Our vision

We are a company devoted to improving modern agriculture through advanced methane monitoring and wat

Paddy fields, constitute unique ecosystems where the interplay of water, soil, and microorganisms gives rise to methane, a potent greenhouse gas. Delving into the tracking and management of methane emissions in these fields is imperative for a variety of compelling reasons.

Relying on a deep understanding of the crucial role methane emissions play in both agricultural efficiency and environmental impact, we have embarked on a mission to empower farmers with cutting-edge technology that enables them to make informed decisions and foster sustainability in their operations.

Monitoring methane emissions in paddy fields involves various factors, from maintaining environmental balance to exploring economic opportunities. With our help, farmers and companies can manage the complex relationship between successful rice farming, environmental concerns, and economic feasibility.

This paves the way for a future where smart farming blends innovation with environmental responsibility.

Water monitoring and registration are fundamental to allow farmers to reach their sustainability rice certifications."

YOU CAN’T IMPROVE WHAT YOU DON’T MEASURE

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Sustainability

Emission Reduction

By enabling real-time methane monitoring, we empower farmers to implement targeted strategies that reduce methane emissions, contributing to a greener future.

Resource Efficiency

Our solutions enhance resource management by guiding farmers in optimizing livestock practices, manure handling, and irrigation techniques.

Regulatory Compliance:

Meeting emissions regulations becomes more manageable with accurate data from ECOVISION's monitoring systems, fostering seamless operations without legal setbacks.

Methane

Methane, a potent greenhouse gas, is a central focus of our technology and mission.

Methane contributes to climate change, making its monitoring essential for sustainable agriculture that minimizes its ecological footprint.

Effective methane management enhances farm efficiency, leading to improved productivity, reduced waste, and potential cost savings.

Nitrous Oxide

Population growth demands a higher rate of crop production, for which the crops’ nutrient requirements are largely accomplished through the use of synthetic fertilizers. Nitrogen fertilizer is an essential basic component of crop nutrient inputs. Due to its inherited characteristics, such as a high radiative capacity and long atmospheric lifetime, N2O contributes to atmospheric warming 298 times more powerfully than carbon dioxide. Therefore, the reduction of N2O emission is highly significant and could be achieved by assessing the excessive fertilizing at agricultural fields.

ECOVISION