Trading & Investment

Discover more about the crucial mineral phosphate rock and how it is used to make everything from fertilizers to electric vehicle batteries. Gain insight into where the world’s phosphate comes from and predictions for the future of the phosphate rock market and global demand. Discover how phosphate rock supports both

The Digital Innovation Group at Samsung C&T is leading the company’s digital transformation, earning recognition for their work with generative AI and IT innovations. From enhancing productivity to fostering a culture of learning and collaboration, this team exemplifies the power of technology in driving growth and efficiency. At the heart

The fertilizer industry is set for steady growth over the next decade, driven by global food demand. Samsung C&T Trading and Investment Group is a key player globally sourcing and trading fertilizers, evolving to meet the demand for future trends in agriculture and clean energy. Discover more about the future

Samsung C&T Australia is actively advancing its trading and renewable energy businesses, with significant progress on the Dunmore Solar Project. Through strong camaraderie and strategic opportunities, the Sydney branch and SREA are set on becoming a major player in Australia, reflecting Samsung C&T’s vision for impactful growth around the world.

Plastics, made from polymers like Polyethylene (PE) and Polypropylene (PP), are essential in modern life, from food packaging to automotive parts. As demand grows, the future of the plastics industry is shifting to focus on reducing environmental impact, increasing recycling, and developing sustainable alternatives. Colorful plastic pellets that are the

The steel industry is undergoing a significant transformation, prioritizing decarbonization to meet the increasing demand for renewable energy and electric vehicles. Innovations such as green steel and steel recycling are crucial in reducing carbon emissions as the world makes progress towards its 2050 net-zero targets. Steel is a fundamental material