IPCO traces 125 years of innovation from Sweden's first steel belt conveyor to Rotoform pastillation and high-capacity drum granulation, advancing reliable sulphur solidification for global refining and gas processing industries.
Elessent Clean Technologies explains how rigorous sampling, Certificate of Analysis scrutiny and cross-functional coordination help sulphur buyers manage contamination, acidity and supply quality risks in tightening markets.
The deficit in the sulphur market has led to a new focus on melting down and selling stockpiles of sulphur around the world. From Kazakhstan to Canada, stocks of sulphur have been shrinking.
Sultech Global Innovation Corp., a Canadian agricultural technology company, has signed a memorandum of understanding (MoU) with ADNOC Sour Gas for its micronised elemental sulphur technology. Under the MoU, the companies will conduct a feasibility study and pilot production program to establish the UAE’s first commercial micronised sulphur manufacturing facility. The initiative will integrate Sultech’s patented micronisation process within ADNOC’s sulphur granulation at the Shah Gas Plant, the world’s largest ultra-sour gas operation.
Matrix PDM Engineering discusses the importance of management and control of sulphur dust during the forming and handling of sulphur throughout the entire solid sulphur lifecycle while maintaining commercially acceptable product that contains less than 2.0% overall moisture.
UreaKnowHow.com reviews the main production options for incorporating sulphur into urea, the world's most widely applied commodity fertilizer.
MEScon 2025 took place in Abu Dhabi from 19-22 May 2025, providing delegates with renewed energy, new connections, and fresh ideas to apply across the sulphur value chain.
IPCO highlights the reasons for converting sulphur into a solid form, and compares two of the technologies most commonly used to achieve this.
A complete listing of all articles and news items that appeared in Sulphur magazine during 2024.
Transporting sulphur as a dry bulk solid can lead to it breaking into small particles which create dust. Over the years, various forming processes have been developed to try and minimise dust formation and produce the strongest, most resilient formed sulphur particles.