Fertilizer Recruitment & Services

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From Waste to Wealth: A Sustainable Approach to Fertilization Did you know that sulfur, a crucial nutrient for plant growth, can now be sustainably sourced from wastewater and biogas streams? Fertipaq, leveraging the groundbreaking THIOPAQ® biogas desulfurization system, transforms a byproduct of biogas purification into a powerful organic sulfur fertilizer. This innovation addresses several critical challenges: - Health & Safety: Hydrogen sulfide (H2S), a harmful component in biogas, is safely removed, ensuring better air quality and safer operations - Sustainability: By converting H2S into elemental sulfur, we reduce reliance on fossil-based fertilizers and promote organic farming - Efficiency: Fertipaq S-600's unique hydrophilic properties and fine particle size (5–20 µm) ensure better absorption and coverage compared to traditional sulfur fertilizers But why stop at agriculture? This technology has immense potential for communal water treatment plants! By integrating THIOPAQ® systems, municipalities can: - Treat biogas streams from wastewater facilities. - Generate eco-friendly sulfur fertilizers as a byproduct, adding value and revenue streams. - Contribute to the circular economy by turning waste into resources. Recent successes with Fertipaq S-600 in wheat crops show its effectiveness in improving nitrogen availability and boosting yields, even under challenging weather conditions. Farmers are already incorporating it as a regular addition to their fertilizer plans for grains, rapeseed, and other sulfur-demanding crops. Sulfur, the second most important nutrient for plants after nitrogen, is now within reach for sustainable agriculture and beyond. Let's rethink waste and embrace innovations that benefit both people and the planet. What are your thoughts on integrating such solutions into communal systems? Let's discuss! More information: World Fertilizer Magazine October 2024 https://lnkd.in/d3egYhgR #Sustainability #CircularEconomy #AgricultureInnovation #Biogas #WaterTreatment #fertilizerrecruitment

Yamna and Port of Açu Join Forces to Pioneer Green Ammonia Production in Brazil! We are thrilled to announce a groundbreaking partnership between $w0and Port of Açu to establish a state-of-the-art green ammonia production facility within the Port of Açu industrial complex, located in the northeast of Rio de Janeiro State. Key Highlights: - Production Capacity: The new plant will produce up to 1 million tons of green ammonia annually (1MTPA - Timeline: Final investment decision expected by 2027, with the first production of green molecules slated for 2030 - Land Allocation: A dedicated 2 million square meters for green hydrogen projects at Port of Açu underscores its commitment to sustainable energy - Strategic Advantage: Brazil's abundant renewable energy resources and optimal location for exports provide a strong foundation for this ambitious project. About Yamna: Yamna is a leading player in the green hydrogen and green ammonia sectors, with global ambitions to scale up production in strategic locations. This project marks Yamna's debut in Brazil and positions the company as a key contributor to the global energy transition. Green ammonia, derived from green hydrogen, is a critical component for decarbonizing industries and creating sustainable energy systems worldwide. About Port of Açu: Port of Açu is a pivotal hub for Brazil's energy and industrial sectors, handling 40% of the nation’s oil exports. The port offers cutting-edge infrastructure and logistics, making it an ideal partner for large-scale green energy projects. Privately owned by Prumo Logística and Port of Antwerp-Bruges International. Why Brazil? Brazil is not just a major agricultural and fertilizer hub but also a crucial player in the global energy landscape: Agricultural Dependency: As one of the largest consumers of fertilizers globally, Brazil relies on ammonia for its vast agricultural sector. Producing green ammonia locally reduces reliance on imports and supports sustainable farming practices. Strategic Exports: Brazil is perfectly positioned to serve international markets, including Europe and Asia, with low-carbon products, making the Port of Açu an ideal location for this transformative initiative. This partnership not only strengthens Yamna's foothold in the global green hydrogen economy but also cements Port of Açu’s reputation as a leader in the energy transition. Together, they are setting a benchmark for sustainable industrial development. Green energy, global impact, and a brighter future for all! #GreenHydrogen #GreenAmmonia #EnergyTransition #fertilizerrecruitment #Sustainability #Brazil #Yamna #FertilizerIndustry

Fertilizer Recruitment articles week 3, 2025 An overview of the published articles about Atome's green nitrate fertilizer complex, KazAzot choosing KBR's ammonia technology and Mosaic securing $1.5 billion stake in Ma'aden.

