Carbon dioxide (CO2) carbon monoxide (CO)
The global agricultural sector is responsible for a substantial portion of greenhouse gas (GHG) emissions with methane (CH4), carbon dioxide (CO2) and ammonia (NH3) playing key roles in this environmental impact. Methane emissions from ruminants is the main GHG emitted from agriculture and contributes approximately 40% towards agricultural emissions.
There is a growing urgency to combat climate change, which is why ambitious targets have been set for reducing GHG emissions, including those from agriculture. However, these goals must be measured in a way to ensure these targets are being achieved and are also attainable.
Farming is the backbone of our global food system, farmers working tirelessly to feed the world while navigating ever evolving challenges. However, as environmental regulations tighten and sustainability goals become more pressing, farmers face the challenge of balancing productivity with emissions monitoring. At Analox, we are committed to researching and developing a solution to relieve the burden of monitoring emissions.
Farming is the backbone of our global food system, farmers working tirelessly to feed the world while navigating ever evolving challenges. However, as environmental regulations tighten and sustainability goals become more pressing, farmers face the challenge of balancing productivity with emissions monitoring. At Analox, we are committed to researching and developing a solution to relieve the burden of monitoring emissions.
Accurate emissions monitoring is essential for reducing environmental impact, meeting sustainability goals and ensuring regulatory compliance. Greenhouse gases contribute towards climate change and air quality concerns, making effective monitoring a key factor in developing long term solutions. The data provided from tracking emissions is also beneficial to implement targeted reduction strategies and drive sustainability.
Accurate emissions monitoring is essential for reducing environmental impact, meeting sustainability goals and ensuring regulatory compliance. Greenhouse gases contribute towards climate change and air quality concerns, making effective monitoring a key factor in developing long term solutions. The data provided from tracking emissions is also beneficial to implement targeted reduction strategies and drive sustainability.
At Analox, we are a trusted leader in gas sensing technology, providing reliable solutions to support a wide range of industries. With decades of experience in gas analysis, our detection and monitoring systems deliver precise, real-time data which allow businesses to make informed and safe decisions in daily practises.
As part of the Dancing with Daffodils consortium, Analox collaborates with researchers, farmers and other industry experts to reduce methane emissions in agriculture. Our innovations aim to produce a robust gas monitoring solution which integrates into existing workflows, contributing towards a cleaner, more sustainable future.
At Analox, we are a trusted leader in gas sensing technology, providing reliable solutions to support a wide range of industries. With decades of experience in gas analysis, our detection and monitoring systems deliver precise, real-time data which allow businesses to make informed and safe decisions in daily practises.
As part of the Dancing with Daffodils consortium, Analox collaborates with researchers, farmers and other industry experts to reduce methane emissions in agriculture. Our innovations aim to produce a robust gas monitoring solution which integrates into existing workflows, contributing towards a cleaner, more sustainable future.
The future of agriculture depends on sustainable practices that balance both productivity with environmental responsibility. As we continue our efforts in coming up with a solution for emissions monitoring, our commitment to farmers and the environment remain at the heart of everything we do.
Dancing with Daffodils is a project aimed to develop a naturally sourced nutritional additive to reduce methane emissions from ruminants.