Respirometer Echo Instruments ER Series
| Respirometer Echo Instruments ER Series | |
|---|---|
| Location: | Lab. 1.78 Building. 7 |
| Manager: | Rodrigo Borges |
| Operator: | User |
| Analytical Principle: | Respirometry |
| Manufaturer: | Echo Instruments |
| Model: | ER Series |
| Type: | Respirometer |
| Monitored Gases: | CH₄, H₂S, H₂ e NH₃, O₂ and CO₂ |
| Website: | Echo Instruments |
The ECHO Intruments ER Series Respirometer is an automatized system of multi-channel respirometry conseived for continuous monitorization of biological activity through the mediation of oxygen (O₂) consumption and carbon dioxide (CO₂) production. This equipment evaluates the aerobic and anaerobic biodegradability of an ample variety of solid, liquid and suspended materials, furnishing quantitative data on the microbilogical degradation in controled experimental conditions.
The system works through the controlled circulation of air or other gases through individual reactors, where high-precision sensors continuously monitor O₂ and CO₂ concentrations, as well as parameters such as flow rate, temperature, pressure, and humidity. Based on these measurements, the software automatically calculates the cumulative production of carbon dioxide, oxygen consumption, and the percentage of biodegradation of the sample throughout the test. The system is also equipped with additional sensors for monitoring gases such as CH₄, H₂S, H₂, and NH₃, allowing adaptation to different research and development applications.
The modular architecture of the ER Series allows for the configuration of systems with 12 independent channels, enabling the simultaneous execution of multiple tests under different experimental conditions. The equipment supports various types of reactors for solid samples, liquids, and algae cultures, and can operate under aerobic or anaerobic conditions, with automatic gas flow and humidification control.
The equipment is controlled via dedicated software that allows for the configuration of experimental protocols, real-time test monitoring, visualization of CO₂ production and O₂ consumption curves, data export for statistical analysis, and automatic report generation. The latest software versions include advanced channel management features, remote control, automatic alerts, and measurement recovery after power outages, increasing reliability and operational flexibility.
Calendar / Availability
RequestImplemented Methods:
Not Applicable
Possible Future Methods:
Not Applicable
Main Applications:
- Aerobic biodegradability studies;
- Anaerobic biodegradability studies;
- Compostability assays;
- Plastic biodegradability evaluation;
- Biomaterial research;
- Organic residue characterization;
- Soil, sediment and water studies;
- Microbial activity monitorization;
- Biotechnological process optimization;
- Wastewater treatment research;
- Marine environment biodegradation studies;
- Development and certification of biodegradable materials;
- Microalgae culture research;
Types of Samples:
- Soils;
- Sediments;
- Fresh water;
- Seawater;
- Wastewater;
- Activated sludge;
- Compost;
- Organic residue;
- Bioplastics;
- Biodegradable polimers;
- Vegetal biomass;
- Microalgae;
- Organic fertilizers;
- Anaerobic digestion substrates;
- Foods and agroindustrial subproducts;
Main Advantages:
- Real-time O₂ and CO₂ continuous monitorization;
- Multi-channel systems for simultaneous execution of different assays;
- Aerobic and anaerobic operating conditions;
- Automatic flow, temperature and humidification control;
- Automatic calculation of CO₂ production, O₂ consumption and biodegradation percentage;
- Modular configuration with expansion possibility;
- International biodegradability norm compatibillity;
- Data and report automatic exportation;
Technical Specifications:
| Specification | Value |
|---|---|
| Manufacturer | ECHO Instruments |
| Model | ER Series |
| Software | ER Process Control Software |
| Assay Conditions | Aerobic and Anaerobic |
| Number of Channels | 12 semi-independent channels |
| Sensors | CH₄, H₂S, H₂ e NH₃, O₂ e CO₂ |
| Operating Temperature | +3 °C a +70 °C |
| Automatic Humidification | Sim |
| Continuous Monitorization | CH₄, H₂S, H₂ e NH₃, O₂, CO₂, temperature, pressure, humidity and air flow |
| Data Export | Excel |
| Included Reactors | Solid Samples (2.8L), Liquid Samples (250-1000 mL) |
| Individual Lighting Control | Yes |