Mosaic Secures $1.5 Billion Stake in Ma’aden: A Boost for Global Agriculture The Mosaic Company, one of the world’s leading producers of phosphate and potash fertilizers, has recently announced an exciting new chapter in its partnership with the Saudi Arabian Mining Company, commonly known as Ma'aden. Mosaic has traded its 25% stake in the Ma’aden Wa'ad Al Shamal Phosphate Company (MWSPC) for a substantial 111 million shares in Ma’aden, valued at $1.5 billion. This move solidifies Mosaic’s commitment to global agriculture and the growing Middle Eastern market. What Does This Mean for Farmers? Mosaic and Ma’aden are both critical players in the global fertilizer industry, ensuring farmers have access to the nutrients needed for healthy, productive crops. Mosaic operates across North America and beyond, offering solutions to help feed the world’s growing population. On the other hand, Ma’aden, headquartered in Saudi Arabia, is a powerhouse in mining and minerals, with a strong focus on phosphate fertilizers vital for sustainable agriculture. This deal strengthens Mosaic’s ability to remain a trusted partner to farmers by increasing its investment in Ma’aden—a company known for its world-class phosphate reserves and production capabilities. With these resources, both companies are better positioned to meet the demands of the agricultural sector, particularly as global food security becomes a pressing challenge. A Win-Win Partnership Bruce Bodine, Mosaic’s President and CEO, expressed excitement about the agreement, describing it as a win-win for both companies. “We’ve had a long and successful partnership with Ma’aden, and this evolved structure offers us greater value and flexibility. It ensures Mosaic remains a key player in the Middle Eastern market while also enhancing our global impact,” said Bodine. For Mosaic, this deal is not just about numbers. It reflects a strategic shift toward more transparency and adaptability, allowing the company to channel resources into areas where they can have the greatest impact, whether that's investing in sustainable agriculture or improving fertilizer accessibility worldwide. What’s Next? Mosaic anticipates recording a gain of $500 million from this transaction in its Q4 2024 earnings. More importantly, the partnership between Mosaic and Ma’aden will continue to pave the way for innovations in fertilizer production, sustainable farming practices, and global food security. This collaboration underscores the vital role companies like Mosaic and Ma’aden play in feeding the world. As their relationship deepens, farmers across the globe can expect continued support in producing the food needed to nourish a growing population. Why It Matters For those not in the financial world, this deal might sound complex, but its implications are simple: better, more sustainable solutions for farmers and food production.

KazAzot Chooses KBR’s Ammonia Technology for Kazakhstan’s First World-Scale Fertilizer Complex Exciting news in the world of sustainable technology and agriculture! KazAzot, a leading producer in Kazakhstan’s chemical industry, has selected KBR's cutting-edge ammonia technology for the nation’s first large-scale fertilizer complex. Location: Aktau, Kazakhstan Capacity: 2,000 metric tons of ammonia per day KBR, Inc. will deliver a comprehensive solution, including a technology license, proprietary engineering design, equipment, and catalysts. This advanced ammonia plant will play a critical role in addressing food security needs for Kazakhstan and its neighboring regions. Why KBR? KBR’s Purifier™ ammonia technology offers superior operational efficiency and a reduced carbon footprint compared to conventional methods. With a legacy spanning over 80 years, KBR has contributed to the design, construction, or licensing of more than 260 ammonia plants worldwide. Their expertise ensures innovative and sustainable solutions for the global market. Jay Ibrahim, President of KBR Sustainable Technology Solutions, shared: "We are excited to support KazAzot in developing this transformative facility. Our innovative solutions will not only enhance Kazakhstan’s self-reliance but also promote sustainable practices in the region.” About the Partners KazAzot: A key player in Kazakhstan’s chemical industry, KazAzot specializes in producing nitrogen-based fertilizers and industrial chemicals. Their investment in this project demonstrates a commitment to advancing the nation’s agricultural capabilities and economic growth. KBR: As a global leader in science, technology, and engineering solutions, KBR serves customers in over 80 countries, employing approximately 37,000 people worldwide. From groundbreaking innovations to long-term maintenance solutions, KBR’s mission is clear: "We Deliver." This collaboration is not just about building a fertilizer plant—it’s about creating a foundation for sustainable agriculture and food security in Central Asia. Let’s celebrate this milestone in technology and sustainability! What are your thoughts on the role of innovative technology in transforming global agriculture? Share below! 👇 https://wllw.co/jJ7L1kMEL #Sustainability #AgricultureInnovation #FoodSecurity #AmmoniaTechnology #KazakhstanDevelopment #EngineeringExcellence #fertilizerrecruitment

ATOME’s Green Nitrate Fertilizer Complex in Paraguay: A Game-Changer in Sustainable Agriculture ATOME is thrilled to announce a major milestone in their mission to revolutionize agriculture with renewable energy. ATOME has officially selected Casale as the exclusive Engineering, Procurement, and Construction (EPC) contractor for the Green Nitrate Fertilizer Complex in Villeta, Paraguay. Powered by 145 MW of clean hydroelectric energy from the Itaipu Dam, this facility will produce nitrate-based fertilizers using 100% renewable energy—marking a significant leap toward sustainable, low-carbon agriculture. Why It Matters: This first-of-its-kind project positions Paraguay as a global leader in renewable-powered fertilizer production, addressing critical agricultural needs while fostering local economic growth and environmental stewardship. ATOME's Partnership with Casale: Having worked with Casale since 2022 on the basic engineering design of the green ammonia synthesis loop, ATOME is confident in their expertise. Their role now extends to full-scale EPC services and licensing for ammonia synthesis, nitric acid, ammonium nitrate solution, and nitrate granulation technologies. Driving Sustainable Progress: As ATOME CEO Olivier Mussat highlights, this project showcases the potential of combining innovation, visionary leadership, and cutting-edge engineering to create impactful solutions for global challenges. Together with Casale, we’re not just envisioning a greener future—we’re building it. Stay tuned for more updates! #GreenFertilizer #RenewableEnergy #Sustainability #ATOME #Casale #Innovation #fertilizerrecruitment https://wllw.co/LFbeJX5t6X

