Cost comparison SGR Kenya vs SGR Tanzania

Cost comparison SGR Kenya vs SGR Tanzania

Nilidhani Tazama inasafirisha refined fuel? Doodo! Sawa nimejifunza kitu hapo.
ukisoma hayo maelezo unaweza kuona mwanzo crude oil ilikuwa inakuwa refined na TIPER kabla ya refinery kufungwa 1999! Na isitoshe saahii kuna kampuni ya Kamal group inajenga refinery Bagamoyo!

Fool EACOP will be the second crude oil pipeline in Tanzania! TAZAMA pipeline has been there since 1968s! We r not ur level!


History​

1964: Zambia gained independence with an annual requirement of petroleum products of 146,000 metric tons. The bulk of this came from Central African Petroleum Refineries Limited, in Rhodesia (present day Zimbabwe).



1965:
The demand for petroleum products increased to 172,000 metric tons per annum. In November, Rhodesia had a Unilateral Declaration of Independence which forced Zambia to import all of its petroleum products by road tankers through the port of Dar es Salaam.

1967: On 19thJanuary, the Tanzanian and Zambian government negotiated between them a pipeline convention to regulate the construction, operation and maintenance of the pipeline including such matters as tax status, wayleave easements and ownership, shareholding, market share and other rights and privileges.

Construction of an 8 inch pipeline from Dar es Salaam to Ndola commenced with the help of the Italian government in form of an inter-governmental loan to the two governments.



1968:
TAZAMA Pipelines Limited was incorporated. The pipeline had an annual throughput of 600,000 metric tons per annum and five pumping stations, four in Tanzania and one in Zambia.

The pipeline delivered to Zambia only refined white products in batches. These were premium and regular petrol, kerosene, gas oil and aviation fuel.

The sources of these products were TIPER Refinery in Tanzania which provided 33% and the other 67% came from Persian Gulf Countries by tanker Shipments.

1970 – 1971: Throughput was increased to 760,000 metric tons by construction of two additional pumping stations at Mbeya and Kalonje in Tanzania and Zambia respectively.



1971 – 1973:
Further expansions were carried out in this period and these were;
  • Construction of a crude oil Tank Farm in Dar es Salaam consisting of six tanks with a total design storage capacity of 246,000 cubic metres.
  • Construction of a total of 798km of 12 inch diameter pipeline loops.
  • One additional pumping unit for each of the seven pump stations.
These expansions resulted in the installed capacity of 1.1million metric tons thus the current completion state of TAZAMA Pipelines Limited.

The commissioning of the Tank Farm coincided with the commissioning of the INDENI Refinery thus the beginning of transportation of crude oil through the pipeline.



1999 – 2007:
This period saw the shutdown of the refinery in 1999 due to a fire, erratic supply of feedstock and fuel shortages in the country.

2007: Government took up the role of feedstock supplier and appointed TAZAMA as its Agent in overseeing the procurement, refining process and sale of products to Oil Marketing Companies.

 
Ila nimetafuta news kuhusu ujenzi wenu wa geothermal powerplant na sijapata. Wacha kuongopea mambo mengine. Haya mambo tunaweza kuyatafuta online ili kubaini ukweli. Kwenye geothermal hata ujenzi bado haujaanza. Bado mpo kwenye uchimbaji wa geothermal wells wa pata potea. Hatujui kama mtabahatika kupata geothermal steam ya pressure na temperature ya kutosha au la.
geothermal mbona ni kitu kidogo kwetu as far as exploration is concerned hata kwenu plant design and installation ilifanywa na wajapan na Wamarekani sasa usitake kuleta ubishi hamna mkunya ana uwezo wa ku-design na ku-install geothermal plant! Nyie mko kwenye exploration just like Tullow oil did in Kunyaland and Uganda!

The role of Japanese companies in Kenya’s geothermal development​

The role of Japanese companies in Kenya’s geothermal development
Olkaria I Geothermal Plant (Source: Toshiba Press Release)



Alexander Richter

19 Mar 2018
With great support by its government in the form of export funding, Japanese companies such as Mitsubishi and Toshiba have been able to dominate the supply of turbines and other equipment for Kenya's geothermal development.


Today we reported on the new concessional loan provided by Japan International Cooperation Agency (JICA) to KenGen for the refurbishment of the Olkaria I geothermal units in Kenya. In this context it might be a good idea giving some background on the important role of Japan in the geothermal development in Kenya,

With the possibility to back up bids for supplying geothermal turbines to Kenya with government funding through its International Cooperation Agency JICA, Japan’s companies have had so far a clear advantage over various other potential suppliers in any of the bidding processes for geothermal turbines in Kenya.

So it might not be surprising to see how Japanese companies have been the key suppliers for the geothermal build up in the country,

Having supplied turbines and other heavy duty equipment, Japanese companies like Mitsubishi, Toyota Tsusho, Toshiba and others have essentially ruled the market..

Toyota Tsusho constructed additional Units IV and V at Olkaria I, which is set for an upgrade, while Toshiba supplied turbines.

More recent, KenGen contracted a consortium comprising Mitsubishi to construct the 158 MW Olkaria V geothermal power plant in Naivasha. It will be completed mid-2019, with Mitsubishi also supplying the turbines.

Toyota Tsusho, along with Korean firm Hyundai, constructed the 280 MW geothermal power plants in Olkaria (Olkaria I Unit IV and V and Olkaria and Olkaria IV Unit 1 and 2) belonging to KenGen, which was added to the national grid in the second half of 2014 and 2015. The turbines and generators were supplied by Toshiba.

With an installed geothermal power generation capacity of 676 MW, Kenya has a lot more in the pipeline. Private operator Ormat is expanding its Olkaria III plant and KenGen has another 12 projects going on that could add up around 600 MW until 2021. Additional development by private developers e.g. in Menengai, could add up to 200 MW. So while Kenya currently is ranked no. 9 in geothermal power generation capacity worldwide it could move up quite a bit with the ongoing development.

Japan on the other hand, once one of the key geothermal countries, is not living up to its potential and is acting mostly as an exporter. That is actually sad given the great potential of the country.

 
Your SGR is inferior, do you know why your trains will only be capable of doing 590 passengers per one way compared to Kenya's 1,440? Do you know why your freight train will do a maximum of 17M tonnes compared to Kenya's 22M?

Aina za Treni TRC wame procure. Mkataba wa dola m396....Billioni 900+....mabehewa ya ghorofa.


We kiumbee teargas mpaka hapa majibu yako yote yatakua yamejibiwa kwamba hatupo levo mmoja mzee baba
 
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