Pulse Radar

Bindicator MP Series is a microwave, pulse radar that is used to determine the level of bulk solids in silos or tanks. Used in some of the tallest silos, the MP70 model has a measuring distance of up to 230 ft. (70 m). Transmitting at a frequency of 26 GHz with a narrow beam angle of 8 degrees, the MP Series radar is consistent and accurate in dusty environments. It is able to ignore loose particles in the air and focus on actual material levels.

Read more ...

Blending Beds and Stockpiles

RP-Beumer150Through structural analysis of the associated storage depots and calculation of dimensions, Beumer is able to provide a design for blending beds and stockpiles. The blending beds are customized according to their requirements. The company proposes either longitudinal or circular stockpile designs. The recommended design shape results from the spatial conditions and the amount of the material to be stored. Depending on the field of application, Beumer-designed blending beds can be used at extreme ambient temperatures, for very high entry conveying capacities, as well as for the highest degree of homogenization required. Additionally, the company provides material-specific detailed solutions with robust and low-wear equipment. The environmental impacts are also very low as minimal noise and dust occurs during operation. Blending beds can be set up both outdoors and indoors.

Read more ...

Mercury Calibrators

PROD-ThermoScientific-150Cement manufacturers and power plants that are required to comply with the latest U.S. Environmental Protection Agency (EPA) regulations can now rely on enhanced mercury calibrators to speed compliance with the new regulatory requirements of individual facilities.

Read more ...

Carbon Capture

PROD-HECLOT-150Industrial Technology Research Institute (ITRI), Taiwan's largest and one of the world's leading, high-tech applied research institutions, introduced High Efficiency Calcium Looping Technology (HECLOT), a calcium looping technology developed to reduce carbon emissions from fossil power plants. It is the first affordable and energy-efficient solution to achieve a CO2 capture rate of up to 90 percent. It reduces energy consumption using a cycling of calcination and carbonation method used to capture CO2, which ultimately enables coal-fired power generation to become clean electricity. HECLOT is able to achieve an initial capture cost lower than $30 per tonne of CO2 in a fossil fuel power plant, saving more than half when compared to current capture costs of $58 per tonne.

Read more ...

Let's stay in touch!

All of the latest news and our digital edition sent to your inbox once a week.

We'll never share your email address, and you can opt out at any time, we promise.

Resource Center