New: Automated Design is live

PetroBench rod lift design platform dashboard showing real-time well monitoring and simulation interface
About Petrobench

Cloud Rod Lift Engineering Platform

Modern cloud-based platform that eliminates the constraints of traditional rod lift design tools. Built by petroleum engineers who understand your operational challenges.

Engineer using PetroBench platform
A Note From the CEO

Thank you for taking the time to learn more about us. At PetroBench, we've dedicated the past several years to building a platform designed to make a real difference, one shaped by hands-on industry experience and a clear vision for the future of artificial lift operations.

From day one, our mission has been simple: create practical, forward-looking tools that support engineering teams, improve operational performance, and bridge the gap between design and real-world results. What we've built reflects the expertise and commitment of a team that understands the challenges operators face every day and is passionate about solving them.

We're proud of how far our platform has come and even more excited about what's ahead. We would be honored to earn your trust and look forward to building a strong, long-term partnership focused on delivering genuine value to your operations.

CEO signature

CEO, PetroBench LLC.

Timeline

Then

Desktop Tools

Rod lift design lived in desktop software and local files. Each engineer kept a private copy of the well, so teams could not share one source of truth across locations.

Petrobench Platform

Cloud Rod Design Platform

PetroBench replaces legacy rod lift design tools with a modern cloud platform, fast simulations, unified data, and real-time collaboration built for production engineers.

PetroBench Platform Dashboard

Cloud-Native Architecture

Eliminates desktop constraints with a browser-based platform accessible from anywhere

Real-Time Collaboration

Engineering teams share live designs and version history across locations in real time

API-First Integration

Production and failure data flow directly into design process through corporate system connections

Advanced Computational Power

High-performance simulations complete in seconds for rapid design iteration

Intuitive Interfaces

Modern UX reduces training time and accelerates daily workflows

Integrated Failure Analysis

Combine simulation, optimization, and failure analysis in a unified engineering environment

Cloud Architecture

Real-Time Collaboration Across Teams and Locations

Ensuring design consistency and knowledge retention even as personnel change. Advanced computational power meets intuitive interfaces for modern rod pumping optimization

FAQ Common Questions

Common Questions About PetroBench

Answers to frequently asked questions about our cloud-based rod lift engineering platform, enterprise features, and digital transformation approach.

PetroBench transforms desktop-based rod lift design tools into a modern cloud-native platform. This removes desktop constraints so engineers can run simulations from any location. Engineers access real-time simulations through web browsers without installation requirements, ensuring consistent performance across global teams.

PetroBench builds on proven engineering practices developed over decades. The platform centralizes fragmented data while maintaining the technical rigor and field-proven methodologies your teams rely on. Onboarding preserves institutional knowledge while teams adopt shared collaboration workflows.

We can connect to your enterprise systems and data lakes through API-driven integrations. Production and well data flow automatically into our platform to support the design process, bridging the gap between engineering models and actual field performance without manual data exchanges.

PetroBench delivers high-performance simulations that complete in seconds rather than minutes. The cloud architecture lets engineers run multiple design iterations quickly, incorporating integrated failure analysis alongside simulation and optimization in a unified environment.

Real-time collaboration features allow engineering teams to share designs and simulation results across departments and locations. The platform ensures design consistency and knowledge retention even as personnel change, with version control and live design sharing capabilities.

No. PetroBench builds on your existing engineering expertise. The platform uses decades of accumulated knowledge in rod pumping design while providing faster, more collaborative tools that work at org scale. You maintain engineering integrity while gaining operational efficiency.

The platform includes enterprise security compliance monitoring, role-based access controls, SSO integration, and multi-tenant architecture for secure business unit isolation. Enterprise infrastructure handles all platform security operations so engineers can focus on rod lift design.

PetroBench provides full onboarding programs, technical documentation, and dedicated 24/7 enterprise support. The UX cuts training time compared to legacy systems. Engineers familiar with traditional rod lift design principles can quickly adapt to the platform's intuitive interfaces while gaining access to advanced features.

Implementation timelines vary based on organizational complexity and integration requirements. Most enterprise deployments complete initial rollout within weeks, with phased adoption allowing teams to transition at appropriate pace. We work closely with IT directors and engineering managers to minimize disruption to ongoing operations.

The platform's multi-tenant architecture provides secure isolation between business units, subsidiaries, or joint venture operations. Each tenant maintains separate data repositories, user management, and access controls while benefiting from centralized platform infrastructure and unified SSO integration.

See PetroBench on One of Your Wells.

Start with a well you already design. We run RodSim in the workspace and compare designs side by side on that well.

Live Simulation Demo
Your Well Data
Engineering Team

Have questions or need help with something else? Get in touch