SAA Eco-Industrial Park
Prize(s):
WINNER 2026 ARCHITECTURE / Industrial Architecture
Company Name:Ofmagroep Limited
Lead Designer(s) Name(s):Olayemi Fagbohungbe
Architecture Firm:Ofmagroep ltd
Design Status:Completed
Project Description:
This eco-industrial development is planned in two phases, with Phase One focused on manufacturing eco-friendly paper straws and bottle caps/closures. The phase includes a gatehouse, experience center, gas power plant, two factory buildings, warehouse, fire station, clinic, service apartments, and an outdoor recreational green area, all designed to function as a cohesive industrial environment. The site is a rugged, rocky landscape with existing vegetation, including scattered shrubs and trees. It slopes gently toward the Ona River, which naturally divides the land into two parts. Rather than imposing on the terrain, the design responds to it. Buildings are carefully zoned to support efficient operations while working with the natural contours of the land. A key priority has been to minimize cut and fill, allowing much of the original landscape to remain intact. This approach not only reduces environmental impact but also gives the development a strong sense of place, where industrial activity and the natural setting coexist in a balanced way.
This eco-industrial development is planned in two phases, with Phase One focused on manufacturing eco-friendly paper straws and bottle caps/closures. The phase includes a gatehouse, experience center, gas power plant, two factory buildings, warehouse, fire station, clinic, service apartments, and an outdoor recreational green area, all designed to function as a cohesive industrial environment. The site is a rugged, rocky landscape with existing vegetation, including scattered shrubs and trees. It slopes gently toward the Ona River, which naturally divides the land into two parts. Rather than imposing on the terrain, the design responds to it. Buildings are carefully zoned to support efficient operations while working with the natural contours of the land. A key priority has been to minimize cut and fill, allowing much of the original landscape to remain intact. This approach not only reduces environmental impact but also gives the development a strong sense of place, where industrial activity and the natural setting coexist in a balanced way.
Project Innovation / Specification:
The factory is designed as a flexible, open-plan modular system that allows for easy adaptation and future expansion, avoiding the limitations of rigid industrial layouts. This approach supports efficiency while accommodating evolving production needs over time. Innovation is also reflected in its integrated energy saving strategy. A combination of rooftop solar farms and on-site gas power plant reduces reliance on conventional energy sources, supported by a low-energy operational design and a closed-loop cooling system. Water efficiency is addressed through wastewater reuse and rainwater harvesting, reducing overall resource demand. The factory buildings' orientation and form are carefully considered to maximize natural daylight, improving working conditions while enhancing solar energy generation. Electric vehicle charging points are incorporated into the parking areas, anticipating future mobility needs. Beyond production, the development introduces a more holistic approach to industrial environments by integrating facilities such as a clinic, restaurant, gym, recreation areas, supermarket, and service apartments, supporting both productivity and quality of life.
The factory is designed as a flexible, open-plan modular system that allows for easy adaptation and future expansion, avoiding the limitations of rigid industrial layouts. This approach supports efficiency while accommodating evolving production needs over time. Innovation is also reflected in its integrated energy saving strategy. A combination of rooftop solar farms and on-site gas power plant reduces reliance on conventional energy sources, supported by a low-energy operational design and a closed-loop cooling system. Water efficiency is addressed through wastewater reuse and rainwater harvesting, reducing overall resource demand. The factory buildings' orientation and form are carefully considered to maximize natural daylight, improving working conditions while enhancing solar energy generation. Electric vehicle charging points are incorporated into the parking areas, anticipating future mobility needs. Beyond production, the development introduces a more holistic approach to industrial environments by integrating facilities such as a clinic, restaurant, gym, recreation areas, supermarket, and service apartments, supporting both productivity and quality of life.
Project Sustainability Approach:
Sustainability is embedded in both the design and construction of the project, with a strong focus on reducing environmental impact while supporting long-term performance. Large overhanging balconies with screen walls and solar shaders, double roof, shields the service apartments and fire station from direct impact of UV sunlight. Eco-friendly materials such as recycled steel and green concrete are proposed, alongside low-energy LED lighting to minimize energy demand. Renewable energy plays a central role, with an extensive rooftop solar installation supported by intelligent energy management systems to optimize efficiency. A closed-loop approach is adopted for water use, incorporating rainwater harvesting and wastewater reuse systems to reduce reliance on external resources. The design also considers operational sustainability. A controlled SAS entry system is introduced at key production areas to maintain hygiene, prevent contamination, and support effective pest control. Prefabrication is utilized across major buildings including the factory, warehouse, fire station, clinic, and service apartments to reduce construction waste and improve efficiency.
Sustainability is embedded in both the design and construction of the project, with a strong focus on reducing environmental impact while supporting long-term performance. Large overhanging balconies with screen walls and solar shaders, double roof, shields the service apartments and fire station from direct impact of UV sunlight. Eco-friendly materials such as recycled steel and green concrete are proposed, alongside low-energy LED lighting to minimize energy demand. Renewable energy plays a central role, with an extensive rooftop solar installation supported by intelligent energy management systems to optimize efficiency. A closed-loop approach is adopted for water use, incorporating rainwater harvesting and wastewater reuse systems to reduce reliance on external resources. The design also considers operational sustainability. A controlled SAS entry system is introduced at key production areas to maintain hygiene, prevent contamination, and support effective pest control. Prefabrication is utilized across major buildings including the factory, warehouse, fire station, clinic, and service apartments to reduce construction waste and improve efficiency.
Local and Regional Impacts of the Project:
The project is expected to generate meaningful local and regional benefits across both its construction and operational phases. During construction, priority will be given to sourcing building materials locally where available, supporting regional suppliers and reducing transportation impacts. Employment opportunities will be created for low and semi-skilled workers within the host communities, while qualified local professionals will be engaged for technical and supervisory roles where capacity exists. In the operational phase, the facility will provide long-term employment across a range of roles, with a strong preference for hiring from the local region. This approach supports skills development, income generation, and economic stability within the surrounding communities.
The project is expected to generate meaningful local and regional benefits across both its construction and operational phases. During construction, priority will be given to sourcing building materials locally where available, supporting regional suppliers and reducing transportation impacts. Employment opportunities will be created for low and semi-skilled workers within the host communities, while qualified local professionals will be engaged for technical and supervisory roles where capacity exists. In the operational phase, the facility will provide long-term employment across a range of roles, with a strong preference for hiring from the local region. This approach supports skills development, income generation, and economic stability within the surrounding communities.
Company Name:Ofmagroep Limited
Lead Designer(s) Name(s):Olayemi Fagbohungbe
Profile Description:
Ofmagroep Limited is a young, dynamic design and innovation startup headquartered in Lagos, Nigeria. We focus on the design and development of sustainable, aesthetically striking buildings, spaces, art, and products that blend innovation, functionality and beauty that inspires and endure. Passionate about pushing the boundaries of design, we deliver thoughtful solutions in architecture, construction development and creative product design, turning visionary ideas into impactful, future-forward realities.
Ofmagroep Limited is a young, dynamic design and innovation startup headquartered in Lagos, Nigeria. We focus on the design and development of sustainable, aesthetically striking buildings, spaces, art, and products that blend innovation, functionality and beauty that inspires and endure. Passionate about pushing the boundaries of design, we deliver thoughtful solutions in architecture, construction development and creative product design, turning visionary ideas into impactful, future-forward realities.
