Services
Circular Perspective is dedicated to systemic transformation. This transformation is based on the analysis of the changes that are needed in the societal and economic order for the well-being of the marginalised and health of the environment. Our work broadly covers three impact areas - Climate Resilience and Ecosystem Restoration, Resource Efficiency and Circular Economy, Secondary Materials Product Development and Testing and Training & Capacity Building, which circumscribe existing global and national challenges. Working under these areas, we implement solutions through the waste, construction, housing, water and renewable energy sectors for tangible outcomes.
Our Climate Resilience and Ecological Restoration Services
Climate change has emerged as the biggest threat to the livelihoods and food security for countries across the world. Namibia is particularly vulnerable to this and is likely to have varied impacts owing to its geographic diversity, stronger dependence on agriculture, and increasing exploitation of natural resources coupled with population growth and socio-economic challenges. Namibia’s geographic location does make it particularly vulnerable to climate change. Its arid to semi-arid climate, coupled with high temperatures and erratic rainfall, makes it susceptible to droughts, desertification, and water scarcity. The country’s location in the driest part of Africa, influenced by the cold Benguela current, contributes to its vulnerability. For Namibia to meet its Nationally Determined Contributions committed to the Paris Agreement, all guidelines and frameworks in this context must be complemented with initiatives that are sufficient, efficient, equitable, and inclusive. These further need to be integrated with nature-based solutions to address the interconnected challenges of climate change, ecosystem degradation, biodiversity loss, and livelihood vulnerability.
01.
Dam & River Ecosystem Restoration
Climate Change Mitigation: Restoring rivers and floodplains can help reduce the impacts of extreme weather events, such as floods and droughts. Protection of Freshwater Ecosystems: Rivers are vital habitats, supporting a significant portion of the planet's freshwater species, making their health critical for global biodiversity. Economic and Social Benefits: Healthier rivers provide cleaner water, which is beneficial for human communities and agriculture, and can offer opportunities for recreation and tourism.
02.
Awareness, Action & Advocacy
Activities encompassing environmental awareness, action, and advocacy move from education and personal behavior to collective pressure for systemic change. Awareness builds knowledge and concern, action translates that concern into individual practice, and advocacy works to influence broader policy and institutional change
03.
Inclusive and Sustainable Farming Models
Biodiversity conservation: Promoting diversity on the farm through intercropping (planting multiple crops together), agroforestry (integrating trees into farming systems), and preserving natural habitats like hedgerows. Enhanced energy efficiency: Reducing reliance on fossil fuels by using renewable energy sources, such as solar power for irrigation and using farm waste to generate bioenergy. Reduced inputs: Minimizing the use of synthetic fertilizers and pesticides by adopting organic farming and integrated pest management (IPM) techniques. Soil health management: Building and maintaining healthy soil through techniques like cover cropping, composting, using organic amendments, and implementing reduced or no-tillage systems. Water conservation: Using water-efficient irrigation methods like drip irrigation, harvesting rainwater, and protecting watersheds to reduce runoff and pollution. Waste and nutrient recycling: Implementing a circular economy on the farm by composting organic waste and using animal manure as fertilizer
Resource Efficiency and Circular Economy
Inefficient conventional environmental management practices are one of the main causes of environmental degradation. Currently, inefficient resource utilisation contributes to enormous quantities of waste generation and carbon emissions because of our consumption and production patterns, right from extraction of raw materials till the product disposal stage. This linear ‘take–make–waste’ approach not only means a constant chain of natural resources utilisation but also leads to a huge economic burden of managing wastes. Circular Perspective drives economic opportunities in waste diversion and secondary material development.
Resource efficiency and circular economy are crucial for sustainable development, offering significant environmental, economic, and social benefits. They aim to minimize waste, reduce resource consumption and create a more sustainable and resilient economy.
- Transforming the built-environment through production of sustainable building materials
- Technology and Business Model Transformation
- Development of semi-urban eco-villages
- Climate Resilient Housing Developments
- Energy efficiency and renewable energy generation
Secondary Materials Product Development and Testing
Developing secondary materials markets is crucial for a more sustainable and resource-efficient future. These markets create value from materials that would otherwise be discarded, reducing the need for virgin material extraction and minimizing waste. This shift supports a circular economy, where materials are kept in use for as long as possible, reducing environmental impact and promoting economic growth.
Developing robust secondary materials markets is vital for creating a more sustainable and circular economy. By maximizing the value of resources, minimizing waste, and promoting resource efficiency, these markets offer significant environmental and economic benefits.
- Testing inert material for mix proportioning
- Characterisation of non-organic inert solid waste and organic solid waste
- Testing eco-bricks
- Preparing concrete mixes for engineering properties
- Designing Wte plants
- Developing and testing compost and organic fertilisers
- Materials science consultation
- Upcycling
Our Working Process
Consultation
We will set up an in-person or online consultation to understand the the clients project and needs better
Proposal
We will once we understand the needs and objectives of the client., send a proposal to the client for their consideration.
Installation
After acceptance of proposal and payment arrangements, we will install or deliver whatever service or product was requested by the clients.
Inspection
Once services or products are supplied, delivered or installed, a full inspection and quality assurance excercise will be undertaken to make sure the client is satisfied with product/service and any issues will be addressed.

Here’s What Our Client Say About Us
“It is incredible to experience the reality of the green economy, climate change, inclusive growth and sustainability on the ground instead of just reading about it in newspaper articles and research papers. I am so grateful to Circular Perspective for inviting me to their interactive training workshops on resource efficiency and the circular economy in 2023. During the 3 day event, we were exposed to their participatory information and knowledge development models built for natural resource management and community resilience such as ecosystem restoration and mainstreaming of low carbon building materials."
Anna Van Zyl
Manager of Consulting Engineering Firm

Need A Free Quote?
Please kindly reach out to us for all your ecological building projects, procurement of low carbon building materials, water saving technologies, renewable energy generation technologies, ecological restoration projects, bio-remediation projects, recycling projects etc. We are happy to hear from you and look forward to exciting collaborations.