The Future
of Energy
Starts Here
From advanced technologies that help modernize utility grids to driving growth of sustainable aviation fuel, Honeywell has solutions to help solve a variety of challenges in the energy sector.
Global energy demand is increasing – it rose by 2.2% last year1 – due to factors like increasing global population and growing adoption of new technologies. While addressing demand and security, including less carbon-intensive options, Honeywell is enabling the next evolution of energy through digital and technology solutions. Honeywell offers advanced grid technologies that support distribution grid operations and distributed energy resource integrations, comprehensive LNG production offerings, innovative technologies for lower-carbon fuel production and solutions that can assist organizations with managing their energy consumption.
Comprehensive LNG Solutions
Our comprehensive solutions address the entire LNG value chain, including liquefaction, shipping, regasification, pipelines and micro-LNG.
Licensed >1,100 Hydrogen Purification Installation technologies
Our hydrogen purification technologies are trusted at more than 1,000 sites worldwide.
70+ Licensed Units for Renewable Fuels
More than 70 sites have licensed Honeywell technologies to produce renewable fuels including sustainable aviation fuel (SAF).
Bringing Solutions to the Energy Space
From Distributed Energy Resource (DER) Integration to Grid Resilience
Despite increasing energy demand, it’s estimated that 70% of lines and transformers on the grid are more than 25 years old.2 Outdated and overloaded grids can struggle to integrate distributed energy resources (DERs) and manage new energy loads. Honeywell’s performance management and predictive analytics software, Honeywell Forge Performance+ for Utilities, brings valuable visibility and control to distribution grid operations and distributed energy resource integrations. Our battery energy storage systems, microgrid controls and energy management systems can enable virtual power plants to help create more resilient grids.
Download our whitepaper to learn how digital platforms and Automated Metering Infrastructure (AMI) can bring actionable insights to a utility organization.
Driving LNG Growth
Increasing energy demand creates a need to integrate multiple energy sources to help maintain a stable supply. Global demand for LNG is expected to grow more than 50% by 2040 as nations seek reliable and lower carbon energy sources.3 The ability to store and transport LNG enables countries to respond flexibly to sudden shifts in demand. Honeywell’s comprehensive LNG solutions can help address the requirements of the supply chain including solutions for liquefaction, shipping, regasification, pipelines and micro-LNG.
Download our webinar to learn about the five digital technologies to embrace the future of LNG.
From Renewable Diesel to SAF
With 70 renewable fuel licenses across the world, Honeywell is committed to driving the growth of renewable diesel, sustainable aviation fuel and eSAF. In fact, Honeywell Ecofining® is a proven technology that has been used around the world for years. It produces sustainable aviation fuel (SAF), which helps reduce GHG emissions up to 80% when compared to the emissions from fossil fuels.4 "By 2035, SAF is expected to displace nine percent of worldwide jet fuel demand.5"
Explore our e-book to learn how to repurpose your refinery with a cost-efficient revamp and produce renewable diesel and jet fuels.
Pathways to Support a Hydrogen Economy
According to the International Energy Agency, hydrogen and hydrogen-based fuels can significantly reduce emissions, especially in hard-to-abate industries.6 Honeywell has supported hydrogen processing for more than 50 years and strongly backs the growth of the hydrogen economy through hydrogen purification, hydrogen control systems, carbon capture and long-distance hydrogen transport. We estimate that our hydrogen combustion technologies can have a cumulative impact of mitigating about 50 million metric tons of CO2e between 2023 and 2030.7
Watch our webinar to learn how Honeywell is contributing to the Hydrogen economy.
Improve Energy Efficiency
The International Energy Agency identifies energy efficiency as an essential tool to relieve pressure on the energy supply.8 Energy efficiency could cut global consumption by 31% without economic output, saving more than $2 trillion annually.9 Industries and buildings need reliable tools to achieve this. Honeywell’s digital efficiency solutions help customers reduce energy waste, optimize operations and manage carbon impact.
Download our whitepaper to learn how combining cutting-edge technologies with traditional asset management practices can revolutionize your asset care and management approach.
