Methane Reduction in Cattle Is Now Happening Inside the Animal

The Emission You Never Notice

Methane from cattle does not come from a visible source. It forms during digestion, as microbes in the rumen break down feed and release gas as a natural byproduct. This process runs continuously, across millions of animals, without interruption or direct control.

This is where methane reduction in cattle becomes relevant. Livestock methane emissions are not occasional; they are part of a biological cycle that repeats every day. Because of this, reducing emissions has always been more complex than addressing mechanical or industrial sources. The challenge lies in influencing a natural process without disrupting it.

Working Where Methane Begins

Bovaer takes a direct approach by acting at the point where methane is formed.

It is a feed additive for cows, used in small amounts and mixed into daily feed. Once consumed, it works inside the rumen, where digestion occurs. Rather than changing the entire process, it targets a specific step by interacting with an enzyme responsible for methane formation. This reduces the amount of gas produced while allowing digestion to continue normally.

From the outside, nothing changes. Feeding routines remain the same, and the animal continues its behavior as usual. The adjustment happens within the process itself.

No Change in Routine, A Change in Outcome

One of the defining aspects of this approach is how easily it fits into existing systems. There is no need for new equipment, no shift in daily operations, and no disruption to how farms function.

Animals continue to eat, grow, and produce as expected. At the same time, methane output is reduced within the digestive cycle. This allows for measurable impact without altering the broader structure of farming practices.

A More Precise Way to Reduce Emissions

Many solutions in agriculture focus on large-scale adjustments, such as changing feed strategies or introducing new infrastructure. These approaches often require time, cost, and operational shifts.

Bovaer works in a more focused way by addressing the biological step where methane is created. By reducing emissions at their source, it avoids the need for external control or system redesign. This shift—from managing emissions after they occur to limiting their formation—offers a more targeted path.

What You Might Want to Know

Does it affect the animal?
There are no visible changes in behavior, feeding patterns, or productivity under normal use.

Is it difficult to use?
It integrates into standard feeding routines without requiring changes.

Why focus inside the animal?
Because methane is produced there, making it the most direct place to reduce it.