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Low-carbon fertilizer cooling

In the Nov/Dec 2021 issue of World Fertilizer, Igor Makarenko of Solex Thermal Science explores how vertical plate technology at the cooling stage is helping fertilizer producers reduce their operational footprints.

Bulk solids heat transfer and waste heat recovery

In the July 2021 issue of Process Heating magazine, Solex Thermal Science Global Director of Industrials Gerald Marinitsch discusses how moving-bed heat exchangers can help reduce the carbon footprint and energy costs of some process applications by capturing and repurposing heat that would otherwise be lost.

Greener cooling makes better products

An industry-wide push for greater environmentally accountability is driving the need for improved fertilizer cooling methods. In the March/April 2021 issue of Fertilizer International, Igor Makarenko looks a how indirect cooling technology is not only providing fertilizer manufacturers with a more environmentally friendly solution, but also the opportunity to create a better product.

The heat is on

In the March 2021 issue of World Fertilizer Magazine, Igor Makarenko of Solex Thermal Science discusses how vertical plate technology allows fertilizer plant operators to eliminate the need for warehouse cooling practices and avoid planned production rate turndowns.  

A new, more efficient way to cool potash

In the 2021 issue of PotashWorks Magazine, Igor Makarenko, Global Director, Fertilizer, discusses how vertical plate technology that cools potash indirectly has emerged as a Goldilocks solutions that puts more control back into operators' hands.