LogiProc offers niche services in specialized areas of engineering and project execution.

 

BROWNFIELD SPECIALISTS

 

LogiProc specializes in designing and constructing process plants within a working plant environment, known as brownfields. The company has developed a unique approach to minimize existing plant production losses and maximize plant productivity, given the project-specific circumstances. Their engineers and designers are trained to accommodate these specific Brownfields project challenges and have the experience and capabilities to undertake complex projects of this nature.

 

ICMI IMPLEMENTATION ASSISTANCE

 

LogiProc has experience in designing and constructing (or modifying existing) Cyanide handling and dosing plants that comply with the "International Cyanide Management Code for The Manufacture, Transport, and Use of Cyanide in the Production of Gold" as published and managed by the International Cyanide Management Institute (ICMI). The company can also assist with preparations for the required technical audits by the ICMI.

 

CYANIDE DETOX

 

LogiProc has extensive experience in the field of Cyanide Detoxification (Cyanide Detox), which aims to reduce the Cyanide concentration within the tailings discharge, to ensure safe operations for employees and the environment. The methods of achieving this entail various destruction or dilution options, and LogiProc offers feasibility studies and implementation projects to achieve this.

 

AMD AND MINING EFFLUENT TREATMENT

 

LogiProc specializes in the treatment of Acid Mine Drainage (AMD) as well as general mining and industrial effluent, offering a range of different solutions including Ion Exchange, Membrane Filtration, High-Density Sludge (HDS) with final water polishing, and the Potassium Nitrate Ex-Waste (KNeWTM) process.

 

KNeW PROCESS

 

LogiProc is the engineering partner for the developer of the patented and award-winning KNeWTM (Potassium Nitrate Ex-Waste) process, which is used to treat AMD and other mining/industrial effluent streams. The technology utilizes ion exchange and well-known industrial chemical processes to clean the water and turn the waste into valuable, saleable products. The process is flexible and can be configured to produce a number of different products, with high commercial value, Zero Liquid Discharge, minimized solid waste, and high water recovery.