Product Category BBFS-09 Options

Discover all products, posts and pages of the type BBFS-09 Options at RITTER – Made in Germany!

RITTER Data sheet

»MultiGas« Sensors for BBFS

The RITTER Biogas Batch Fermentation System (BBFS) allows the world-wide unique combination of:

biogas fermentation tests
data acquisition of volume and flow rate
gas analysis of CH₄ and CO₂ as an option

… from up to 18 gas sources.

For this purpose, 9 high-precision RITTER »MultiGas« NDIR (non-dispersive infrared) Sensors are installed in one casing. Up to 2 casings can be attached to the rack the Biogas Batch Fermentation System (BBFS), enabling the analysis of biogas and many other gases in research and development labs.

V 1.0 / Rev. 2024-09-05 / Subject to alterations.

The most recent version of this data-sheet can be found at …
https://www.ritter.de/en/data-sheets/multigas-sensors-for-bbfs/

Dr.-Ing. RITTER Apparatebau GmbH & Co. KG · Coloniastrasse 19-23 · D-44892 Bochum · Germany
For questions please contact mailbox@ritter.de or your local distribution partner (on our overview page)

Roller Table for Heating Oven BBFS-09 & BBFS-18

RITTER Data sheet

Roller Table BBFS-09

Features

Wheeled table for setting up the heating oven for fermentation system BBFS-09
Total height incl. standing heating oven = standard height laboratory tables (920 mm)

Design

Table frame with 4 lockable wheels
1 additional storage compartment below the heating oven
Suitable for holding the movable rack for the installation of MilliGascounters and absorption bottles

Materials

Frame made of aluminium profiles, table plates made of PE-blue

Table for BBFS-09

Dimensions W 570 mm x D 570 mm x H 620 mm

_{The illustration shows the tables with the ovens in place with the rack for MilliGascounters and CO₂ absorption bottles. The rack can be moved forward/backward for easy installation and handling of the MilliGascounters and CO₂ absorption bottles. The gas sampling bags (option) can be attached to the horizontal aluminium profiles.}

Block-MGC 9x

Multiple measurement cells in one unit
Cells are measuring independently of each other
Gas in/outlet for each cell
Calibration certificate for each cell
Compensation of temperature *
Compensation of pressure *
Compensation of humidity *

* with Software »RIGAMO«

RITTER Data sheet

CO2 Absorption Tank

CO₂ absorption rate better than 99%
CO₂ absorption capacities: See Data Sheet »CO₂ Absorption Bottle«
With unique dip pipe design and Screw-type tube coupling
Including tubing to PMMA Fermentation Bottle and to MilliGascounter ø_i 4 mm / ø_o 6 mm
Volume 250 ml, ø D 95 mm x H 106 mm

Component

Absorption solution

3-molar caustic potash solution (KOH 3 mol/ltr in aqua dest.)
Filling quantity per absorption bottle: 250 ml
Delivery in bottles of 1 ltr

Please note: Due to transportation restrictions, the absorption solution might has to be purchased locally. Please contact RITTER.

RITTER Data sheet

PMMA Fermentation Bottle without Stirring Device

1 x Connection for gas outlet port, PVDF screw-type tube connection ø_i 4 mm, ø_o 6 mm
1 x Connection for flushing of headspace or sample extraction, PVDF screw-type tube connection ø_i 4 mm, ø_o 6 mm
Various bottle sizes: 0.5 / 1 / 2 ltr - custom sizes on request
High breaking strength due to PMMA material (without fragile glass gas outlet nozzle)

0.5 ltr	Dimensions ø H 110 mm x D 105 mm	Weight 0.25 kg
1.0 ltr	Dimensions ø H 190 mm x D 105 mm	Weight 0.4 kg
2.0 ltr	Dimensions ø H 350 mm x D 105 mm	Weight 0.7 kg

RITTER Data sheet

Stirring Device for RITTER PMMA Fermentation Bottles

Incl. magnetic coupling for absolute gas tightness of fermentation bottle
With intervalic stirring (1 min / 1 min)
Suitable for media with low and high viscosity ≤ 450 mm²/sec (≙ 65 sec capillary flow cup 6 mm DIN EN ISO 2431)
Step motor 2 ampere, 15 rpm
Custom stirring blades available

0.5 ltr	Dimensions of stirring blade	W 80 mm x H 45 mm	Weight ~ 0.7 kg
1.0 ltr	Dimensions of stirring blade	W 80 mm x H 125 mm	Weight ~ 0.7 kg
2.0 ltr	Dimensions of stirring blade	W 80 mm x H 285 mm	Weight ~ 0.7 kg