Austria: Waste processing specialist Lindner has celebrated the groundbreaking ceremony for its new headquarters. The company says that the 45,000m² site will also encompass a new “state-of-the-art waste processing technology production plant.” It says that the facility will enable it to better serve the industries that depend on its expertise, including the cement sector. “That’s why it is so important to us to constantly expand this know-how, develop new solutions and systematically prepare and pass on the knowledge gained,” it added.

India: Shree Cement has announced that it plans to establish a US$135m clinker production unit in the state of Chhattisgarh. The company has said that the plant will become operational in mid-2022.

Germany: HeidelbergCement says that it has supplied concrete for the construction of an 80m² two-storey detached house in Beckum, North Rhine-Westphalia. The concrete contains i.tech 3D, a ground sulphoaluminate clinker developed by HeidelbergCement subsidiary Italcementi for use as an additive in concrete for 3D printing. Engineering & Innovation head Jennifer Scheydt said, “The development of a cement-bound material for 3D printing is a major challenge. It should be easy to pump and extrude. It must also quickly develop sufficient load-bearing capacity so that the lower layers do not give out under the load of the upper layers. At the same time, the bond between the layers must be ensured.”

The property, the first of its kind, will consist of three-shelled insulation-filled walls when completed in late 2020.

Portugal: Secil Group has engaged Italy-based CTP Team to supply and install a 29MW waste heat recovery (WHR) plant at its 2.0Mt/yr Secil-Outão cement plant in Setúbal, Lisboa Region. Dry Cargo International News has reported that the WHR plant will include a 7.2MW Turboden turbine. CTP Team says that, when operational in mid-2022, the plant will cover 30% of the Secil-Outão cement plant’s electricity consumption, reducing its CO₂ emissions by 14,000t/yr.

CTP Team said, “Thanks to the specific advantages of organic cycles and to the total absence of water treatments in the process, the operating expenditure (OPEX) is 75% lower than for an equivalent steam rankine-based WHR cycle.