Skip to content

Slurry Transportation

Transport of acid slurry at high temperatures

Case Study Nº

12

Customer

Moa Nickel S.A. Sherritt
Cuba

|

2012

Working Conditions

Highly abrasive liquid at 80°C.

Pexgol Pipes

Pexgol 335 mm, Class 10.

Application

Discharge line.

Lenght

350 m.

Categories

Slurry Transportation

The Challenge

Moa Nickel required to transport highly abrasive liquid at high temperatures.

At the beginning they used fibre-reinforced plastic pipes, that later suffered damage caused by the abrasion. Furthermore, they used polypropylene pipes that didn’t work either, they couldn’t resist neither the abrasion nor the high temperatures.

The former pipes were short combined sections that required reinforced foundations and were very hard to install. The working periods were short because of the constant failures, furthermore, the maintenance cost was high as well.

Pexgol Solution

Once the client evaluated the operative conditions, they decided that Pexgol pipes were the best option, thanks to it abrasion resistance.

Additionally, special “U” pieces were developed for the client, made of steel with internal Pex lined.

After the installation, the Pexgol pipes operates perfectly till today, in excellent conditions and reducing head losses.

Related Case Studies

Water transportation with sulfide and cobalt particles

Water and Sulfide Transportation

Moa Nickel S.A. Sherritt
Cuba

 | 

2015
Potable Water Supply on Harsh Terrain

Potable Water Supply on Harsh Terrain

Mekorot / Beit Shemesh Water Company
Israel

 | 

2017
Installation of Pexgol Pipe for the Transport of Abrasive Tailings.

Abrasive Tailings Transport

Pirquitas Mine
Argentina

 | 

2015
Test Installation for Transporting Silica Sand.

Transport of Silica Arena: HDPE vs Pexgol

Covia Corp
Mexico

 | 

2019
Installation of Pexgol Pipes for a Compress Air System.

Compressed Air System

Rav-Gon Printing House
Israel

 | 

2020
Replacement of a HDPE Pipe for a Pexgol Pipe

Compressed Air Transportation

Saucito S.A. de C.V. Mine
Mexico

 | 

2017