Gas Endeavour

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GAS ENDEAVOUR

Article no: 12-0000-02

Universal platform for low gas volume & flow measurements

BUY

Chrome

Measure low gas volume and flow with high accuracy and precision

The Gas Endeavour allows users to measure low gas volume and flow whenever there is a demand for accurate and precise measurements. This automatic platform might be potentially used for both research and industrial applications in animal or human nutrition studies, wastewater treatment, ethanol fermentation, hydrogen production, greenhouse gas emissions and more.

Significantly reduce your labour demands

The Gas Endeavour is a well engineered analytical device, developed specifically for on-line measurements of low gas flows produced from any gas generating process at laboratory scale. It is simple and to use and quick to learn.

The automated analytical procedure significantly reduces labour demands when compared to many traditional methods or competitive solutions on the market.

Standardise and compare results

The Gas Endeavour is a universal platform for monitoring biological or non-biological processes generating low flows of either inert or slightly aggressive gases. The instrument allows for the standardisation of measurement procedures, data interpretation and reporting. This allows for data from different laboratories around the world to be easily compared, thus creating value above and beyond the high-quality results obtained from operating the Gas Endeavour.

Get access to high quality data

The real-time performance and out-standing features of the Gas Endeavour satisfy the highest demands for data accuracy and precision. The high quality data can be presented with or without temperature and pressure compensation, and can be used to extract important kinetic information of the process.

A multi-channel analyser consisting of up to 15 parallel test vessels and the same number of gas flow meters (flow cells) are attached to a data acquisition system.

The Graph feature of the Gas Endeavour software application and the embedded web server allows users to see their experiment in real-time via a wide range of devices, including PC, tablets and smart phones.

Sample incubation unit

Maximum number of test vessels per system: 15
Test vessels material: glass
Standard volume of test vessel: 500 ml
Dimension: 53 x 33 x 24 cm
Temperature control: up to 95 °C (203 °F) (precision of 0.2 °C)
Mixing in the test vessel: mechanical agitation (adjustable interval, speed and rotation directions), max. speed 200 rpm

Gas Volume Measuring device

Working principle: liquid displacement & buoyancy
. Up to 15 cells running in parallel
.
Built-in pressure and temperature sensors

Measuring resolution: 2 or 10 ml

Detection capacity: up to 2.5 or 13 l cumulative gas per test vessel for each batch test
Measuring range for instant gas flow rate: 2 to 24 or 10 to 120 ml per min (for 2 or 10 ml cells)
Integrated data acquisition (maximum capacity 2×104 flow cell openings)
Dimension: 51×44×18 cm

Housing: plastic

Repeatability: 1%

Software & System

Web-based software running on an embedded server
On-line real-time gas flow and volume display
Automatic real-time pressure and temperature compensation
Real-time gas flow and volume normalisation
Possibility of multiplexing, allowing for simultaneous batch analysis at different startup times
On-line system logger for operational diagnosis
Power supply: 12 V DC / 5 A
Usage: indoor

For more information, see User Manual