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Operon Solutions

Operon Solutions provides AI-powered tools for chemical and process manufacturing engineers that automatically extract components from P&ID and PFD diagrams with about 97% accuracy and output structured data for immediate use. Their domain‑specific AI agent can also generate new process and piping diagrams, and the solutions are delivered as native plugins for major simulation platforms such as Aspen, UNISM, and AVEVA, ensuring seamless integration and data privacy.

Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Manufacturing engineers in the chemical and process industries spend significant time manually extracting and creating data from P&ID and PFD diagrams, which slows design cycles and introduces errors.

Solution

Operon Solutions offers domain‑specific AI systems that automatically recognize and extract engineering components from P&ID and PFD diagrams with high accuracy, converting them into structured data ready for analysis. Their AI‑driven agent can also generate new process and piping diagrams, accelerating design iterations. The technology integrates directly as a native plugin within major process simulation platforms such as Aspen, UNISM, and AVEVA, enabling engineers to work within familiar tools without separate workflows.

Target Audience

Primary customers are chemical and process engineering teams in manufacturing firms that use process simulation software for design, analysis, and documentation.

Features

  • Automated extraction of components from P&ID diagrams with ~97% accuracy
  • Structured data output that can be immediately used for downstream engineering tasks
  • AI agent capable of generating complete PFD and P&ID diagrams on demand
  • Native plugin deployment for seamless integration with Aspen, UNISM, AVEVA, and other simulation software
  • Localized AI services ensuring data privacy and low latency within the engineering environment
This profile is AI-generated and may contain inaccuracies.