The core of the HIsmelt process is the smelt reduction vessel (SRV) which To develop the HIsmelt technology further, Rio Tinto has signed a. HIsmelt is an iron making technology that has several advantages over using blast furnaces. These advantages and the process are described. HIsmelt is a breakthrough iron making technology that has attained full-scale commercial viability and is taking rapid strides in China where.

Author: Arajinn Goltitaxe
Country: Martinique
Language: English (Spanish)
Genre: Finance
Published (Last): 12 July 2015
Pages: 299
PDF File Size: 7.19 Mb
ePub File Size: 7.49 Mb
ISBN: 407-2-72058-290-3
Downloads: 9850
Price: Free* [*Free Regsitration Required]
Uploader: Fenris

Reading desks and facilities Computer workstations Printing — photocopying — scanning Wireless LAN Interactive whiteboards Study cubicles Workstation for the blind and visually impaired.

HIsmelt process of Ironmaking

The partnership seeks to finalize the development of HIsmelt technology and to work together to further improve the technology to higher levels of environmental and economic performance. HIsmelt, die Zukunft der Technologie der Roheisenherstellung.

The pilot plant demonstrated flexibility in the raw materials that it can smelt. To overcome this ihsmelt a design was developed for water cooled vertical vessel.

The environmental benefits of the HIsmelt process are considerable. Hot metal is tapped continuously through an open forehearth and is free of slag. The process by recycling of the plant waste further helps in environment protection.

The vertical vessel demonstrated major improvements in terms of refractory wear, reliability, availability, productivity and simplicity in design.


Course reserves Setting up a course reserve Form for setting up a course reserve. HIsmelt is short for high intensity smelting. Further there is big reduction in dust emissions and specific wate consuption. The heat transfer between the upper oxidizing regions to the lower reducing region is achieved in such a way that the oxygen potential gradient is maintained. Blast furnace process is no doubt proven route globally.

HIsmelt- plant goes to China | Steel Times International

The projected improvements from the process are as follows. This vessel addressed all the key requirements for a successful direct smelting iron making technology — combining a high level of technical achievements with simple engineering concepts and plant technology.

The main product of the process is hot metal. The plant is presently in the closed down condition. Trials were conducted in a 60 tons OBM converter to demonstrate the fundamentals of the smelt reduction process. The new plant is expected to be commissioned in Design and engineering for the vertical SRV Fig 1 was completed in It is envisaged that commercial plants will smelt significant levels of reverts which will reduce operating costs. The refractory hearth contains the molten iron bath and liquid slag.

Careers and apprenticeships Equal opportunities Vacancies Apprenticeships. HIsmelt, the future in ironmaking technology English. This stage of operation confirmed that the process was ready to be scaled up to level of a commercial plant. The SSPP operated from to hiselt proved the viability of the technology.


Electronic books The e-book database EBC.

Services for libraries National interlibrary loan International interlibrary loan. The process is carried out in this vessel.

HIsmelt process is highly flexible. This reduction reaction produces iron Fe and hiismelt monoxide CO. The next himelt for HIsmelt is commercialization by scaling up from a 2. The horizontal vessel was operated from October to August But some iron making technologies like finex, HIsmelt and HIsarna are technologically sound and have potential to have better techno-economics.

The core of the HIsmelt process is the smelt reduction vessel SRV which has a refractory lined hearth and water cooled upper shell. Editions de La Revue de MetallurgieNanterre; Leave a Reply Cancel reply Your email address will not be published. Designed by Elegant Themes Powered by WordPress.

Donate Grateful for your donation! The main improvements incorporated into the design included a stationary vertical vessel, top injection of solids, a simplified hot air blast lance, a fore hearth for continuous tapping of metal and water cooled panels to overcome refractory wear problems.