Overview

Hydrogen IQ, developed by Circular Refining, is a cutting-edge web platform designed to bridge the gap between decarbonisation problem owners and solution providers. Our platform facilitates the sharing of decarbonisation challenges and connects them with a network of experts, including hydrogen adoption advisors, equipment manufacturers, distributors, and infrastructure developers.

Key Features

• Free Contracting Listing: Procurement teams can list their hydrogen-related decarbonization challenges at no cost. The platform anonymises the procuring company, ensuring privacy while sharing only the necessary information to attract potential solutions.
• Generative AI Tender Document Writing Tool: Uses a library of public and private tenders and common documents focused on hydrogen procurement and project development to help speed up tender writing, publishing, and contracting timeframes.
• Extensive Network: Access a wide range of solution providers, including hydrogen adoption advisors, equipment manufacturers, distributors, and infrastructure developers, ensuring comprehensive solutions for every challenge.
• Tender Management: Hydrogen IQ manages the entire tender process, allowing problem owners to efficiently shortlist and select the best solution providers.

Benefits

Join Our Alpha Testing Program

We are inviting problem owners, solution providers, and organisations interested in leveraging Hydrogen IQ's data insights to participate in our upcoming alpha testing phase. Help shape the future of hydrogen procurement and make a real impact.

Overview

Earth Aggregated, developed by Circular Refining, is an advanced digital twin for strategic decarbonisation. The platform fuses emissions and air quality data from sources like the ESA with AI-identified infrastructure mapping, providing planners, policymakers, and corporations with invaluable data to validate and pinpoint site-specific and regional decarbonisation initiatives.

Key Features

• Satellite Data Fusion: Integrates real-time emissions and air quality data from premier sources like the ESA. This provides a dynamic, multi-layered view of environmental intelligence for tracking pollution and atmospheric changes with high precision.
• AI Infrastructure Mapping: Our AI automatically identifies and maps critical infrastructure like industrial sites from high-resolution satellite imagery, providing crucial context to environmental data and revealing key emission sources.
• Interactive Digital Twin: Explore complex, fused datasets within a sophisticated digital twin. This enables in-depth analysis, robust scenario modeling, and a holistic understanding of regional challenges through an intuitive, map-based interface.
• Actionable Insights: Provides robust, evidence-based data to validate decarbonisation projects and guide strategic investments. It transforms raw data into clear intelligence for policymakers, investors, and corporate strategists.

Collaboration Opportunities

We are seeking partners to help expand the capabilities of Earth Aggregated:

• Data & Climate Scientists: Collaborate on enhancing our AI/ML models and data fusion techniques.
• Satellite Imagery Providers: Integrate new and higher-resolution data sources.
• Government & Environmental Agencies: Partner with us to apply our data to policy-making and environmental monitoring.
• Urban & Industrial Planners: Use Earth Aggregated to inform sustainable development and decarbonisation strategies.

Benefits of Collaboration

• Access Unique Datasets: Work with a novel combination of satellite, emissions, and AI-identified infrastructure data.
• Shape a Leading-Edge Tool: Influence the development of a next-generation platform for environmental intelligence.
• Drive Real-World Impact: Contribute to data-driven decarbonisation efforts globally.
• Joint Innovation: Engage in joint research, publications, and commercial opportunities.

Call to Action

Interested in leveraging satellite data and AI to drive decarbonisation? Contact us to explore partnership opportunities and help us build a more sustainable future.