within: Synthetic Chemistry
contact: secondary contact
type: Equipment
description: Powder X-ray diffractometer
notation: E10881
formal organization: University of Southampton
organization part: F6
organization part: Chemistry and Chemical Engineering
primary contact: primary contact
related facility: F10000

XEVO TQD SYSTEM normal phase Mass spectrometer
within: Synthetic Chemistry
contact: secondary contact
type: Equipment
notation: E10896
formal organization: University of Southampton
organization part: F6
organization part: Chemistry and Chemical Engineering
primary contact: primary contact
related facility: F10035

ABI 394 Oligonucleotide Synthesizer (S/N 96112087JT)
within: Synthetic Chemistry
contact: secondary contact
type: Equipment
notation: E11207
formal organization: University of Southampton
organization part: F6
organization part: http://id.southampton.ac.uk/org/00
primary contact: primary contact
related facility: F10035

UPC² SQD2
within: Synthetic Chemistry
contact: secondary contact
type: Equipment
description: UPC² SQD2
notation: E11275
formal organization: University of Southampton
organization part: F6
organization part: Chemistry and Chemical Engineering
primary contact: primary contact
related facility: F10000

Mo rotating anode with Rigaku FR-E+ Ultra High Flux Diffractometer/Rigaku FR-E+ Very High Flux Diffr
within: Synthetic Chemistry
contact: secondary contact
type: Equipment
description: Rigaku FR-E+ Ultra High Flux Diffractometer with HyPix detector /Rigaku FR-E+ Very High Flux Diffractometer with CCD detector Data collection is possible between 80-500K
notation: E10644
formal organization: University of Southampton
organization part: F6
organization part: Chemistry and Chemical Engineering
primary contact: primary contact
related facility: F10000

30 / 1049
within: Synthetic Chemistry
within: Building 30 / Level 1
type: Room
has feature: PR-ID297899
room number: 1049

30 / 2007
within: Synthetic Chemistry
within: Building 30 / Level 2
type: Room
room number: 2007

Building 30 / Level 1
within: Synthetic Chemistry
type: Floor
level number: 1

30 / 2036
within: Synthetic Chemistry
within: Building 30 / Level 2
type: Room
has feature: PR-ID297914
room number: 2036

Building 30 / Level 2
within: Synthetic Chemistry
type: Floor
has feature: PR-ID297906
level number: 2

30 / 5009
within: Synthetic Chemistry
within: Building 30 / Level 5
type: Room
room number: 5009

Building 30 / Level 5
within: Synthetic Chemistry
type: Floor
has feature: PR-ID297918
level number: 5

30 / 3007
within: Synthetic Chemistry
within: Building 30 / Level 3
type: Room
room number: 3007

Building 30 / Level 4
within: Synthetic Chemistry
type: Floor
label: Floor 4, Building 30
has feature: PR-ID298149
level number: 4

30 / 4001
within: Synthetic Chemistry
within: Building 30 / Level 4
type: Room
room number: 4001

Building 30 / Level 3
within: Synthetic Chemistry
type: Floor
has feature: PR-ID298135
level number: 3

30 / 1011
within: Synthetic Chemistry
within: Building 30 / Level 1
type: Room
has feature: PR-ID301001
has feature: PR-ID303833
room number: 1011

30 / 4025 (NOT AVAILABLE)
within: Synthetic Chemistry
within: Building 30 / Level 4
type: Room
type: SyllabusLocation
description: Chemistry School Owned Room
notation: 30-4025
capacity: 1
short name: 4025 (NOT AVAILABLE)

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date: 2010

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Main Entrance
connects building: Synthetic Chemistry
type: BuildingEntrance
lat: 50.93413
long: -1.39454