Skip to content

Mineral Processing – Potash Processing Plant

Hot sylvinite leach at 114°C/237°F

Case Study Nº

3

Customer

ICL group, Dead Sea Works
Israel

|

1987

Working Conditions

Extremely high corrosive liquid, high working temperature, and mild conditions.

Pexgol Pipes

Pexgol ѓ225, ѓ280 mm.

Application

Transportation of high temperature KCL+NaCl brine.

Lenght

Straight sections of a few meters; 40 meters in total.

Categories

Mineral Processing – Potash Processing Plant

The Challenge

The highly concentrated brine and temperature of the hot leach cycle: up to 114°C/237°F at the Dead Sea created a highly corrosive environment, which reduced the life of the original pipes dramatically.

Working conditions were so extreme that lifespan of the previous steel piping was only 8-12 months.

Pexgol Solution

The installation of a Pexgol pipe that has been in use at this potassium process plant for over 20 years without any failures or need to be replaced. The pipe’s high resistance to abrasion, corrosion and high temperature resistance drastically reduced the changeover in the piping system and have proven to be the best solution for this client.

Related Case Studies

An Outdoor Hydrant and Indoor Sprinklers were installed at Guyana Airport

Water Supply & Fire Extinguisher Line

Cheddi Jagan International Airport
Guyana

 | 

2018
Slurry transportation with high nickel levels

Leached Slurry Transportation

Moa Nickel S.A. Sherritt
Cuba

 | 

2013
Installation of Pexgol Pipesf for the Drainage of an Underground Mine.

High Pressure Drain in Underground Mine

Ojos del Salado Mine – Lundin Mining
Chile

 | 

2018
Pexgol’s Piping Solution for Regal Petroleum.

Overcoming Piping Challenges in Hydrocarbon Transportation

Regal Petroleum Corporation
Ukraine

 | 

2023
Vertical Mobile Pexgol Installation on the Rocks for Mine Dewatering.

Mine Dewatering at Low Temperature

Ferrexpo Yeristovo Mining
Ukraine

 | 

2019
Water Transportation through Shafts

Open Cast Mine Dewatering

Agnico Eagle Pinos Altos Mine
Mexico

 | 

2017