Genesis Fertilizers LP’s Post

Reliable fertilizer for Canadian farmers: The goal? Consistent and affordable fertilizer for Canadian farmers! 🌍 Our proposed project utilizes local resources, helping stabilize fertilizer supply while supporting Western Canada’s agricultural backbone. Read how:

🌱 Natural gas is essential in fertilizer production, and Saskatchewan is rich with this clean-burning energy source. Genesis Fertilizers is exploring ways to use it for producing urea, a powerful nitrogen fertilizer for growing healthier crops. Learn more here: https://bit.ly/3zZDMZU

Ammonia Market Industry Overview, Market Share, Leading Players, Regional Overview and Growth Prospects Report: Browse 225 market data Tables and 54 Figures spread through 231 Pages and in-depth TOC on “Ammonia Market” The ammonia market is poised for steady growth, driven by its vital role in agriculture as a key fertilizer component and expanding … Continue reading → #Business #Europe #ManufacturingIndustry #UK #US

Clean fertilizer technology attracts investment---Windfall Bio recently raised $28 million to increase production of bacteria that convert waste methane at dairies and oil wells into nitrogen-rich fertilizer. Several start-ups developing technologies to produce nitrogen fertilizer with low carbon emissions have attracted investment in recent weeks. But some analysts say the massive scale of the fertilizer industry means these companies will likely play only a niche role on the farm. Windfall Bio raised $28 million to increase production of a bacteria that ferments methane emissions from dairies and oil wells into nitrogen-rich fertilizer. Jupiter Ionics received $6 million in private investments and a $1.6 million grant from Australia’s government to continue developing an electrolyzer that converts air and water into the fertilizer #ammonia. Reading more at : https://lnkd.in/dEsn6V-j from acs.org #soil #fertilizer #agriculture #farm #plant #Seaweed   #farmers #farming #biofertilizer #biostimulants  #organic #planting #agrochemicals #crops   #micronutrients #humic #Potash #phosphates   #chemicals #Potassium #trade #produce #water   #nutrients #exhibition #FSHOW #seed   #irrigation #AGTECH #environment #organic   #manufacture #fertiliser

Wabash Valley Resources: Pioneering Zero-Carbon Fertilizer with Petcoke and CCUS The agriculture industry is a significant contributor to global emissions, primarily through fertilizer production. However, Wabash Valley Resources is looking to change that narrative with an ambitious project focused on producing zero-carbon fertilizer. By utilizing petcoke as feedstock and integrating Carbon Capture, Utilization, and Storage (CCUS) technology, this innovative initiative has the potential to revolutionize fertilizer production while reducing carbon emissions. The Vision: Zero-Carbon Fertilizer Utilizing Petcoke as Feedstock Petcoke, a byproduct of petroleum refining, is often considered an environmental challenge due to its high carbon content. However, Wabash Valley Resources is turning this into an advantage by using it as a feedstock in their fertilizer production process. By capturing the carbon emissions at the source, the project aims to neutralize the environmental impact of petcoke, making it a key element in sustainable agriculture. Integrating CCUS Technology Carbon capture is at the heart of the project. The CO2 produced during fertilizer manufacturing will be captured, stored, and potentially utilized for other purposes. This not only reduces greenhouse gas emissions but also opens the door to additional revenue streams through carbon credits and utilization opportunities. A Game-Changer for Investors and the Environment Investment Potential With the global push towards sustainability and carbon reduction, projects like Wabash Valley Resources represent a unique opportunity for investors. By addressing both the agricultural and energy sectors, this initiative offers a diversified approach to tackling climate change while ensuring financial returns through carbon capture incentives and long-term market demand for sustainable fertilizers. Global Implications This project sets an example for others looking to combine industrial processes with carbon reduction technologies. If successful, it could serve as a blueprint for other regions seeking to integrate CCUS into high-emission industries, paving the way for a more sustainable future in agriculture and beyond. #NetZeroGreenBharat #CarbonHydrogenX #SustainableAgriculture #CarbonCapture #GreenFertilizer #CleanEnergyInnovation #Petcoke #CCUSTechnology #SustainableIndustry #ZeroCarbonFertilizer #InvestorOpportunities #ClimateAction

