采用低温烧结、小球烧结以及匀矿智能堆积等技术，提高了烧结矿品位，降低了烧结能耗。
We increase the grade of sinter and decrease the energy consuming of sinter by the technologies of low temperature agglomerating, spherule agglomerating and intelligence heaping, etc.
研究了不同燃料分加比例和分加条件对混合料造小球团及烧结过程的影响。
The influence of different fuel adding rate and different fuel adding method on process making micropellet in sinter mixture was given.
针对太钢高炉的炉料结构和烧结原料特点，分析了在该厂推广应用小球团烧结技术的必要性和前景。
Point at the properties of Taigamg BF burden composition and the raw material of sintering, the necessity and outlook of using MPS technique were analyzed.
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