Welcome to the future of green hydrogen production. As the world moves towards a more sustainable future, green hydrogen stands at the forefront of clean energy solutions. Honeywell Protonium's Concept Design Optimizer (CDO) is designed to revolutionize the way green hydrogen plants are conceptualized and developed.
Our innovative software provides a comprehensive approach to plant design, ensuring that every aspect of the green hydrogen plant is optimized for efficiency, cost-effectiveness, and sustainability.
Advanced Design Optimization
The CDO is a purpose-built software designed to optimize the design of green hydrogen plants. It addresses key challenges such as power intermittency, carbon intensity, and low Levelized Cost of Hydrogen (LCOH). The optimizer enables fast techno-commercial proposals and decisions, making it an essential software for early-stage project definition.
Key Features and Benefits
- High Performance Optimization: Optimizes plant design for given objectives in minutes, considering power profile, CAPEX, OPEX, and LCOH.
- Flexible Design Scenarios: Supports a wide range of design scenarios, including grid-to-gate value chains and user selectable objectives
- Carbon Intensity Targets: Configures CO2 equivalent targets, incentives, and constraints to optimize for carbon intensity.
- Comprehensive Analysis: Provides ready-to-use dashboards and reports with detailed analysis, design, BOM, financials, and carbon intensity calculations.
Market Insights, Use Cases and Applications
Honeywell offers comprehensive automation solutions for Green H2 and its derivatives, covering a wide range of use cases across project design, plant operations, and plant maintenance. Our solutions address pressing pain points and deliver CAPEX and OPEX savings.
Copyright © 2026 Honeywell International Inc
We use cookies and similar tracking online technologies to improve website performance, record website activities, facilitate information sharing on social media and offer advertising tailored to your interest. For more information, see our Cookie Notice and Terms and Conditions. You can also customize your browser’s cookie settings. Please note that if you refuse cookies, it may affect site functionality and performance.