bbe Moldaenke GmbH
About
bbe Moldaenke GmbH, headquartered in Schwentinental near Kiel, Germany, has specialized in environmental monitoring instrumentation for over 25 years, serving customers in more than 30 countries. Operating under the principle of biological, biophysical, and engineering integration, the company maintains two core technology areas: spectrofluorometric chlorophyll analysis with algae class differentiation, and real-time biological early warning toximeters where bbe holds international market leadership. The chlorophyll range includes the AlgaeOnlineAnalyser II for continuous 24/7 monitoring with automatic cleaning, the AlgaeLabAnalyser and PhycoLabAnalyser for laboratory use, the submersible FluoroProbe for vertical profiling, the handheld AlgaeTorch for rapid field assessment, the AlgaeGuard for surface water surveillance, the PhycoProbe for cyanobacteria-focused detection, and the BenthoTorch for in-situ phytobenthic measurement. All instruments use spectral fluorometry with colored LED excitation to differentiate up to five algae classes while measuring total chlorophyll, photosynthetic activity via the Genty parameter, and CDOM. The toximeter range comprises the AlgaeToximeter II for herbicide and hydrocarbon detection, the DaphniaToximeter II (DaphTox II) using Daphnia magna for insecticide and heavy metal detection, the FishToximeter II analyzing fish behavioral patterns for broad-spectrum toxicity, and the ToxProtect II for neurotoxin and respiratory inhibitor detection. All toximeters feature automated operation, alarm management, and remote access. The 10cells system addresses ballast water compliance, and bbe++ software provides unified data acquisition and instrument control across the product range.
Key Products
Continuous online spectrofluorometer measuring chlorophyll, differentiating algae classes, quantifying CDOM, and calculating photosynthetic activity with automatic cleaning for 24/7 unattended operation
Laboratory spectrofluorometer for chlorophyll determination and algae class differentiation in collected water samples
Handheld and submersible spectrofluorometer for in-situ chlorophyll measurement and algae class identification in field deployments
Portable field instrument for quick chlorophyll determination with high sensitivity, data logging, and no chemical reagents required
Online monitoring station for continuous surface water surveillance of lakes, reservoirs, rivers, and bathing waters
Handheld monitoring instrument focused on cyanobacteria detection and early warning of harmful algal blooms
Real-time early warning toximeter using standardized algae to detect herbicides, algicides, hydrocarbons, chlorinated compounds, and PCBs in water supplies
Biological early warning system using Daphnia magna to detect insecticides, neurotoxins, respiratory inhibitors, and heavy metals in drinking and surface water
Toxicity monitoring system using fish behavioral analysis to detect respiratory inhibitors, neurotoxins, and broad-spectrum toxic contamination
Automated early warning system detecting neurotoxins and respiratory inhibitors in real time for water treatment plant intake protection
Data acquisition and analysis software for instrument control, real-time monitoring, alarm management, and historical data visualization across bbe devices
Phytoplankton primary productivity measurement systems for research applications, with HB variant for high-biomass algae assessment
Bioluminescence sensor for detecting bioluminescent organisms in marine and aquatic environments
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