What do you use the BMP Nautilus for?

We use it to measure the Biochemical Methane Potential (BMP) of products intended for Danish biogas production. These products include food waste, sludge, glycerin, and other types of industrial waste that can generate gas in a biogas plant.

What problems has it solved for you?

Previously, we used a subcontractor for this analysis, but we experienced long waiting times and very slow delivery of results. Our clients were not satisfied with this. Therefore, we decided to invest in our own instrument to solve this issue and ensure fast and reliable turnaround times for the analysis.

What features of the machine stood out to you?

The price and the simple design stood out to us. We actually considered building a system ourselves, but we are very happy that we chose to buy from Anaero instead. There is much more work involved in constructing your own system than initially seems.

Dania Lab is an environmental lab service based in Denmark. Their modern facilities enable them to offer a wide range of analyses including Biogas Analysis.

Equipment: BMP Nautilus

Rune Jørgensen

Dania Lab,

Denmark

BMP Nautilus in Dania Lab, Denmark

BMP Nautilus

BMP Tests for Crop Selection at Pretoria Energy

What do you use the BMP Nautilus for?

What stood out about Anaero Technology?

We cannot recommend Anaero Technology highly enough. Their team combines deep expertise with exceptional customer support, assisting with troubleshooting, method optimization, and even last-minute accommodations to keep our experiments lab running smoothly.

What economic benefit has the equipment brought?

By quantifying gas potential, we’ve shifted resources toward the most productive feedstocks, along with allowing us to validate our investments and inform us before investing further. This allows for informed planting, when factoring in crop yields along with gas potential.

Pretoria Energy Company own & operate anaerobic digestion facilities which produce renewable electricity and gas, utilising feedstock from energy crops and agricultural residue.

Equipment: BMP Nautilus

Agnieszka Igla

Pretoria Energy, UK

The advantages of correct BMP testing help us make the right variety choices with maize. We have found that the difference between varieties—which may yield and look identical in the field—can result in a 60–70 m³ difference in gas potential at feed-in time.

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Pretoria Energy's AD plant, UK

Anaero

Technology

Testimonial

Hear directly from our clients about their experience with us and how we've used our years of expertise to support business and anaerobic digestion research.

What do you use the BMP Nautilus for?

We use it to measure the Biochemical Methane Potential (BMP) of products intended for Danish biogas production. These products include food waste, sludge, glycerin, and other types of industrial waste that can generate gas in a biogas plant.

What problems has it solved for you?

What features of the machine stood out to you?

The price and the simple design stood out to us. We actually considered building a system ourselves, but we are very happy that we chose to buy from Anaero instead. There is much more work involved in constructing your own system than initially seems.

What do you use the BMP Nautilus for?

What stood out about Anaero Technology?

We cannot recommend Anaero Technology highly enough. Their team combines deep expertise with exceptional customer support, assisting with troubleshooting, method optimization, and even last-minute accommodations to keep our experiments lab running smoothly.

What economic benefit has the equipment brought?

By quantifying gas potential, we’ve shifted resources toward the most productive feedstocks, along with allowing us to validate our investments and inform us before investing further. This allows for informed planting, when factoring in crop yields along with gas potential.

The advantages of correct BMP testing help us make the right variety choices with maize. We have found that the difference between varieties—which may yield and look identical in the field—can result in a 60–70 m³ difference in gas potential at feed-in time.

Read more: full page