- Home
- Products and Services
- Evaporation & Concentration
- Horizon Evaporation & Concentration Systems
- Biotage® Solvent Recovery SVOC
Sample Preparation
Horizon Food & Environmental Products
Organic Synthesis
Peptide Chemistry
Flash Purification
Work-up Products
Evaporation & Concentration
Industrial & Large Scale Products
Biomolecules
Service & Support
- Automated Sample Preparation Instruments
- Manual Sample Preparation & Accessories
- ISOLUTE® FILTER+ High Performance Filtration Plates
- ISOLUTE® PPT+ Protein Precipitation Plates
- ISOLUTE® PLD+ Protein and Phospholipid Removal Products
- ISOLUTE® HYDRO DME+ Dual Mode Extraction Products
- ISOLUTE® QuEChERS
- ISOLUTE® SLE+ Supported Liquid Extraction Products
- ISOLUTE® SPE Columns and Plates
-
- ISOLUTE® 101
- ISOLUTE® AL-A, AL-N & AL-B
- ISOLUTE® Accessories
- ISOLUTE® C18
- ISOLUTE® C18(EC)
- ISOLUTE® C2
- ISOLUTE® C2(EC)
- ISOLUTE® C4
- ISOLUTE® C8
- ISOLUTE® C8(EC)
- ISOLUTE® CBA
- ISOLUTE® CN
- ISOLUTE® DIOL
- ISOLUTE® ENV+
- ISOLUTE® ENV+ On-line SPE Cartridges
- ISOLUTE® EPH
- ISOLUTE® FL
- ISOLUTE® HAX
- ISOLUTE® HCX
- ISOLUTE® HCX-3
- ISOLUTE® HCX-5
- ISOLUTE® HCX-Q
- ISOLUTE® HM-N Columns
- ISOLUTE® Layered SPE Columns
- ISOLUTE® MFC18
- ISOLUTE® Multimode
- ISOLUTE® Myco
- ISOLUTE® NH2
- ISOLUTE® Na2SO4/FL
- ISOLUTE® O&G
- ISOLUTE® PAH
- ISOLUTE® PE-AX
- ISOLUTE® PH
- ISOLUTE® PSA
- ISOLUTE® SAX
- ISOLUTE® SAX/PSA
- ISOLUTE® SCX
- ISOLUTE® SCX-2
- ISOLUTE® SCX-3
- ISOLUTE® SI
- ISOLUTE® Sodium Sulfate Drying Cartridge
- ISOLUTE® TPH
- EVOLUTE® SPE Columns and Plates
- Biotage® Mikro SPE Products
- Biotage® Selekt Systems
- Isolera™ Systems
- Flash Columns
-
- Biotage® Sfär - Overview
- Biotage® Sfär Silica HC D
- Biotage® Sfär Silica D
- Biotage® Sfär Silica HC
- Biotage® Sfär Silica
- Biotage® Sfär KP-Amino D
- Biotage® Sfär C18 Duo 100 Å 30 μm
- Biotage® Sfär - Samplet®
- Biotage® SNAP XL KP-Sil
- Biotage® SNAP XL KP-NH
- Biotage® SNAP XL Ultra C18
- Biotage® SNAP XL KP-C18-HS
- Flash 75/150/400 Cartridges
- TLC Plates
- Flash Accessories
- Flash 75/150/400 Systems
- Service Agreements - Europe
- Service Agreements - North and Latin America
- Discontinued Products
-
- Biotage® SNAP Bio
- Biotage® SNAP Ultra
- Biotage® SNAP - Samplet®
- Isolera™ Dalton
- AFFINILUTE™ MIP Columns
- Biotage ZIP®
- Biotage ZIP® Sphere
- Biotage® Advancer
- Biotage® Atlantis
- Biotage® ELSD-1080
- Biotage® Endeavor™
- Biotage® Horizon 1000XL
- Biotage® Horizon 3000XL
- Biotage® Horizon 4790
- Biotage® Horizon SPE-Z
- Biotage® Initiator Classic
- Biotage® Resolux™
- Biotage® SP
- Biotage® Syro Wave™
- Biotage® V-10 Evaporator
- EVOLUTE® ABN
- EVOLUTE® AX
- EVOLUTE® CX
- EVOLUTE® WAX
- EVOLUTE® WCX
- EcoLine Environmental Filters
- FlashMaster Personal Plus
- KILOPREP Systems and Consumables
- RapidTrace®+
- SAM
- SAP
- Speed-Vap® III
- TurboVap® 96
- TurboVap® Classic 500
- TurboVap® Classic II
- TurboVap® Classic LV
Biotage® Solvent Recovery SVOC
Previously known as Solvent TrapSVOC
The Biotage® Solvent Recovery SVOC is designed to condense and collect solvent vapors which are generated when using the DryVap® concentration system.
» APPLICATION NOTES
Determination of PAHs from Sea Water Using Automated SPE
This application note demontrates that the Biotage® fully automated extraction, drying and concentration systems used with the Atlantic™ HLB disk are capable of extracting PAH compounds from sea water.
Typical extraction times using the Biotage® Horizon 4790 range from 20 to 25 minutes while drying and concentration on the DryVap® with the DryDisk® took approximately 35 minutes.
Tags: 4790,
Application Notes,
Disk,
English,
Environmental,
GC-MS,
PAHs,
Polyaromatic Hydrocarbons (PAH),
Sea Water
» PRODUCT NOTES
Biotage® Solvent Recovery SVOC
The Biotage® Solvent Recovery SVOC is designed to
condense and collect solvent vapors which are generated
when using the DryVap® concentration system prior to injection into the GC or HPLC.
Tags: Product Notes
Less Solvent Emission using the Biotage® Solvent Recovery SVOC
In the laboratory many chemicals are used in small and larger volumes. Table 1 shows several of the typical kinds of analyses done for environmental compliance. Semivolatile organic compound extraction and evaporation can be a large source of solvent emission to the atmosphere if the solvent is allowed to go up the hood and is not recaptured.
Tags: Product Notes
Search all documents »
PRODUCT VIDEOS
DryVap® Inline Concentration System
Using a vacuum pump, the solvent vapors are pulled through a cold condenser coil, where the solvent vapors are chilled and converted back into a liquid form. The solvent then flows by gravity into a round bottom glass flask. When the flask is full a stopcock can be turned to drain the collected solvent into a disposal vessel.
Designed specifically to handle the volume of solvent vapor generated by the DryVap system, the Solvent Recovery SVOC operates at 0°C using a chiller and is capable of condensing and capturing approximately 90 to 95 % of the solvent vapor (95 % for dichloromethane (DCM)).
Features & Benefits
- Enables regulatory compliance for air emissions
- Protects workers from exposure to harmful solvent vapors
- Keeps sensitive lab instruments protected
- Recaptured solvent can be redistilled or sold
When combined with the DryVap System
- Typical solvent volumes of 180 to 200 mL of dichloromethane (DCM) can be evaporated in 50-60 minutes
- The end point can be automatically detected and the process ended when the endpoint is reached
- The sample can be evaporated directly into GC auto sampler vials, eliminating transfer from the evaporation vessel
- Improves the workflow and enables compliance
INSTRUMENTS
| Part No. | Description | Product type | Pack Size | Price | ||
|
|
VNT-0540 | DryVap® With Biotage® Solvent Recovery SVOC, 110 V | Instruments | 1 | Log in for price | |
|
|
VNT-0541 | DryVap® With Biotage® Solvent Recovery SVOC, 220 V | Instruments | 1 | Log in for price | |