Skip to content

Efficient Implementation of NaOH Drainage Systems

Profertil and the Adaptation to New Chemical Processes with Pexgol.

Case Study Nº

161

Customer

Pluspetrol
Argentina

|

2023

Working Conditions

Temperature: Ambient | Pressure: Atmospheric | Flow Rate: 50 liters/hour | Fluid Components: 50% Sodium Hydroxide

Pexgol Pipes

Pexgol 160 mm, class 15

Application

Sodium Hydroxide Discharge

Lenght

10 m / 32 ft

Categories

Efficient Implementation of NaOH Drainage Systems

The Challenge

Profertil, a leading company in the production and commercialization of soil nutrients in Argentina, faced a significant challenge at its plant. With the recent modification of their processes to include the discharge of 50% sodium hydroxide (NaOH), it became imperative to develop suitable infrastructure to handle this highly corrosive chemical.

The original unloading system was not designed for NaOH, necessitating the creation of a completely new system capable of handling the unique specifications of this chemical.

The Solution

Profertil decided to implement a solution using a 10-meter Pexgol pipe, leveraging pipes that the company had already acquired for another project. Pexgol was chosen due to its high resistance to chemicals, durability against corrosion,
and ease of handling and installation. The project involved excavation and civil works necessary to install and connect the new piping to the collection chambers, followed by paving the surface to ensure the system’s integrity.

The installation of the Pexgol pipe was successfully completed, connecting the collection chambers in the truck unloading area. This system now efficiently handles the excess NaOH and wash water, combining and draining them without incidents. Since its commissioning four months ago, the infrastructure has operated without issues, demonstrating Pexgol’s ability to adapt to Profertil’s specific industrial chemical handling needs.

The client, Profertil, expressed satisfaction with the versatility and effectiveness of the solutions provided by Pexgol, highlighting the quick installation and reduced risks associated with handling corrosive substances.

Related Case Studies

Replacement of HDPE Pipes For Pe-X to Transport Industrial Treated Water.

Industrial Waste Water to MBR Treatment Facility

Chip Manufacturer
Israel

 | 

2021
Bridging the Gap between Durability and Functionality in Harsh Processing Environments.

Syncrude & Pexgol: A Collaboration Set to Reshape Slurry Transport

Syncrude
Canada

 | 

2022
Transport of Leached Mud from the Treatment Plant to an Oxidation Lagoon

Palm Oil: Transport of Leached Mud

Industria Chiquibul
Guatemala

 | 

2018
Installation of a drainage system between a well and a mining dam.

Drinking Water on Sloping Terrain

AquaMag
Colombia

 | 

2019

Categories:

High Pressure Water Transport for a Gold Mine.

High Pressure Water Transport

Mansfield Mine
Argentina

 | 

2019
Water line feed from wells to mine

Water Lines – High Pressure Water Feed Lines

Yamana Gold, Meridian Mine
Chile

 | 

2012