Bovaer® bidrager til en betydelig og øjeblikkelig reduktion af klimaaftrykket fra oksekød og mejeriprodukter. Produktet er godkendt af flere myndigheder som værende sikkert at bruge. Bare en kvart teske pr. ko pr. dag reducerer metanudledninger fra malkekvæg med 30% og op til 45% for kødkvæg, i gennemsnit.
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Bovaer® er den mest omfattende undersøgte og videnskabeligt dokumenterede løsning på udfordringen med metanudledning fra køers bøvsen til dato – med mere end 130 gårdforsøg i 20 lande og mere end 80 fagfællebedømte videnskabelige studier. I alle tilfælde har det vist sig at være sikkert for forbrugeren, landmanden og dyret, uden at påvirke mælkeproduktionen eller reproduktionen. Bovaer® er godkendt og tilgængelig til salg i over 65 lande, herunder EU/EØS, Australien, Brasilien, Canada, Chile, Mexico, Pakistan, Schweiz, Tyrkiet, Storbritannien, Sydkorea og Japan.
I koens vom hjælper mikrober med at nedbryde føde. Dette frigiver brint og kuldioxid. Et enzym kombinerer disse gasser for at danne metan. Bovaer® er et fodertilsætningsstof, der hæmmer enzymet, så der genereres mindre metan. Bare ¼ teske i en kos daglige foder virker på under 30 minutter. Mens det virker, nedbrydes Bovaer® sikkert til forbindelser, der allerede naturligt findes i vommen.
Udforsk for at lære mere!
Dairy trial: Proof of concept in feed
https://www.journalofdairyscience.org/article/S0022-0302(14)00208-2/fulltext
Edmonton, Alberta, Canada
Average methane reduction
Trial period
Number of cows
Dairy trial: Proof of concept in feed, 3 different doses
https://www.publish.csiro.au/an/AN15219
Edmonton, Alberta, Canada
Average methane reduction
Trial period
Number of cows
Dairy trial: Long term study on commercial farm
Retie, Belgium
Average methane reduction
Trial period
Number of cows
Dairy trial: Transition cow study with high starch or high fibre diets
https://www.tandfonline.com/doi/full/10.1080/1745039X.2021.1877986
Braunschweig, Germany
Average methane reduction
Trial period
Number of cows
Dairy trial: Comparison of 2 routes of application, in PMR or in concentrate feed
https://www.journalofdairyscience.org/article/S0022-0302(18)31111-1/fulltext
Melle, Belgium
Average methane reduction
Trial period
Number of cows
Dairy trial: Proof of concept
Melle, Belgium
Average methane reduction
Trial period
Number of cows
Dairy trial: Comparison of 2 routes of application, in PMR or in concentrate feed
https://www.journalofdairyscience.org/article/S0022-0302(18)31111-1/fulltext
Melle, Belgium
Average methane reduction
Trial period
Number of cows
Dairy trial: Proof of concept
Melle, Belgium
Average methane reduction
Trial period
Number of cows
Dairy trial: 1st trial in France, early lactation
Saint Genès Champanelle , France
Average methane reduction
Trial period
Number of cows
Dairy Trial: Potential biomarkers in milk and plasma associated with methane mitigation
https://www.journalofdairyscience.org/article/S0022-0302(21)00872-9/fulltext
Saint Genès Champanelle , France
Average methane reduction
Trial period
Number of cows
Dairy trial: Effect of 3-NOP alone and in combination with Crina
Lleida, Spain
Average methane reduction
Trial period
Number of cows
Dairy trial: Dose response 0 - 80 ppm
https://www.journalofdairyscience.org/article/S0022-0302(20)30258-7/fulltext
Pennsylvania, USA
Average methane reduction
Trial period
Number of cows
Dairy trial: Proof of concept and mode of action
https://www.journalofdairyscience.org/article/S0022-0302(16)30180-1/fulltext
Pennsylvania, USA
Average methane reduction
Trial period
Number of cows
Dairy trial: Dose response 0 - 200 ppm
https://www.journalofdairyscience.org/article/S0022-0302(16)30212-0/fulltext
Pennsylvania, USA
Average methane reduction
Trial period
Number of cows
Dairy trial: EU registration study
https://www.journalofdairyscience.org/article/S0022-0302(20)30878-X/fulltext
Pennsylvania, USA
Average methane reduction
Trial period
Number of cows
Dairy trial: Early lactation study
https://www.journalofdairyscience.org/article/S0022-0302(19)31001-X/fulltext
Pennsylvania, USA
Average methane reduction
Trial period
Number of cows
Calf EU registration Study
