The story so far

BAM x Converge: A proven partnership

BAM and Converge have worked closely together across a range of complex projects, using data and AI to improve decision-making across concrete operations.

Together, we’ve delivered measurable improvements in efficiency, cost, and carbon performance.
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We’ve got history

2018
2019
2022
2023
2024
2026

London City Airport

Real-time concrete monitoring data saved the BAM team 3 weeks over 3 months, resulting in 4x ROI.

Products used

SIGNAL™
London City Airport

Converge launch the world’s first commercial machine learning programme for concrete.

“This advancement in construction technology is a game changer. The Converge prediction engine gives us insight into material performance we didn’t think possible. We are delighted to be Converge’s industry partner in bringing this exciting new tool to market.”

Colin Evison,
Head of Innovation at BAM

Foss Flood Storage Reservoir

Built to protect hundreds of homes from flood risk, BAM used concrete sensors for real-time concrete insights at this reservoir project.

Products used

SIGNAL™
Foss Flood Storage Reservoir

Dawlish Seawall

BAM saved 2,000 tonnes of CO₂ by using low carbon concrete, with real-time strength monitoring by Converge sensors.

Products used

SIGNAL™
Dawlish Seawall

Cross Tay Link Road

With real-time concrete strength data, BAM made a net saving of £150k by minimising delays, reducing reliance on manual strength testing, and cutting out unnecessary equipment costs.

Products used

SIGNAL™
Cross Tay Link Road

ELG2, Peterhead

Supporting delivery of the Peterhead converter project, BAM used Signal Long Range sensors to enable a continuous 24-hour slipform operation while monitoring thermal differentials and maintaining SSEN temperature compliance.

Products used

SIGNAL LONG RANGE™
SIGNAL LONG RANGE™
ELG2, Peterhead

Scaling what works

BAM has deployed Converge sensors across a range of projects, achieving measurable programme savings and clear, proven ROI.

With Signal Long Range – Converge’s latest sensor designed for major infrastructure projects like EGL2 – these benefits can now be scaled further across complex, remote construction environments.

Real-time concrete performance insights

Capture and reconcile all your concrete data

Predict and optimise concrete mixes

What BAM could achieve next
Where BAM is today

Taking proven results even further

Converge can support BAM’s ambitious carbon targets and demanding project timelines by streamlining concrete data from multiple sites into one central digital platform.

Across major programmes like EGL2, the Transpennine Route Upgrade, and 3 Copper Square at Brent Cross Town, there is strong potential to scale the proven benefits already delivered across previous projects.

Save several days on every pour
Eliminate hours of manual reporting
Cut hundreds of tonnes of CO₂
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EGL2
Transpennie Route Upgrade
3 Copper Square

Meet Data Hub

Meet

One platform for BAM’s concrete data

Data Hub centralises concrete deliveries, QA/QC records, compliance reporting, and carbon data across every site and region, giving BAM teams one live, connected view of project performance.

Reduce Administrative Burden

Automate the collection and reconciliation of concrete data, reducing manual effort across site and QA teams.

Increase Data Accuracy

Provide teams with accurate, real-time project data to reduce errors, strengthen QA/QC processes, and improve compliance reporting.

Connect Project Data

Give site, engineering, and QA teams live access to project performance, delivery, and carbon data in one platform.
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With Data Hub, Morrisroe made major time savings

70%

Increase in early detection of cube issues

10 hours saved

per week, per project team member

40%

reduction in engineering & management time on reporting tasks

Data Hub is already integrated with your concrete suppliers and testing labs

Meet Mix AI

Meet

Predict mix performance before you pour

Simulate, compare, and optimise concrete mixes to reduce schedule risk, prevent delays, and minimise embodied carbon – from tender through delivery.

Reduce Schedule Risk

Predict time-to-strength performance before pours to avoid delays caused by weather, material variability, and changing site conditions.

Lower Embodied Carbon

Balance embodied carbon reduction with delivery timelines and performance requirements across the full project lifecycle.

Improve Planning Confidence

Simulate mix and curing scenarios in advance so project teams can plan tighter schedules, reduce contingency, and make faster decisions.
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Oxford Sciences Park,
J Coffey | Tarmac

281 tonnes

and counting, of carbon saved to date

46% CO2 reduction

achieved per pour

Unlock the full potential of your concrete data

Building on your experience with our sensors, we'd love to show how the full Converge platform can unlock even greater value across BAM's projects.

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