12% less cement. 10% lower CO2. 30% faster cycle times. Real-time data drove a leaner, more sustainable precast operation.
PC Solana, a manufacturer of concrete infrastructure products, faced the dual challenge of reducing material costs and minimizing their environmental footprint. With the increasing cost and shortage of cement, they needed a data-driven approach to optimize mix performance without compromising product quality.
Rising cement costs and supply constraints required a strategy to reduce cement usage without compromising product quality or structural performance.
Traditional quality control methods were labor-intensive, diverting resources from higher-value production tasks and slowing throughput.
SensyCast sensors allowed PC Solana to monitor concrete performance in real time with various admixtures, making it possible to reduce cement usage while verifying products met all specified performance standards.
Instant sensor feedback replaced conventional cylinder testing cycles in the precast production line, freeing the labor force to focus on more productive tasks.
Sensytec’s sensor technology gave PC Solana the real-time data they needed to make informed decisions about mix design, curing, and production scheduling. The result was a leaner, more sustainable operation with measurable improvements in cost, throughput, and environmental impact.
Sensytec sensors enabled real-time monitoring of concrete performance with various admixtures, allowing PC Solana to safely reduce cement content by 12% while continuously verifying products met specified performance standards.
A 10% direct reduction in CO2 emissions, driven by the 12% cut in cement usage. Cement production is one of the largest sources of construction-related carbon emissions.
Real-time strength data eliminated waiting on lab results before form removal, enabling faster production cycles.
PC Solana manufactures precast concrete infrastructure products.