Reading, UK
Average methane reduction
Trial period
Number of cows
Dairy trial: EU registration trial
Reading, UK
Average methane reduction
Trial period
Number of cows
Cut and Carry grass plus Bovaer10 pulse dosing
Reading, UK
Average methane reduction
Trial period
Number of cows
Dairy trial: 1st proof of concept, pulse dosed via cannula
https://www.journalofdairyscience.org/article/S0022-0302(14)00239-2/fulltext
Reading, UK
Average methane reduction
Trial period
Number of cows
Dairy trial: Chamber study, 2 different diets
Wageningen, Netherlands
Average methane reduction
Trial period
Number of cows
Dairy trial: Early lactation study in chambers
https://www.journalofdairyscience.org/article/S0022-0302(20)30474-4/fulltext
Wageningen, Netherlands
Average methane reduction
Trial period
Number of cows
Calf EU registration Study
Leeuwarden, Netherlands
Average methane reduction
Trial period
Number of cows
Dairy trial: 3 different diets and 2 dose rates for KringloopWijzer
https://www.journalofdairyscience.org/article/S0022-0302(22)00108-4/fulltext
Leeuwarden, Netherlands
Average methane reduction
Trial period
Number of cows
Beef EU registration Study
Leeuwarden, Netherlands
Average methane reduction
Trial period
Number of cows
Dairy trial: EU registration trial
Leeuwarden, Netherlands
Average methane reduction
Trial period
Number of cows
Dairy trial 1: year study
Dairy Campus
Leeuwarden, Netherlands
Average methane reduction
Trial period
Number of cows
Dairy trial: Commercial farm study
Haslev, Denmark
Average methane reduction
Trial period
Number of cows
Dairy trial: Danish National inventory, 2 different diets and dose rates
Tjele, Denmark
Average methane reduction
Trial period
Number of cows
Dairy trial: Latin square with different combinations of methane mitigators
Tjele, Denmark
Average methane reduction
Trial period
Number of cows
Dairy trial: Bovaer in combination with fat
Tjele, Denmark
Average methane reduction
Trial period
Number of cows
Dairy trial: SF6 measurement using different N sources
https://doi.org/10.1016/j.heliyon.2022.e09738
Providencia, Santiago, Chile
Average methane reduction
Trial period
Number of cows
Pilot calf study
Palmerston North, New Zealand
Average methane reduction
Trial period
Number of cows
Dairy trial: Cut and carry grass Proof of concept
Palmerston North, New Zealand
Average methane reduction
Trial period
Number of cows
Dairy trial
Palmerston North, New Zealand
Average methane reduction
Trial period
Number of cows
Dairy trial
Palmerston North, New Zealand
Average methane reduction
Trial period
Number of cows
Dairy trial: Sheep Proof of concept extrudates
https://www.journalofdairyscience.org/article/S0022-0302(14)00267-7/fulltext
Granada, Spain
Average methane reduction
Trial period
Number of sheep
Dairy trial: Sheep Proof of concept
https://www.journalofdairyscience.org/article/S0022-0302(14)00267-7/fulltext
Granada, Spain
Average methane reduction
Trial period
Number of sheep
Beef trial: Infused vs in feed application
https://www.mdpi.com/2076-2615/10/1/64
Wooster, Ohio, USA
Average methane reduction
Trial period
Number of cows
Beef trial: ERA Commercial feedlot study
3 different diets were tested over the reported period with avg days in feed for each group of animal
https://acsess.onlinelibrary.wiley.com/doi/abs/10.2134/jeq2018.11.0412
Wooster, Ohio, USA
Average methane reduction
Trial period
Number of cows
Beef trial
https://doi.org/10.2527/jas.2014-8726
Lethbridge, Alberta, Canada
Average methane reduction
Trial period
Number of cows
Beef trial
https://doi.org/10.1093/jas/sky174
Lethbridge, Alberta, Canada
Average methane reduction
Trial period
Number of cows
Beef trial
https://doi.org/10.2527/jas.2015-0268
Lethbridge, Alberta, Canada
Average methane reduction
Trial period
Number of cows
Beef trial
https://doi.org/10.3168/jds.2019-18077
Lethbridge, Alberta, Canada
Average methane reduction
Trial period
Number of cows
Beef trial: Proof of concept, dose response
https://doi.org/10.2527/jas.2014-7573
Lethbridge, Alberta, Canada
Average methane reduction
Trial period
Number of cows
Beef trial
https://doi.org/10.1071/AN15705
Lethbridge, Alberta, Canada
Average methane reduction
