PlanetGOLD Zambia has called for the elimination of Mercury use in mining following the negative impact it has on the community.
PlanetGOLD Zambia National Project Manager, Abigail Mwailenge says the reason why her organisation is keenly calling for this is because of the devastating problems that come along with the use of Mercury especially on pregnant women and children.
Speaking at a media breakfast in Lusaka today, Ms Mwailenge explained that her organisation is currently conducting a research study on the rampant use of Mercury in artisanal mining.
ZANIS reports that Ms Mwailenge noted that the comprehensive research study will be available to the general public.
University of Zambia ( UNZA ) School of Mines Lecturer Jewette Masinja, who presented on gold processing in ASGM and the environmental impact highlighted that the use of mercury in gold mining poses environmental and health risks.
Dr Masinja highlighted that use of mercury in gold mining poses environmental and health risks such as kidney failure, birth defects, water pollution, land contamination and destruction among others.
He also added that there is need for compliance amongst small scale Miners in order to formalise the sector.
“It is essential to adopt alternative methods that do not involve the use of mercury, such as gravity separation and flotation, to mitigate these risks and promote sustainable and responsible mining practices,” he said.
Dr Masinja also emphasized the need for regulatory frameworks that prohibit the use of mercury in gold processing and extraction.
He said the warning about the environmental implications of mercury use in gold processing serves as a timely reminder of the need for sustainable and responsible mining practices.
Later Corporate Governance Expert Charles Mjumphi, emphasised the need to formalise the mining sector in the country in order to tap into the value of gold for the economy.
Mr Mjumphi added that by formalising the sector it will allow for the proper implementation of structured frameworks in the country.
