CASE STUDY
Mining Wastewater Treatment for Kamoa Copper in the Democratic Republic of Congo
A 900 KLPD wastewater treatment plant designed to support reliable treatment performance and environmental discharge for the Kamoa Copper operation.
LOCATION
Democratic Republic of Congo
INDUSTRY
Mining
PLANT CAPACITY
900 KLPD Wastewater Treatment Plant
FINAL WATER USE
Environmental Discharge
PROJECT OVERVIEW
High-capacity wastewater treatment for a mining operation
Kamoa Copper required a high-capacity mining wastewater treatment solution capable of managing wastewater generated by its mining operations.
The plant needed to provide reliable treatment performance while ensuring that final effluent was suitable for environmental discharge. The required treatment capacity was 900 KLPD.
Wastewater Treatment Overview
Treatment Capacity
900 KLPD
Industry
Mining
Primary Requirement
Reliable Treatment Performance
FINAL APPLICATION
Environmental Discharge
THE CHALLENGE
Managing significant wastewater volumes while maintaining reliable performance
Kamoa Copper required a wastewater treatment solution capable of managing significant wastewater volumes generated by its mining operations.
The system needed to deliver reliable treatment performance while ensuring the final effluent was suitable for environmental discharge.
Project Requirements
Designed Around Mining Wastewater Management
900 KLPD
Required wastewater treatment capacity
Mining
Operational environment
Reliable Performance
Core treatment requirement
Environmental Discharge
Required final water use
Kamoa Copper | Democratic Republic of Congo
Kamoa Project Scope
900 KLPD Wastewater Treatment Solution
01
High-Capacity Treatment
900 KLPD treatment capacity
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02
Mining Environment
Solution designed around the operation’s requirements
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03
Consistent Performance
Focus on reliable and effective treatment
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04
Environmental Discharge
Final effluent suitable for the intended discharge application
Dedicated wastewater treatment solution for Kamoa Copper
SEWTREAT’S SOLUTION
A dedicated 900 KLPD wastewater treatment plant
SewTreat proposed a dedicated wastewater treatment plant designed to provide reliable and effective treatment for the Kamoa Copper operation at a capacity of 900 KLPD.
The solution is designed around the requirements of the mining environment, with a focus on consistent treatment performance and achieving the required quality for environmental discharge.
The system provides a dedicated solution capable of managing significant wastewater volumes while supporting responsible environmental management.
Solution Approach
How the Kamoa Copper wastewater solution is structured
The supplied project brief does not specify individual treatment technologies, so this section focuses only on the documented design requirements and outcomes.
01
900 KLPD Capacity
The plant is designed to manage wastewater at a required capacity of 900 KLPD.
02
Mining-Focused Design
The solution is designed around the operational requirements of the mining environment.
03
Reliable Treatment Performance
The project places a strong focus on reliable and consistent wastewater treatment performance.
04
Environmental Discharge
The final effluent is intended to be suitable for environmental discharge.
PLANT BENEFITS
Reliable high-capacity wastewater management for mining operations
The Kamoa Copper solution is designed to manage significant wastewater volumes while supporting operational resilience and responsible environmental management.
01
High-Capacity Treatment
Provides 900 KLPD of wastewater treatment capacity.
02
Mining Application
Provides reliable wastewater treatment for mining operations.
03
Environmental Discharge
Supports the project’s environmental discharge requirements.
04
Operational Resilience
Supports improved wastewater management and operational resilience.
05
Environmental Stewardship
Supports responsible environmental stewardship.
Talk To Sewtreat
Need a high-capacity wastewater treatment solution for a mining operation?
Speak to SewTreat’s water engineers about a wastewater treatment solution designed around your required flow, operating environment and final water use.