At Sulvaris, we develop proprietary technologies that transform industrial co-products into agronomically and environmentally friendly fertilizer products.
Sulvaris developed Micronized Sulfur Technology (MST®) as a tool for industry to improve global food security and crop production on soils faced with increasing sulfur deficiencies. MST® small particle size allows faster oxidization of elemental sulfur than traditional products, but also maintains a slow-release of sulfate ensuring crop sulfur demands are met throughout the growing […]
Sulvaris Inc., Calgary, and Machinefabriek Kreber B.V., Netherlands, are pleased to announce that they have signed a Memorandum of Understanding (MOU) on November 22 to pursue the joint commercialization of a prilled urea + micronized sulfur product.Sulvaris’ MST® (“Micronized Sulfur Technology”) is a flexible technology that can be implemented into multiple granular, prilled and liquid fertilizer production […]
Our Carbon Control Technology (CCT™) is a carbon based fertilizer that will directly add carbon to the soil, increasing organic matter while efficiently releasing plant nutrients for crop uptake. We see CCT™ as a key input for effective fertilizer management that can help repair degraded soils with low organic matter and yields globally. Learn more […]
Food security is front of mind for us here at Sulvaris recognizing the 0.71 Billion people that do not have sufficient food consumption globally today. Sulfur is a key nutrient that we have engineered to be more efficient and applied more responsibly to increase food production. Using all plant nutrients effectively is critical for pushing […]
Sulvaris has the latest Carbon Control Technology (CCT™) products under development in field trials this year that not only focus on CCT™ as a fertilizer source for sulfur, phosphate and nitrogen, but also show potential for mitigating N2O (GHG) emissions from soil, an area receiving increased attention from policy makers. We continue to develop our […]
Fall fertilizer applications can free up time in the spring and can offer savings on fertilizer cost from earlier purchases. When looking for fertilizer options, Smart Nutrition™ MAP+MST® offers growers unparalleled phosphorus and sulfur nutrition suitable for both fall and spring applications to meet crop sulfur and phosphorus needs. Below shows average corn yield from […]
Sulvaris staff were pleased to attended the AgSmart Expo earlier this month hosted by Olds College of Agriculture & Technology to learn more about their Smart Farm, Technology Access Centre for Livestock Production and Field Crop Development Centre (FCDC), in addition to the many great talks from leaders within Alberta’s agrifood industry. Depicted below is the new […]
South American soybean farmers will soon be getting ready to plant again and are thinking about their fertilizer needs. Soybeans get all their nitrogen from biological nitrogen fixation, and generally do not benefit from fertilizer applied nitrogen. Phosphate MST® provides soybean farmers a well fitted product that does not add unnecessary nitrogen like MAP or […]
The University of Alberta Breton Plots were established in 1930 as a long-term continuous experiment evaluating crop rotations, fertilization, and liming. A lot of applied and fundamental research has come from these plots, including the importance of sulfur in crop production in these soils. The team at Sulvaris are grateful to help support the important research at […]
Crop, or no crop? In this case, sulfur is the deciding factor between the two. Depicted below shows what a relatively small application of sulfur (25kg S/ha) can do for a canola crop in a deficient soil. In this trial at the University of Alberta Breton Plots, we are seeing a greater response to sulfur fertilizer than […]
A Fertilizer containing micronized elemental Sulphur and Ammonium Sulphate
A brand-new Ammonium Sulphate fertilizer containing micronized sulphur
A revolutionary carbon-based, ammonium phosphate product
A revolutionary carbon-based, ammonium sulphate product
19% N, 21% S, 5% C (19-0-0-21-5C)
SGN: 290-320 (2.9-3.2mm)
Uniformity index > 60
Crushing strength > 4.5 kg (10lb)
HIGH RTA and LOW dust
Flexible process allows for alteration of nutrient analysis and carbon content, as well as the addition of micronutrients
A Broad Acre Potash and Sulphur Fertilizer
Potash MST® granules produced at IFDC
A brand-new potash fertilizer containing micronized sulphur
Traditional Elemental Sulphur Products
(75-2000 micron size avg 960)
Specialty Products with Elemental Sulphur
(50-200 micron size avg 150)
Sulvaris MST® Particle Size
(1-12 micron size avg 7)
A broad acre phosphate fertilizer containing micronized elemental Sulphur
Phos MST® has all three nutrients evenly dispersed through every granule
Traditional Elemental Sulphur Products
(75-2000 micron size avg 960)
Specialty Products with Elemental Sulphur
(50-200 micron size avg 150)
Sulvaris MST® Particle Size
(1-12 micron size avg 7)
A broad acre fertilizer containing micronized elemental Sulphur and Urea
A brand-new Urea fertilizer containing micronized sulphur
Traditional Elemental Sulphur Products
(75-2000 micron size avg 960)
Specialty Products with Elemental Sulphur
(50-200 micron size avg 150)
Sulvaris MST® Particle Size
(1-12 micron size avg 7)
A broad acre liquid fertilizer containing micronized elemental Sulphur
Advantages
On average, Liquid MST® has provided greater yield responses than ammonium thiosulfate across all site-years studied.
The sulphur in MST® is immobile in the soil until it is oxidized to sulphate. Liquid MST® has less leaching than ATS and can be readily integrated into fall and early spring applications.
Liquid MST® does not have a high salt or nitrogen component that can damage germinating seeds, or foliage.
This is a high analysis sulphur product, meaning a lower volume of product is required to achieve sulphur requirements.
Liquid MST® is suitable for side dress applications.
Liquid MST® has a lower carbon footprint than tradition sulphur products such as ATS or AS.
Liquid MST® allows all of the crop’s sulphur requirements to be provided from one source, creating an opportunity to choose an environmentally responsible N source.
