WASCAL (West African Science Service Centre on Climate Change and Adapted Land Use), a leading institution in climate and environmental services across 12 West African countries, is expanding its Transboundary Continue Reading
The University of Rostock (UR) seeks to apply portions of their budgetary allocation under the Waste-to-Energy project extension (in Togo) to procure the advertised lots in cooperation with the Togolese Continue Reading
The University of Rostock (UR) is the overall coordinator for the WASTE TO ENERGY project while WASCAL is the Ghanaian lead for the project. The wishes to apply a portion Continue Reading
The West African Science Service Centre on Climate Change and Adapted Land Use (WASCAL) through one of its partners’ Twerebo Process Industries Limited wishes to apply a portion of its Continue Reading
The University of Rostock (UR) wishes to apply a portion of its budgetary allocation under the waste to energy as a sustainable solution for Ghana project to procure, construct, test, Continue Reading
The University of Rostock (UR) and the West African Service Center for Adapted Land Use (WASCAL) seek to apply portions of their budgetary allocation under the waste to energy as Continue Reading
The University of Rostock (UR) wishes to apply a portion of its budgetary allocation under the waste to energy as a sustainable solution for Ghana project to procure the following Continue Reading
The University of Rostock (UR), the overall coordinator and WASCAL (the Ghanaian Coordinator) oversee the day-to-day activities of WASTE-TO-ENERGY project, a BMBF funded project in collaboration with Project Management Jülich Continue Reading
The University of Rostock (UR) wishes to apply a portion of its budgetary allocation under the waste to energy as a sustainable solution for Ghana project to procure the following Continue Reading
The University of Rostock (UR) in Germany and West African Science Service Centre on Climate Change and Adapted Land Use (WASCAL) seek to apply portion of their budgetary allocation under Continue Reading
As part of the Hybrid Waste-to-Energy, a sustainable solution for Ghana Project with funding from the German Federal Ministry of Education and Research in collaboration with the Ministry of Environment Continue Reading