Curapipe
Bulk Reduction of Leakage in Water Distribution Pipes
Company Overview
Snapshot
Founded in February 2007, Curapipe operates with 1–10 employees and has raised $1.5M across four funding rounds. In December 2018, South Staffs Water announced plans to deploy Curapipe's Trenchless Automated Leakage Repair (TALR) solution to meet regulatory requirements.
Business overview
Curapipe specializes in industrial technologies, offering an innovative solution for rapid bulk reduction of leakage in water distribution pipes. The company's core product, the patented Trenchless Automated Leakage Repair (TALR) system, is designed to self-detect, seal, and cure water leaks in isolated pipe sections. This technology serves the municipal water and utilities sectors, addressing critical issues in water loss prevention and sustainable water management, particularly relevant for urban water supply resilience and climate change mitigation.
Strategic signal
In December 2018, South Staffs Water announced its intention to deploy Curapipe's TALR solution to meet regulatory standards. This signals strong market validation for Curapipe's technology within the water utility sector, demonstrating its potential to address significant operational challenges and regulatory compliance requirements for water providers.
Log in to access full profile ›Company Intelligence Q&A
- What is Curapipe's primary technology?
- Curapipe developed the patented Trenchless Automated Leakage Repair (TALR) system, which is designed for rapid bulk reduction of leakage in water distribution pipes. This system self-detects and automatically seals and cures water leaks in isolated pipe sections.
- Which company announced plans to deploy Curapipe's solution?
- In December 2018, South Staffs Water announced its plans to deploy Curapipe's TALR solution to meet regulatory requirements.
- How does Curapipe contribute to climate change mitigation?
- Curapipe contributes to climate change mitigation through its 'Water-Loss Harvesting' approach, which enhances urban water supply resilience by significantly reducing water loss and increasing consumable water availability. This transforms water loss into a valuable water source, supporting sustainable water management.