Abstract China shares 13.15% and 69.23% of the global magnesite reserves and production
respectively. Magnesia is an important connecting link between magnesite and refractory. It …

Abstract Liaoning Province in China contains significant magnesite deposits and thus has
become the country's largest production and export base for the magnesia raw materials …

China is the largest producer of magnesia refractory materials and products in the world,
resulting in significant energy consumption and carbon emissions. This study analyzes …

Greenhouse gas (GHG) emissions from the industrial sector are rapidly increasing in China.
As the largest producer of magnesia-refractory raw materials in the world, the production of …

Metallic magnesium is mostly used in lightweight alloys, one of the main purposes of which
being to decrease fuel consumption in automotive applications. Several different production …

Due to the antiquated processes, fused magnesia (FM) production in China causes many
problems such as high energy consumption and heavy greenhouse gas emissions, which …

The rapid development of the magnesia refractory industry has caused serious problems of
resource and energy waste and environmental pollution. Cleaner Production and Cleaner …

Based on the practice of magnesium production in China, a quantitative evaluation of the
environment impact was carried out according to the theory and framework of life cycle …

In this study, modelling the carbon footprints of magnesium oxide and magnesium hydroxide
(> 99% purity) production based on technologies treating bischofite brines (eg Aman …

China is the largest non-metallic mineral producer in the world and one of the key
consumers of four major non-metallic mineral products, including cement, refractories, plate …