Our Investment Projects

FARM - INVESTMENTS IN CATTLE, PIG FARMING, AND RENEWABLE ENERGY IN ANGOLA

The project focuses on equipping and developing agricultural facilities to achieve greater or complete energy autonomy through the use of available renewable energy sources. These sources include liquid waste treatment, solar and wind energy, biomass, and hydroelectric power.

The primary targets of the project are farms engaged in cattle breeding for meat or milk production, pig farming facilities, poultry farms for meat or egg production, slaughterhouses, and industrial food preservation facilities. Additionally, the project includes cereal production tailored to the location and characteristics of the land.

The initiative aims to ensure energy self-sufficiency while promoting sustainable agricultural practices.

 

BIOMASS CENTER FOR ENERGY

Angola is endowed with vast and diverse biomass resources, including forest residues, by-products and waste from the agro-food industry, agricultural and livestock residues, and potential energy crops.

Angola's forest potential, estimated at 70 million hectares, allows for the annual production of approximately 600 thousand cubic meters or 420 thousand tons of roundwood, from which it is estimated that around 80 thousand tons of forest residues could result. Limiting factors to an increase in forest exploitation lie in the small number of planted forests, approximately 150 thousand hectares, and consequently, the limited number of timber exploitation companies in the country, around 150 to 200. As for forest producers, the majority (about half) are located in the Uíge province, with the remainder distributed in Cabinda, Bengo, and Cuanza Norte. However, the Government recently announced the planting of one billion trees by 2030 and the implementation of the National Forest Inventory with the support of FAO, a project that is expected to start soon.

According to 2022 data, 43 potential biomass energy production projects were identified throughout the country, some of which could reach an installed capacity of 170 MW, totaling 3.7 GW of capacity, with the majority coming from forest residues. Regarding agro-food industry residues, eight favorable sites for projects were identified, corresponding to a total installed capacity of 350 MW.

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FERTILIZER INDUSTRY

ORGANIC LIQUID FERTILIZER, BIOFERTILIZERS, AND ORGANOMINERAL FERTILIZERS

Our goal is to produce the best organic fertilizer in the Angolan market, ensuring increased productivity, the restoration of degraded soils, job creation, and income generation while preventing contamination from organic residues and ensuring soil preservation and recovery.

Even when the soil has adequate natural fertility, it tends to show a decrease in its ability to supply nutrients and beneficial elements in sufficient quantities for maintaining crop productivity after successive cultivations.

To prevent a reduction in nutrient availability in the soil, measures must be taken to correct, maintain, or increase its chemical fertility since agricultural activity exports nutrients.

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MULTIPRODUCT AGRICULTURAL PRODUCTION LINE

The proposal aims to establish production units with adequate capacity for the local market by identifying the most promising products for processing, with the possibility of adapting the scale to meet demand. Investing in multiproduct capabilities enables addressing seasonal scarcity or periods of reduced productivity, thereby ensuring consistently high levels of productivity. Delivering market-ready products facilitates efficient distribution and opens avenues for reaching distant markets or engaging in export activities.

Transformation lines may encompass products such as seasoning paste, sauces, spices, fried sweet potatoes, pickles, and dehydrated herbs, depending on locally available products. Finished goods may include canned preserves, snack packets, pickle containers, syrups, or seasoning pastes. The project may also involve establishing a packaging factory.

To ensure environmentally friendly production, a composting facility is planned to reduce waste and facilitate the reuse of by-products generated during the production line's operations.

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FRUIT DRYING FACTORY

This project proposes the installation of industrial fruit drying processes in a controlled environment. Establishing a factory of this nature would reduce fruit wastage and maximize utilization. Fruit drying occurs in a closed, controlled, and accelerated environment to ensure product quality and rapid transfer to the consumer market.

The final product consists of dehydrated fruit slices, with a drying cycle ranging from 14 to 48 hours, in a project designed for a 200 kg load, with potential capacity adjustments. The execution of this project is rapid, with implementation possible within a 6-month period.

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ORGANIC COMPOUND FACTORY

This project aims to produce fertilizers from organic products using a process based on sustainable resource use. Production is based on the collection of organic elements and the implementation of a transformation process that enables the direct delivery of fertilizers to the market as finished products.

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NOTE

This list of intentions is a mere summary of preliminary studies conducted by our technical research teams/partners. Entities with the capacity to execute these projects at national/international levels have already been identified. Further developments will require consideration of other project concession works.

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Environmental and Social Responsibility: This project is committed to environmental sustainability and social responsibility. Funds generated will support an education program with a focus on agriculture, ultimately reducing operational costs covered by the block. Learn more here.