Stamicarbon Expands Its Footprint in Canada with Innovative Low-Carbon Solutions Stamicarbon, part of MAIRE’s NEXTCHEM, has been awarded key contracts for its proprietary NX STAMI Urea™ technology in Canada, reinforcing its leadership in sustainable fertilizer production. Genesis Fertilizers Project: Stamicarbon will deliver the Process Design Package (PDP) and licensing (pending final investment approval) for a low-carbon integrated urea and Diesel Exhaust Fluid (DEF) plant in Belle Plaine, Saskatchewan. The plant, with a urea melt capacity of 2,500 metric tons per day (MTPD), is set to be Canada’s first nitrogen fertilizer facility with carbon capture and sequestration. Operations are expected by 2029. The DEF facility will produce 1,500 MTPD of ISO 22241-compliant DEF, reducing NOx emissions from diesel engines while optimizing costs with Stamicarbon’s advanced designs. Nutrien Project: Stamicarbon will also supply a High-Pressure Urea Stripper to Nutrien's Fort Saskatchewan Nitrogen Operations, enhancing efficiency and reliability. “Stamicarbon continues to deliver efficient, sustainable solutions tailored to the evolving needs of fertilizer producers,” said Pejman Djavdan, CEO of Stamicarbon. With over 260 licensed urea plants and 75 years of expertise, Stamicarbon drives innovation for a greener future. #Sustainability #FertilizerInnovation #LowCarbonTech #stamicarbon #fertilizerrecruitment #genesisfertilizers https://wllw.co/IJGr2LPZ4

Big Milestone for Brazil Potash! Brazil Potash Corp. is proud to announce that our Brazilian subsidiary, Potássio do Brasil, has secured two critical water resource operating licenses from the Amazon State Environmental Protection Institute (IPAAM) for the Autazes Potash Project. These licenses authorize the operation of deep water wells to provide potable water for both the construction and operational phases of the project, marking a major step forward. The wells will ensure a sustainable water supply for the processing plant and port facilities, advancing the mission to establish Brazil's largest potash fertilizer project. CEO Matt Simpson shares: "Securing these permits is a significant advancement. It demonstrates our commitment to sustainable resource management while addressing the urgent need for domestic potash production for Brazilian farmers." Why it matters: - Supports Brazil's agricultural growth with a reliable domestic potash source. - Reinforces sustainable, self-sufficient water management within the project. - Backed by strong government support at all levels. #Sustainability #Agriculture #BrazilPotash #PotashFertilizer #fertilizerrecruitment https://wllw.co/SirB60do7

Ammonia Cracking: A Key to the Green Transformation Ammonia, once known primarily for its role in agriculture, is now emerging as a crucial player in the green transformation of industry. As a hydrogen carrier, ammonia can bridge the gap between regions with abundant renewable energy and those with high energy demands. Why Ammonia? - High energy density: Ammonia stores more energy in less space compared to hydrogen. - Efficient transport: Two ammonia ships can carry the energy equivalent of three liquid hydrogen ships. - Sustainable breakdown: Once delivered, ammonia can be cracked into hydrogen (H2) and nitrogen (N2), with hydrogen powering sustainable industrial processes. Ammonia Cracking: Unlocking Hydrogen's Potential Thyssenkrupp Uhde, with decades of ammonia expertise, is innovating ammonia cracking technology to make hydrogen production more efficient and climate-friendly. Key advancements include: - High-efficiency reactors: Operating at 600°C for optimal performance. - Advanced catalysts: Exploring nickel and ruthenium to balance cost, temperature, and energy use. - Self-sustaining processes: Utilizing ammonia’s own energy to minimize CO2 emissions. Unique Offering: Thyssenkrupp Uhde integrates proven technologies like EnviNOx® to purify emissions and offers solutions across the entire ammonia process chain, from production to cracking. Dr. Christian Renk, Head of Technology, Innovation & Sustainability, explains: “This is how we give the small molecule ammonia a new, vital role in the 21st century.” Let’s harness ammonia’s potential for a cleaner, greener future! #GreenTransformation #AmmoniaCracking #Sustainability #Hydrogen #fertilizerrecruitment https://wllw.co/AM9vobqCq