Carbon Capture Utilization and Storage (CCUS) Solutions
Carbon capture utilization and storage (CCUS) has become a key technology for sectors like power, oil and gas and heavy industry. These users are turning to CCUS to improve operations and unlock value from captured CO2. Backed by 100 years of innovation, Honeywell’s advanced carbon capture technologies, including solvents, adsorbents, cryogenics, membranes and emissions monitoring controls, allow us to customize solutions for a variety of requirements. We project that our CCUS technologies can have a cumulative impact of mitigating about 320 million metric tons of CO2e between 2023 and 2030.10
Learn why Honeywell UOP is recognized as leader in Advanced Carbon Capture Solutions by Guidehouse Insights.
Study Finds: AI Has Potential to Enhance Energy Security
Research shows that cybersecurity, predictive maintenance and operational efficiency are identified as valuable aspects of AI for the energy industry.
What We’re Doing Today
Resources & Thought Leadership
Solutions for the Future of Energy
PRESS RELEASE
Honeywell Acquires Air Products' Liquefied Natural Gas Process Technology and Equipment Business
CASE STUDY
Petronas on Honeywell Emissions Management Solution
CASE STUDY
Advancing Carbon Reduction with ExxonMobil
Solving some of your toughest challenges in automation, aviation and energy transition.
Automation
Solutions that optimize your operations, empower your workforce and equip you with actionable insights and visualization to help you achieve your goals.
Future of Aviation
Technologies to help expand the supply of sustainable aviation fuel and achieve your efficiency goals.
Energy Transition
Solutions that accelerate the shift to more efficient energy sources, optimize consumption and reporting software for carbon and emissions management.
Underpinned by our digital solutions and technology innovations, including Honeywell Forge.
Purpose-built AI to help rapid onboarding and operational efficiency.
Browser-based, persona-driven applications that drive real business outcomes.
Integrate assets from multiple vendors in a common system of record.
OT-specific cybersecurity services and products that help mitigate threats and manage compliance.
2. https://sepapower.org/knowledge/the-aging-us-power-grid-navigating-toward-modernization/
3. https://www.shell.com/what-we-do/oil-and-natural-gas/liquefied-natural-gas-lng/lng-outlook-2024.html
4. GHG reductions are based on ICAO CORSIA default lifecycle emissions values for CORSIA-eligible fuels, Table 2 - Used Cooking Oil.
6. https://www.iea.org/energy-system/low-emission-fuels/hydrogen
7. Methodology for estimating GHG mitigation impact is available at investor.honeywell.com (see “ESG/ESG Information/GHG Mitigation Impact of Honeywell Technologies”). 2. This estimate assumes (i) 3.7% of anthropogenic GHG emissions are addressable by fuel switch from fossil fuels to hydrogen, (ii) 5% of these emissions will be addressed by fuel substitution by 2030, (iii) Honeywell hydrogen burner solutions will be deployed in 20% of such applications and (iv) 98% reduction in CO2 emissions will be achieved by fuel switch from fossil fuels to hydrogen. *Note that "ESG/ESG Information/GHG Mitigation Impact of Honeywell Technologies" in the first footnote should be a hyperlink to: https://investor.honeywell.com/static-files/a5f6968f-04a1-46ef-acf2-7ac64337a7b2
8. https://www.iea.org/energy-system/energy-efficiency-and-demand/energy-efficiency
10. 1. Methodology for estimating GHG mitigation impact is available at investor.honeywell.com (see “ESG/ESG Information/GHG Mitigation Impact of Honeywell Technologies”). 2. This estimate is based on current and projected licenses of Honeywell UOP Separex, ASCC and Blue hydrogen technologies for capture of carbon dioxide from process gases and waste gas streams and expected plant start-up dates. *Note that "ESG/ESG Information/GHG Mitigation Impact of Honeywell Technologies" in the first footnote should be a hyperlink to: https://investor.honeywell.com/static-files/a5f6968f-04a1-46ef-acf2-7ac64337a7b2
