On March 21, 2013, Mozambique's Assembly of the Republic authorized the creation of 13 new districts throughout the nation. Two were added to Tete.[3] Tete Province's districts include:
Afossil site of global significance covers almost 1500 square km of the region. Well-preserved fossil wood from the LatePermian provides an insight into the flora of the area just prior to theend-Permian mass extinction. Many species are recorded, notably of conifers, all within the Matinde Formation which comprisessandstones,siltstones andcoal beds. Marking its importance, theInternational Union of Geological Sciences has included the site within its 'First 100 IUGS Geological Heritage Sites' list, published in October 2022.[5] The forest is located in the district ofMagoé, betweenCahora Bassa and Magoé and approximately 250 km west of the city of Tete.[6]
In 1859 Richard Thornton completed the first studies of coal occurrence in the Tete Province as part of an exhibition under Dr.David Livingstone.[7] In his report from the trip, Mr. Thornton stated that the coal, which was dug by natives from an outcropping seam on the bank of the River Muntizi, showed no tendency to cake; was free-burning; contained very little sulphur or iron although a large proportion of ash along with a small amount of gaseous matter[8]
The Tete Province is reported to host coal reserves of approximately 6.7 billion tons, of which 3 billion tons represent sub-economic or economic grades.[9] The province was then regarded geologically as the largest undiscovered coal province in the world and it is estimated that the Province could be producing 25% of the world's coking coal by 2025.[10]
The largest coal reserve presently discovered in the Tete Province is theMoatize metallurgical and thermalcoal deposit which contains 2.4 billion tons ofcoal and is located with theMoatize sub-basin.[11]Vale SA bid US$122.8 million for exploration and development rights of the project in 2008.[12] Today, the project is a working mine which has now doubled its original output and is producing 22 million metric tons of coal per year[13]
Most coal resources are located within the remnants of the Ecca Rock Group, member of theKaroo Supergroup, and are hosted within the Zambezi graben.[14] The coal seams were formed during the early andlate Permian and deposits are associated with non-marine terrestrial clastic sedimentary sequences of theKaroo Supergroup.[15] Depositional environments were primarily fluvial and deltaic but also included some minor lacustrine and shoreline settings.[16]
InMozambique, 95% of coal licenses issued have been granted to forty different companies operating within the Tete Province.[17] On 29 September 2011 the Mozambican government suspended the issuing of new coal licenses in the Tete Province in order to assess to what extent companies currently hold licenses in the Province and whether they are complying with contracts signed by the government.[18]
A large amount of investment has been made portending to the development of coal resources and infrastructure required for mining and development. TheInternational Finance Corporation, member of theWorld Bank Group has announced that it will invest up to US$5 million in Baobab Resources Plc's exploration projects with the intention of fostering economic development.[19]
Queue to cross the Tete Suspension Bridge, Mozambique
In 2011Vale approved a US$6 billion expansion of its Moatize coal project in order to increase output from 11 million tons per year mined initially to 22 million tons per year.[20]
The Mozambican government have undertaken a US$375 million refurbishment of the 600 km rail link between Moatize andBeira[21] which was severely damaged during theMozambican Civil War. Furthermore, a deep-water international port facility is being constructed in Beira. In addition to this port at Beira, a coal terminal atChinde, north of Beira is being planned by coal producers that will have a 20 million tonne terminal and whose opening will coincide with the beginning of production at the Zambeze Project, owned byRio Tinto, in 2015.[22] The link between Beira Port and the Tete Province is being referred to as the 'Beira Corridor', along which there are now plans to upgrade all major rail freight routes so that they have the capacity to transport coal resources.[23]
Local communities have been relocated from their land in order for the development of coal resources to commence. Vale relocated 5,000 people into new 'settlements' in order to develop its projects.[24] The 'settlements' offered new housing and infrastructure however, people must pay for any energy which they consume.
Rio Tinto have established the 'Riversdale Training Centre',Tete, where currently 28,300 candidates are registered and 1,172 people have been trained in various civil trades and building.[25] At the Moatize Coal Mine, 90% of Vale's employees and contractors are Mozambicans.[26]
^Hatton & Fardell (2011) ' 'New discoveries of coal in Mozambique: development of the coal resource estimation methodology for international resource reporting standards' '. International Journal of Coal Geology. Article in Press.
^Richard Thornton (1859, February 23). ' 'On the coal found by Dr. Livingstone at Tete, on the Zambesi, South Africa' '. Proceedings of the Geological Society. Lyell Collection.
^ENRC (2009) ' 'Exploration Report on Licenses in the Tete Province, Cahora Bassa District, Mozambique' '. ENRC Internal Company Report. Tete, Mozambique.
^Cairncross, B. (2001). An overview of Permian (Karoo) coal deposits of Southern Africa.Journal of African Earth Sciences, 33 (3-4), 529-562.
^Cairncross, B. (2001).An overview of the Permian (Karoo) coal deposits of southern Africa. African Earth Sciences, 33, 529-562.
^Cairncross, B. (2001).An overview of the Permian (Karoo) coal deposits of southern Africa. African Earth Sciences, 33, 529-562.
^Hatton, William; Fardell, Anna (1999). "New discoveries of coal in Mozambique — Development of the coal resource estimation methodology for International Resource Reporting Standards".International Journal of Coal Geology.89 (1). Amsterdam:Elsevier:2–12.doi:10.1016/j.coal.2011.02.010.ISSN0166-5162.