Ghana's Ministry of Food and Agriculture (MoFA) has signed a Memorandum of Understanding with Omanbapa AgriTech Limited for the establishment of a $10 million organic fertiliser manufacturing plant, marking a new push to expand local fertiliser production and reduce dependence on imported synthetic inputs.
The facility is expected to be located between the Ashanti and Ahafo regions and will be developed in phases. It will initially operate as a blending plant using imported raw materials before transitioning into full-scale local processing within one to two years.
Omanbapa Group Chief Executive Officer Bernard Oduro Takyi said the initial phase is expected to produce between 20,000 and 30,000 metric tonnes of fertiliser annually, while full-scale manufacturing could eventually raise capacity to approximately 60,000 metric tonnes a year.
The project will also create a market for agricultural waste. According to MoFA, materials including maize husks and other crop residues will be purchased from farmers and used as raw materials for fertiliser production. This could create an additional income stream for agricultural communities while converting farm waste into a commercial input.
Agriculture Minister Eric Opoku said the initiative forms part of the government's agricultural transformation agenda and its effort to gradually reduce reliance on inorganic fertilisers while improving soil health and food safety. The fertiliser has undergone technical testing by the Plant Protection and Regulatory Services Directorate (PPRSD) and has been certified for use in Ghana.
The project is also expected to create employment and support Ghana's broader efforts to build domestic agricultural input industries. The Ministry and Omanbapa are expected to establish a technical committee to determine the final location and oversee implementation.
NBF Insight
Ghana's organic fertiliser investment is significant because it connects soil fertility, agricultural waste and industrial production within a single value chain.
If the plant reaches its planned 60,000-tonne annual capacity, it could create a substantial domestic market for agricultural residues while reducing dependence on imported fertiliser inputs. The bigger opportunity, however, is building an industrial ecosystem in which farm waste becomes a raw material, fertiliser becomes a locally produced input, and farmers become both suppliers and users within the same agricultural economy.
