Pilot Project

Land documents covering over 20,000 hectares in Cambodia have been granted to AEC to begin Low Carbon Rice cultivation, with the potential to expand to more than 100,000 hectares in the future. The project is expected to produce over 120,000 tons of low-carbon rice and generate more than 1 million carbon credits per growing season.

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About us

AEC Infinity

The term "Low Carbon" refers to production processes or activities aimed at reducing greenhouse gas emissions, especially carbon dioxide (CO₂), to levels significantly lower than usual. However, this term does not have a fixed standard specifying exactly how much the emissions must be reduced compared to the original baseline. This creates both a "loophole" and an "opportunity"—allowing academics and developers to collaborate in finding ways to minimize carbon emissions as much as possible, ideally approaching Net Zero or even zero emissions.

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Why Rice?

AEC Infinity

Rice is the staple food for over 70% of the world’s population, yet traditional rice farming emits extremely high levels of carbon. AEC has completely transformed the system by introducing magnetic energy technology, organic fertilizers, magnetically treated water, the AWD (Alternate Wetting and Drying) method, and an MRV system to reduce three major greenhouse gases (CH₄, CO₂, N₂O) from day one. The result is healthier rice, safer rice, and the world’s lowest carbon footprint rice.

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Rice Low Carbon

High-yield rice grown using the AWD+ system and magnetic-powered electric machinery significantly reduces emissions of methane, carbon dioxide, and nitrous oxide.

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Carbon Credit CO2e

Carbon credits generated from rice cultivation can be sold on global markets such as the VCM, CBAM, or CRCF, or allocated for use within the AEC ecosystem in the form of NFTs or tokens.

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AEC1 token (Cryptocurrency)

Blockchain-based tokens that represent the real environmental value of carbon credits can be used for: – Staking – Receiving rewards – Governance voting – Accessing products in AEC’s Marketplace

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Project main

AEC Infinity elevates the value of rice and revolutionizes rice cultivation through innovation.

Why Rice
Why Now?

Rice is the staple food for more than 50–70% of the global population, yet its current production methods pose major environmental and economic challenges. Traditional rice farming is one of the world’s largest sources of methane and greenhouse gas emissions. Even worse, most rice produced globally is neither environmentally friendly nor health-focused, and is often sold at prices so low that farmers suffer financial losses.

The AEC Approach to Rice Farming: What Makes It Different

Conventional rice cultivation typically takes 90 to 120 days, depending on the rice variety, water management, and specific objectives. For example, low-GI (low sugar) rice is often harvested earlier to reduce sugar accumulation. While standard AWD (Alternate Wetting and Drying) systems help conserve water and reduce methane emissions, their impact is limited to only certain stages of the cultivation process.

Target Areas for Low-Carbon Rice Cultivation

AEC aims to scale its Low Carbon Rice model to cover a total area of 500,000 hectares, beginning with three key countries: Thailand, Laos, and Cambodia. The company is currently preparing to expand into additional Southeast Asian nations. As of now, a total of 15,300 hectares have already been officially registered in Pailin and Battambang provinces in Cambodia and are ready for full-scale cultivation.

AEC1 Token connects carbon credits to real-world utility

In the world of crypto, most tokens are built from code but AEC1 is built from soil. Behind this token lies a real-world climate project: large-scale low-carbon rice farming in Thailand, Cambodia, and Laos. Unlike many cryptocurrencies created for speculation, AEC1 is backed by tangible environmental impact. Each hectare of AEC’s rice fields reduces 40–60 tons of CO₂e per growing season, using a combination of AWD+ irrigation, organic fertilizers, and magnetic-powered machinery. These reductions are verified through a rigorous MRV system, audited by internationally recognized experts.