CEMEX’s smart concrete technology move

CEMEX is developing its presence in the concrete technology segment with a strategic investment. The firm’s CEMEX Ventures division is buying a stake in the specialist Concrete Sensors, a US firm that carries out real-time monitoring of concrete. Concrete Sensors uses real-time data from sensors, allowing contractors to accelerate their schedules through accurate real-time monitoring of temperature, relative humidity, and strength with any mix design of concrete. The firm uses embedded wireless sensors, com
July 24, 2018 Read time: 2 mins
3016 CEMEX is developing its presence in the concrete technology segment with a strategic investment. The firm’s CEMEX Ventures division is buying a stake in the specialist Concrete Sensors, a US firm that carries out real-time monitoring of concrete. Concrete Sensors uses real-time data from sensors, allowing contractors to accelerate their schedules through accurate real-time monitoring of temperature, relative humidity, and strength with any mix design of concrete. The firm uses embedded wireless sensors, combined with a mobile app, to supply the data needed to make critical decisions with a high degree of accuracy. This combination of data and in-house concrete lab calibration is said to allow customers to save money and reduce schedules by weeks, while improving construction quality.


According to the firm, this allows engineers to avoid schedule delays while optimising their workflowa. After concrete pouring, installed on-site sensors are automatically activated to analyse the concrete and ensure quality and efficiency. Sensors continuously collect data, reporting on performance and alerting contractors of issues before they happen.

This technology is already being used by leading contractors including Turner Construction and 2296 Skanska. The concrete construction solution has caught the interest of CEMEX Ventures, Requus Ventures, and Arab Angels Fund, which have partnered in this investment.

Finance & Funding

For more information on companies in this article

Related Content

  • Trimble announces key technology developments
    November 7, 2018
    Trimble is expanding its range of machine control technology options for users of graders and excavators with the release of key new releases. One is for the LOADRITE Payload Management system, which can now be utilised on excavators already equipped with the Trimble Earthworks Grade Control Platform. The other systems are new versions of the Trimble Earthworks Grade Control Platform that can be used with graders or deliver automatic guidance for tiltrotators. These are key developments for the firm, boo
    Read More
  • Topcon: A revolution in construction technology’s coming
    July 7, 2021
    The construction equipment industry is at a turning point. Topcon’s senior leaders believe that we are about to see a huge surge in the adoption of new construction technologies. The time is ripe as a new, younger and more tech-savvy generation comes to the fore. Governments could save billions, and where does the smartphone fit in?
    Read More
  • Concrete plant efficiency with new machines
    August 14, 2019
    New technology for concrete production will help boost efficiency New advances in concrete plant technology will help boost materials quality for users. The latest machines are more versatile and more productive than previous generation equipment. Ease of transport and fast assembly/disassembly and commissioning are other important factors for the latest plants. Research and development is an important issue for all manufacturers in the segment. With Liebherr for example having two new laboratory mixe
    Read More
  • Bridge and tunnel concrete testing vital for longevity
    July 9, 2012
    Modern technology is making testing more efficient and reliable, increasing productivity and reducing costs, as Patrick Smith reports A few years ago, visual inspection of an 18-year-old bridge by ARRB in Australia identified considerable cracking in the precast, prestressed deck planks as well as in the cast in situ deck overlay. Laboratory examination indicated that the deck planks and the deck overlay were suffering from a strong case of alkali-aggregate reaction (AAR). Testing of concrete cores drilled
    Read More

Highlighted Content