Helping You Zero In On Net Zero

Honeywell Forge Sustainability⁺ for Industrials | Emissions Management is a unifying Software-as-a-Service (SaaS) platform that seamlessly coordinates data flow from Honeywell and third-party measurement devices to foster rapid “reconciliation”.  The platform makes it easier to make the data available for existing and new workflows and perform greenhouse gas calculations (including methane) for emission inventories, intensities, tracking against targets and key performance indicators, as well as select reporting standards published by agencies and sustainability disclosure frameworks (i.e., UN OGMP 2.0). This framework creates clarity for intelligent decision making for internal stakeholders and transparency for external stakeholders.

Honeywell provides intelligent, automated visual monitoring solutions that integrate with Honeywell’s Software-as-a-Service framework. Rebellion Gas Cloud Imaging (GCI), with optical gas imaging, can provide wide area/site level coverage and monitor 20+ gases, while Honeywell Versatilis™ Signal Scout™ is a new innovative gas leak detection technology for methane emissions monitoring across industries. Communication is based on LoRaWAN^® protocol for large area coverage.

The Emissions 360 services program by Honeywell is a tailored, outcome-based program aimed at assisting customers in addressing their Greenhouse Gas (GHG) emissions targets. This service offers enhanced support for integrated plant assets and is designed to provide the physical location, duration, and size of GHG emissions to help organizations prioritize corrective actions that improve site productivity and profitability, while reducing maintenance costs. The Emissions 360 services program can help with compliance reporting and support on leak management.

Once a baseline is established, your business can measure progress against your reduction goals at the asset, site, or enterprise level. Honeywell offers a unique set of products to help optimize processes and reduce emissions. Process optimization and energy efficiency tools like digital twin, used for “what-if” scenario analysis, help improve design and operation to reduce emissions, while flare gas recovery systems are intended for flare avoidance. Additionally, tailored options that can help meet your specific sustainability journey include carbon capture, improved electrolyzer hydrogen production from catalyst coated membranes & end-use hydrogen-ready burners, renewable fuels (i.e. eco-fining biomass to biofuels), and energy storage.