GK Blog

Recycling can be an equipment- and resource-intensive process, with many facilities preferring dual or multi-stream processing to expedite the filtering of different materials. But single stream recycling also offers benefits to consumers and facilities alike. So which one is right for your recycling facility? Before digging into the argument of which method of recycling is […]

Recycling, as a whole, is a pretty hot topic in the United States. Due to the ongoing ripple effect generated by China’s National Sword Initiative, many are asking the question: is recycling worth it? From what we hear in talking to our customers who are closely tied to the industry the answer is a resounding […]

In late June 2019, General Kinematics will be attending GIFA 2019, the International Foundry Trade Fair and Technical Forum in Düsseldorf, Germany. With our international presence and a commitment to the highest quality foundry manufacturing, we’re looking forward to rubbing shoulders with some of the best in the industry. We’ll also be bringing along two […]

Since civilization began, people have used mining techniques to access minerals in the surface of the Earth. Discoveries have shown that flint pebbles were extracted from deposits in France and Britain as far back as the New Stone Age. Ancient Egyptians mined copper as far back as 3000 BCE. In the earliest days, mining was […]

A vibratory mill is a machine used for grinding materials. These machines are a critical component for mining and mineral industries, but not all machines are made equal. New technology is advancing the vibratory mill’s capabilities, improving outputs and production for several factories and mines. How a vibratory mill works Grinding can be done in […]

In 2016, a CPP coal mine site in Australia wanted to handle higher ash seams than the CPP had been designed for. It also was looking to recycle coking coal tailings to produce a thermal product. To achieve this, the mine needed an increased reject screen capacity of up to 1000 tph from their current […]