Construction of a 160 megawatts solar power plant to guarantee uninterrupted and affordable power supplies to Zimplats operations in Zimbabwe. The exact co-ordinates are currently not available however the approximate area of location is lat: -18.6651929; long: 30.3559971.
Construction of the 5MW National University of Science and Technology solar energy project located on-campus in Zimbabwe. GPS coordinates lat: -20.1642602; long: 28.6404772.
Construction of student accommodation apartments at Chinhoyi University, Zimbabwe. Estimated cost: US$ 54.9 million. The complex will comprise a combination of three four-storey buildings covering a total area of 18 000 square metres. GPS coordinates lat: 17.3532941; long: 30.20583109999999.
Construction of the Harare re-powering project in Zimbabwe, which will cost $70,2 million. The project will take 24 months to complete and will add 90MW to the grid. GPS coordinates lat: -17.8438497; long: 31.0322879.
Construction of a retail component for the US$ 135 million 245 room five star hotel in Harare, Zimbabwe. GPS coordinates lat: -17.821997780532246, long: 31.067924493721936
Construction of an office component for the US$ 135 million 245 room five star hotel in Harare, Zimbabwe. GPS coordinates lat: -17.821997780532246, long: 31.067924493721936
Infrastructure and civil works for a US$ 135 million 245 room five star hotel in Harare, Zimbabwe. GPS coordinates lat: -17.821997780532246, long: 31.067924493721936
Construction of a commercial centre at the Midlands State University in Gweru, Zimbabwe. The scope of works could include: service station with tyre fitment center, supermarket, bookshop, banking facilities, pharmacy, hair salons, butchery, fast food outlets, grocery shops, boutique, stationery and printing
The Midlands State University is seeking partners with the adequate capacity to construct the following project under a public private partnership arrangement: solar energy project in Gweru, Zimbabwe. The university is envisaging to go green and use renewable sources of energy for all its power requirements.