Namibia’s Sandpiper Phosphate Project Cleared Despite Opposition
Namibian businessman Knowledge Katti’s Namibia Marine Phosphate company has received clearance for its Sandpiper marine phosphate mining project, according to AllAfrica. The decision has drawn criticism from political parties and conservation groups who have long opposed the venture.
The Sandpiper project, located off Namibia’s Atlantic coast, has been one of the most debated extractive ventures in southern Africa. Marine phosphate mining involves dredging phosphate-rich sediments from the seabed, a process that conservationists warn could damage the Benguela Current ecosystem, one of the world’s most productive marine environments. The waters off Namibia support important fisheries and are home to seabird colonies, marine mammals, and endemic species found nowhere else.
Environmental groups have argued that the project’s potential ecological costs outweigh its economic benefits, citing concerns about sediment plumes, disruption of benthic habitats, and impacts on fish stocks. Previous attempts to advance the Sandpiper project have faced legal challenges and regulatory hurdles in Namibia’s courts over the years, with opponents questioning the environmental assessments underpinning the venture.
The approval has also drawn criticism from political figures, reflecting the project’s long and contentious history in Namibian public life. Critics say the decision raises questions about the balance between resource extraction and environmental protection in a country where the marine environment underpins both commercial fisheries and a growing coastal tourism sector.
Namibia Marine Phosphate has maintained that the project can be carried out responsibly and within environmental safeguards. As AllAfrica reported, opposition groups are expected to continue pressing their concerns over the project’s implications for one of Africa’s most ecologically significant coastlines.
Sources
This report was written from coverage published by the following news organisations. Follow the links for the original reporting.
