Last updated: June 24, 2020
Inquiry under Section 46(3) of the, Environmental Protection Act 1986, (EP Act) on CSBP Limited’s (CSBP) proposal to debottleneck their Ammonia Plant from 650 to 745 tonnes per day (tpd). Read more...Last updated: September 21, 2005
CSBP currently produces approximately 235,000 tpa of ammonium nitrate at its Kwinana operations which are located within the Kwinana Industrial Area. This proposal is to expand the ammonium nitrate production capacity to approximately 580,000 tpa by debottlenecking and duplicating its existing facilities. The expansion includes: duplication and/or debottlenecking of the existing 500 tpd nitric acid plant; duplication and/or debottlenecking of the existing 635 tpd ammonium nitrate reaction plant... Read more...Last updated: November 18, 2002
The proposal is to construct and operate a commercial scale HIsmelt Process Plant at Kwinana in Western Australia. The plant will be located at the site currently occupied by the existing HIsmelt Research and Development Facility (HRDF) within the northern portion of the Kwinana Industrial Area (KIA), 40km south of Perth. The Stage 1 plant will initially produce around 820,000 tonnes per annum of pig iron. If the Stage 1 plant is found to be technically and commercially viable, the proponent... Read more...Last updated: June 30, 1997
The proposal is to increase the production capacity of Tiwest's titanium dioxide plant at Kwinana. The proposal is to modify/expand the existing plant to allow an increase in production capacity from 80,000 tonne per annum (tpa) to 180,00 tpa of titanium dioxide pigment in three notional stages: Stage I: increase to 120,000 tpa, Stage 2: increase to 165,000 tpa and Stage 3: increase to nominally 180,000 tpa. The first and second stages of the expansion wilI require major modifications to... Read more...Last updated: September 28, 1995
Tiwest Joint Venture proposes to increase the production of finished titanium dioxide pigment at its Kwinana Pigment Plant from 64,000 to 80,000 tonnes per annum by undertaking a "debottlenecking" process. Read more...