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Tag: Sulphur

Trouble in bulk

As it is an involuntary product, sulphur tends to be sold at whatever price the producer can get for it. This means that one of the major determinants of the sulphur price is the cost of transporting it to the customer, and in this regard one of the key indices is the Baltic Dry Index (BDI), which measures the cost of shipping dry bulk goods around the world, reported daily by the Baltic Exchange in London. The BDI has been on quite an excursion over the past couple of years – perhaps not as wild as the period from 2004-2009 when everyone wanted to ship goods to and from China, there was a shortage of vessels to carry it, and oil prices were at record highs - but eye-catching nevertheless.

Market Insight

Market Insight courtesy of Argus Media. Urea: The market remained weak at the start of the year with urea prices falling as producers fought for liquidity. Egyptian product fell by $40/t to $495/t f.o.b. in a matter of days, while f.o.b. prices in the Middle East and southeast Asia similarly fell to around $440/t. Urea prices in many end-user markets also slumped: US prices fell over the course of the first week of January by $30/t, Brazil by $15/t and many European markets by around $20/t.

Burning sulphur to lower temperatures

It has long been known that sulphur dioxide aerosols can reflect sunlight back into space. On a large scale, this has tended to come from volcanic eruptions. The explosion of the island of Krakatoa in 1815 led to the following year, 1816, becoming known in Europe as ‘the year without a summer’. More recently, it is estimated that the eruption of Mount Pinatubo in the Philippines in 1991, the second largest eruption of the 20th century, sent around 18 million tonnes of SO2 into the stratosphere. Temperatures in the troposphere – the atmospheric layer closest to the earth – dropped by about 0.5°C as a result for about two years afterwards.