CEI Enterprises is now developing a full new line of concrete production plants. This takes the firm, part of Astec Industries, into a new business segment and CEI is working on the engineering required as well as planning its manufacturing and marketing operations for these units. The range will include nine new designs of concrete plants and will include both traditional batch plants and innovative new plant technologies.
January 6, 2017
Read time: 2 mins
179 CEI Enterprises is now developing a full new line of concrete production plants. This takes the firm, part of 681 Astec Industries, into a new business segment and CEI is working on the engineering required as well as planning its manufacturing and marketing operations for these units. The range will include nine new designs of concrete plants and will include both traditional batch plants and innovative new plant technologies. Included in the new innovative technologies will be the conventional concrete, roller compacted concrete (RCC), and cement treated base (CTB) plant designs that had previously been produced by Astec INC. With this technology transfer, Astec INC is exiting the concrete production plant business to focus on a new renewable energy product line and all concrete plant prodution equipment is being moved over to CEI. The firm says that its new concrete plants will feature innovative, technology that will offer new solutions to contractors building heavy civil, airport and highway and projects, providing higher quality concrete at lower production costs.%$Linker: 2Asset<?xml version="1.0" encoding="utf-16"?><dictionary />2126940oLinkExternalwww.CeiEnterprises.comCEI Enterprises webfalse/EasySiteWeb/GatewayLink.aspx?alId=12694falsefalse%>
Engineering firm Ricardo is part way through a research programme to develop an advanced energy recovery system that can be integrated into an excavator’s hydraulic system. Known as the High Efficiency Excavator (HFX) project, the system uses a 5kg carbon fibre flywheel that is encased in a vacuum-sealed cartridge, which contributes to minimising friction. The flywheel is spun at speeds of up to 30,000rpm using a magnetic coupling, which is driven from a hydraulic motor. Power for the hydraulic motor comes
Engineering firm Ricardo is part way through a research programme to develop an advanced energy recovery system that can be integrated into an excavator’s hydraulic system. Known as the High Efficiency Excavator (HFX) project, the system uses a 5kg carbon fibre flywheel that is encased in a vacuum-sealed cartridge, which contributes to minimising friction. The flywheel is spun at speeds of up to 30,000rpm using a magnetic coupling, which is driven from a hydraulic motor. Power for the hydraulic motor comes
Italian firm CONTROLS has established its new asphalt division PAVELAB SYSTEMS to further develop advanced testing technology for pavement materials. PAVELAB SYSTEMS has expertise in systems used a wide array of testing from sample preparation to tests for mix design determination and research, from durability tests to production and process control. These products benefit from CONTROLS’ long presence in this sector and its proprietary technologies in static and dynamic systems.
Italian firm CONTROLS has established its new asphalt division PAVELAB SYSTEMS to further develop advanced testing technology for pavement materials. PAVELAB SYSTEMS has expertise in systems used a wide array of testing from sample preparation to tests for mix design determination and research, from durability tests to production and process control. These products benefit from CONTROLS’ long presence in this sector and its proprietary technologies in static and dynamic systems.