Trial period
Number of cows
Average methane reduction
Trial period
Number of cows
Calf trial
Armidale, Australia
Average methane reduction
Trial period
Number of cows
Beef trial
Armidale, Australia
Average methane reduction
Trial period
Number of cows
Beef trial
Armidale, Australia
Average methane reduction
Trial period
Number of cows
Beef Dose response in finishing cattle
Armidale, Australia
Average methane reduction
Trial period
Number of cows
Beef trial
Armidale, Australia
Average methane reduction
Trial period
Number of cows
Beef trial
Armidale, Australia
Average methane reduction
Trial period
Number of cows
Beef trial
Rio Brilhante, Mato Grosso do Sul, Brazil
Average methane reduction
Trial period
Number of cows
Dairy trial: Autumn milking herd
Cork, Ireland
Average methane reduction
Trial period
Number of cows
Dairy trial: Dry cow study
Cork, Ireland
Average methane reduction
Trial period
Number of cows
Mid lactation cows in summer, Milk for Grana Padano cheese making
Piacenza, Italy
Average methane reduction
Trial period
Number of cows
Mid lactation cows in autumn winter, Milk for Grana Padano cheese making
Piacenza, Italy
Average methane reduction
Trial period
Number of cows
Beef EU registration Study
Meath, Ireland
Average methane reduction
Trial period
Number of cows
Calf EU registration Study
Dumfries, UK
Average methane reduction
Trial period
Number of cows
Commercial calf study
Hamilton, New Zealand
Average methane reduction
Trial period
Number of cows
* Status pr. september 2023. Forsøg med et betydeligt antal dyr er inkluderet i denne oversigt.
Bovaer® er et fodertilsætningsstof, der reducerer enteriske metanudledninger, hvilket bidrager til en betydelig og øjeblikkelig reduktion af klimaaftrykket fra kød, mælk og mejeriprodukter. I gennemsnit reducerer Bovaer® udledninger med 30% fra malkekøer og 45% fra kødkvæg. Mere end 100 lande har anerkendt metanreduktion som den mest effektive strategi for at opnå målet om at begrænse den globale opvarmning til 1,5°C inden 2030?. Og der er ingen tid at spilde. en hurtig reduktion af metanemissioner kan opnå kortsigtede klimamål med yderligere fordele for folkesundhed og landbrugsproduktivitet.
By reducing methane emissions from cattle, farms using Bovaer® in their feed are making a measurable impact on climate change every day.
*The estimated savings presented on our website are calculated using various parameters, not based on actual measurements and only serve as an indicative figure. dsm-firmenich has used diligent care to ensure that the estimated savings are based on the latest available information and scientific insights, however, might fluctuate based on additional information and insights. dsm-firmenich makes no representation or warranty, either expressly or implied, of the accuracy, reliability, or completeness thereof. In no event shall dsm-firmenich be liable for any damages arising from or reliance upon, or use of, the estimated savings.
Læs vores seneste udtalelse om misinformationen om Bovaer® i Storbritannien.
af drivhusgasudledningerne fra malkekvæg kommer fra enterisk metan
gårdsforsøg på tværs af 20+ lande viser, at Bovaer® er effektivt. Bovaer® er blevet undersøgt i over 15 år nu
landehar godkendt Bovaer® til salg . Bovaer® er et overlegent fodertilsætningsstof til kvæg, der er godkendt og betragtes som sikkert af EFSA og flere andre myndigheder
04 Nov 2024
dsm-firmenich is pleased to announce that Bovaer®, its innovative methane-reducing feed additive, has received market approval for use with dairy and beef cattle in Japan. This approval marks a significant step towards more sustainable agriculture in Japan.
31 Jan 2024
The Canadian authorities today granted market authorization for Bovaer®, a methane reducing feed ingredient for cattle, which enables dairy and beef farmers to substantially lower their carbon footprint.
04 Sep 2023
Trials conducted at CERZOO, dairy farm of Università Cattolica del Sacro Cuore in Piacenza, Italy, confirm efficacy of Bovaer, dsm-firmenich’s methane-reducing feed supplement for ruminants, achieving reductions close to 50% in methane emissions.
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