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With the support of a $500,000 grant from Alberta Innovates, this project contributes to a healthier planet and brighter future by optimizing resource utilization for increased food production.

We are excited to announce our partnership with the University of Calgary's Sensor Lab to develop an innovative real-time NPK nutrient sensor for agriculture. Supported by a $500,000 grant from Alberta Innovates, this $1.7 million project is going to revolutionize nutrient monitoring by providing instant data on key nutrients like nitrogen, phosphorus, and potassium. This breakthrough technology will help us further optimize nutrient management for profit-driven sustainable agriculture.

You've heard about the value of manure, but are you maximizing its potential?

LWR's Machine-Learning powered technology transforms liquid manure into clean water and concentrated nutrient fertilizers while digitizing the manure footprint through on-system sensors to provide actionable insights and new revenue opportunities!

The benefits of manure processing include:

In the third installment of my four part series on the 4R’s of Nutrient Management, we're going to discuss Right Place. This step focuses on the placement of nutrients in fields, starting with soil type. Understanding the soil type in each of your fields helps you determine how effectively crop roots can access the nutrients you apply. For instance, sandy soil increases the risk of nitrogen leaching after heavy rainfall, while high clay content can make it harder for roots to penetrate and reach nutrients, making close placement crucial.

Next, consider the general geography of the field. Identifying slopes and nearby water streams helps you prevent nutrient runoff. Finally, consider the soil zone accessible to plants. Nutrients applied to the soil surface need integration, either through tillage or rainfall, to reach root level. Soil type plays a role here too; hard-packed clay impedes nutrient infiltration and may require tillage, while more porous soils, like sandy ones, benefit from irrigated nutrients, such as the First Wave filtrate containing plant-available ammonium nitrogen.

Each step of the 4 R’s of Nutrient Management is vital for maximizing the effectiveness of your manure nutrients and ensuring you get the best return on investment. Up next, we'll dive into the final step: Right Time!!

If you want to chat further about the 4Rs of Nutrient Management, agronomy in general, or how processing manure immediately on the farm can positively impact your bottom line, click the button below to connect with me directly! 

🐂💥 Our Chief Operating Officer Doug took on the mechanical bull at the Calgary Stampede earlier this month and, well, let’s just say he proved he’s not quite ready for the rodeo circuit! 😂 Sometimes it’s good to stick to what you’re best at—like leading innovation in animal agriculture! Enjoy the clip!

The California Department of Food and Agriculture's AMMP is now accepting grant applications until 5PM PT on Friday, October 18, 2024.

Commercial dairies and livestock operations can apply for funding to install equipment to reduce methane emissions and maximize environmental co-benefits.

"California has made significant progress in supporting farmers to reduce methane emissions from manure management," said CDFA Secretary Karen Ross. "Through our incentive programs, we've enabled dairy and livestock farmers to adopt alternative manure practices and install anaerobic digesters -- establishing a successful model for mitigating greenhouse gas emissions. I'm excited for additional projects under these important programs to further advance our efforts together with the dairy and livestock families."

CDFA is offering both of its flagship dairy and livestock methane reduction grants: the Alternative Manure Management Program (AMMP) and the Dairy Digester Research and Development Program (DDRDP). AMMP has approximately $17.4 million available, and DDRDP has approximately $8 million available for awards.

LWR's First Wave system has previously been funded under this program and is considered a pre-approved technology. To learn more, reach out to Figure 8 Environmental through the link below:

We're on an exciting adventure to bring you the latest in farming innovation, and we can't wait to share our progress on a project that's set to revolutionize the field: our very own nutrient sensor! Partnering with the brilliant minds of Dr. Zahra Abbasi and her research group at the University of Calgary, we're developing a cutting-edge tool that will make nutrient management a breeze.

Here's why we're so pumped about it:

Tackling the Big Challenge: The agricultural sector faces a tough balancing act—getting the right amount of nutrients to crops without causing environmental harm. Farmers everywhere, especially those using manure as fertilizer, know the struggle. Too little fertilization? Crops and soil suffer. Too much? You risk costly over-application and harmful runoff, leading to issues like algae blooms in nearby waterways.

The Sensor Revolution: Enter our innovative nutrient sensor! Developed with cutting-edge microwave resonator-based technology, this sensor is set to transform nutrient management. It promises to detect Nitrogen (N), Phosphorus (P), and Potassium (K) levels in real-time, right from your manure management system. Imagine having precise data on nutrient content at your fingertips, helping you make informed decisions to optimize crop growth and minimize environmental impact by transferring this data to fertilizer spreading equipment. 🚜💧

Why It Matters:

The Vision: We aim to make this sensor an integral part of every First Wave and PLANT system, helping farmers worldwide. It’s not just for manure management—environmental teams, policymakers, and even wastewater treatment facilities could benefit from this innovation. 🌿

Looking Ahead: This sensor is a vital tool for the future of sustainable and precision agriculture. As we work towards global targets like reducing fertilizer emissions by 30% by 2030, tools like this are essential. It aligns perfectly with initiatives like Fertilizer Canada's 4R Nutrient Stewardship program, bringing data-driven precision to nutrient management.

If you're as excited about this technology as I am, reach out to me below to learn more!

Green Impact Partners has successfully finalized its carbon credit pathways for the Future Energy Park, marking a significant milestone in its commitment to sustainable energy solutions. This achievement paves the way for valuable carbon credits, enhancing the project's environmental impact and economic viability. By leveraging innovative technologies and strategic partnerships, Green Impact Partners continues to lead in the development of eco-friendly energy projects that contribute to a greener future.

Earlier this week, our ManureExperts™ were at AgSmart 2024 at Olds College, where they fielded numerous questions about our real-time NPK nutrient sensor! The event was a fantastic opportunity to highlight our commitment to advancing sustainable agricultural practices and connect with the community dedicated to technological advancements in farming. Our CEO, Karen Schuett, also led an insightful panel discussion about the future of agtech, emphasizing our role in driving innovation in the industry.

Exciting developments from our friends at FREDsense Technologies! They have launched a fully operational PFAS testing lab capable of analyzing up to 40 PFAS compounds in water, soil, and biosolids, with a rapid 5-day turnaround and no rush fees! They've also made significant progress on their portable PFAS testing solution, demonstrating detection as low as 50 ppt in groundwater and industrial wastewater.

To enhance your water management projects with fast and precise PFAS testing, click the button below to connect with our team to learn more!

Whether you are an existing client, a future customer, an investor, or a cheerleader, we'd love to hear from you! Let us know what you think of this new format, or share your words of wisdom with us:

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