Progressing Sustainability & Resilience Across the Agriculture Supply Chain

In a world where the integrity of our food systems is crucial, we take pride in our commitment to shaping a more sustainable and robust future for the U.S. food supply chain. Our initiatives extend beyond traditional practices, embracing innovative solutions and partnerships to redefine agricultural practices and contribute to a more resilient and ecologically responsible food ecosystem.

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At De Lune Corp, we actively engage in initiatives that enhance sustainability and resilience, bolstering the U.S. food supply chain in several key ways.

Nurturing Sustainability. Fortifying Resilience

We offer artificial intelligence (AI) powered climate smart technology that can revolutionize agriculture. Powered by a diverse group of scientists, technologists, agriculturists, strategists, and risk analysts, our technology enables smart decarbonization and intelligent water management solutions.

Climate Smart Technology

Greenhouse gas emissions by the agriculture and forestry sector is estimated to be responsible for 10.5% of U.S. greenhouse gas emissions, leading to harmful effects on food security, crop productivity, etc. Our innovative solutions help farmers to improve efficiency, increase revenue, and capitalize on waste remediation while decreasing their long-term impacts on the environment.

Sustainable Agriculture Tech

EEFs are fertilizers designed to reduce environmental nutrient losses and increase nutrient availability for crops. We formulate nitrogen-based EEFs that that slow nutrient release.

Enhanced Efficiency Fertilizers (EEF)

Using proprietary machine learning modelers, we gain in-depth insights into the relationships between the properties of your soil, nutrients, and water cycling to better manage and control soil nutrient cycling.

Nutrient Management

Plowing fields is the traditional method for eliminating weeds and bringing fresh nutrients to the surface and aerating the soil. It also leads to significant degradation of the land. We help farmers with sustainable no-till and low-till agriculture processes.

Low-Till or No-Till

Our proprietary technology can upcycle organic waste into biochar—a high-carbon, fine-grained residue. This biochar acts as a soil amendment, holding water, conserving plant nutrients, and providing additional revenue opportunities through carbon credits and biofuel.

Soil Amendments

Water is an essential resource in agriculture. It is usually harvested and stored in dams and storages but nearly 50% of this is often lost to evaporation. As water becomes scarcer and more expensive, this loss represents a massive waste. Our watershed management solutions focus on optimizing water usage and preventing wastage.

Watershed Management

Despite their important ecosystem contributions such as improving water quality, supporting biodiversity, and abating floods, wetlands are being threatened. Using deep learning based models, we can characterize land cover with over 90% accuracy relative to traditional models.

Buffers & Wetlands

Our regression-based machine learning models consider factors like effective rainfall and crop irrigation requirements to optimize reservoir operation.

Irrigation Practices

Our proprietary floatovoltaics system – an AI-powered floating solar technology – reduces water evaporation by up to 90%. It also reduces algae and other vegetation growth, which also contribute to water loss. The solar panels also generate electricity, helping to monetize water bodies and earn carbon credits.

Water Conservation

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Whether you are a farmer seeking advanced agricultural solutions or a stakeholder in the food industry aiming for sustainable and resilient practices, we invite you to join hands with us. Let's cultivate a greener, more resilient tomorrow, ensuring a bountiful harvest for generations to come.

Partner with De Lune Corp and be part of the transformation towards a sustainable and thriving food ecosystem.