Carbon-Cutting Fertilizer: How Genesis Fertilizers is Revolutionizing Agriculture In the face of escalating climate change and the need for greener agricultural practices, Genesis Fertilizers Limited Partnership has embarked on an ambitious project that could reshape the future of fertilizer production. The company has announced two strategic partnerships to establish a state-of-the-art, low-carbon-intensity fertilizer plant in Belle Plaine, Saskatchewan, aiming to meet the growing […] https://lnkd.in/eaYap-V5

This article about hydrogen business in Quebec, can only help you see clear! ‘’ Quebec has the conditions for success for green ammonia And so, to Quebec. It doesn’t make ammonia fertilizers today, but imports them. Yara, the global fertilizer giant, has a fertilizer plant in Saskatchewan for ammonia-based fertilizers, but that’s using natural gas. It does own a terminal on the St. Lawrence River in Quebec however, which it uses to import fertilizer. It could just as easily export fertilizer. So there are two of the conditions of success, a major fertilizer player that already makes ammonia-based fertilizers elsewhere present in Quebec and with a terminal that could serve as a gateway for export.’’

Today, we published the interim report for January 1- June 30,2024 and Cinis is now in continuous production! In the second quarter of 2024, barely 15 months after ground was broken, we started the production of environmentally friendly potassium sulfate with a low carbon footprint in Örnsköldsvik. A long-awaited milestone and a starting point to lower the carbon footprint from fertilizer production and thus contribute to greener agriculture. The focus during the second quarter has been on tuning in the plant, which now produces high-quality water-soluble potassium sulfate in accordance with specification. Read the full report below.

The United States is poised to take a leading role in global ammonia production capacity growth by 2030, positioning itself at the forefront of the sector's expansion. The country is projected to account for more than 37% of the total global ammonia capacity additions over the next several years, reflecting its critical importance to both the global ammonia market and the broader agricultural and energy sectors. A primary driver behind this surge in ammonia production capacity is the United States' vast and highly productive agricultural sector. Agriculture in the US is highly reliant on ammonia-based fertilizers, which are essential for enhancing soil fertility and increasing crop yields. The continued demand for these fertilizers is directly tied to the nation's need for a stable and abundant supply of ammonia. In addition to agricultural demand, another critical factor fueling ammonia capacity growth in the US is the availability of low-cost natural gas, which is the primary feedstock used in the Haber-Bosch process to synthesize ammonia. The United States benefits from an abundant and relatively inexpensive supply of natural gas, largely due to its vast shale gas reserves. This provides US ammonia producers with a significant cost advantage compared to other countries, making the US a competitive player in the global ammonia market Beyond its role in agriculture, ammonia is viewed as a promising candidate for the storage and transportation of hydrogen, a clean fuel with growing importance in the transition to a low-carbon energy future. Among the most significant projects driving this capacity growth is the "Ascension Clean Energy Donaldsonville Ammonia Plant," a landmark project that is expected to have a production capacity of 7.2 million tonnes per annum (mtpa). Scheduled to commence operations in 2027, this facility will be one of the largest ammonia plants in the world, contributing significantly to the US's ammonia production capabilities. Another key project is the "St. Charles Clean Fuels St. James Parish Ammonia Plant," which is slated to begin production in 2028, with an annual capacity of 3 mtpa. This project further underscores the significant scale of capacity expansion taking place within the US ammonia sector. By 2030, the total ammonia production capacity from all under-construction and pre-construction projects in the United States is anticipated to reach approximately 29.02 mtpa. In comparison, other countries are also expanding their ammonia production capabilities, although at a slower pace. Russia, for example, is expected to add 7.04 mtpa to its capacity by 2030, while India’s ammonia capacity is projected to grow by 5.86 mtpa over the same period. While these countries are expanding their ammonia industries, the scale of growth in the US remains unmatched, further reinforcing the nation's dominant position in the global ammonia market. Know more and stay updated with alchempro.com

The funding is part of the Fertilizer Production Expansion Program (FPEP), which aims to enhance U.S. fertilizer production capacity by 11.8 million tons annually and create more than 1,300 jobs in rural areas.