Skip to content

Open Cast Mine Dewatering

Dewatering without Supports

Case Study Nº

37

Customer

El Volcan Mine Arcelor Mittal
Mexico

|

2017

Working Conditions

Pressure 189 psi; height difference 130 m; solids 15-20 %; fluid temperature 20-25°C.

Pexgol Pipes

Pexgol Class 15 160 x 14.6.

Application

Dewatering

Lenght

650 meters.

Categories

Dewatering without Supports

The Challenge

El Volcan Mine was facing a excess water that required dewatering. During rainy season the Mine area suffers from constant floods due to high level groundwater that wasn’t taken under consideration.

In addition, the client was looking for a quick and easy to install solution, since the pipe was going to be suspended, and a regular pipe will require supports.

Pexgol Solution

El Volcan Mine decided to replace their current 6” RD11 HDPE pipe for a Pexgol class 15 pipe 160 x 14.6 due to it quick and easy installation.

650 meters of Pexgol pipe was provided. The installation was done in a quick and efficient way, and count with Pexgol technical support during the whole process.

Related Case Studies

Transformation in the logistics of formation water.

Aconcagua Energía Implements Pexgol Solutions for Efficiency and Savings

Aconcagua Energía
Argentina

 | 

2023
A Case Study on the Collaborative Engineering and Strategic Implementation of the Pexgol Pipeline System for Public Safety and Efficiency

Innovation in Safety: Pexgol Piping System for LPG Supply

Rawabi City
Israel

 | 

2010
Enhanced hydraulic and structural reliability for critical community infrastructure.

Optimization of Potable Water Supply for 1,600 residents

Rincón de la Candelaria
Mexico

 | 

2025
Installation of Pexgol Pipe for a Intake Line to Transport Hot Abrasive Brine Slurries

Hot & Abrasive Potash Brine Processing

Fertilizer Company
Canada

 | 

2017
Transportation of mixed liquid and corrosive vapor (H2S) from the dehumidifiers

Mineral Processing Corrosive Liquid & Vapor

Moa Nickel S.A. Sherritt
Cuba

 | 

2011
Transport of Formation Water with Hydrocarbons.

Formation Water Transport

ROCH
Argentina

 | 

2015