Software-as-a-service provider Innowatts has developed a cloud-based solution by using the agility of Amazon Web Services (AWS) to process 4.3 billion data points per hour. By combining Innowatts AI data-analysis tool with AWS’s scalability and pay-as-you-go model, utilities can adapt their operations to customer needs and more volatile energy markets.
Carbon capture and storage (CCS), alongside with electrification could substantially decarbonise LNG projects. More than 25% of overall emissions could be removed depending on the technology adopted, Wood Mackenzie says, with capturing reservoir CO2 found to be much cheaper than post-combustion capture.
Pacific Gas and Electric Company (PG&E) has deployed a “linear generator” – a mobile genset running on natural gas and biogas to displace diesel generators – at its Angwin microgrid in Napa County, California. Working with the local utilities Mainspring and NextEra Energy, PG&E installed the linear gensets for emergency power supply during winter storms.
Mitsubishi Power, part of MHI Group, is developing combustion burners that can use ammonia (NH3) as zero-emission fuel in thermal power plants. Tests have been conducted with basic combustion furnaces to compile data on ammonia and coal co-firing and ammonia-exclusive firing, though the by-product nitrogen oxide (NOx) is still of some concern.
Innowatts’ Core Analytics help power generators turn customer demand date into actionable insight. Analysis of smart meter data reduces forecasting errors by 20-40% which empowers the US retailer Direct Energy and the Colombian utility Celsia to tailor power plant dispatch, reduce the need to buy balancing energy and lower hedging costs.
ExxonMobil and Global Thermostat, an R&D firm, have been testing an agile solution of soaking up carbon dioxide emissions from the air – notably from industrial facilities and power stations – at a pilot plant in California. Once economically viable, the solution could help meet the world’s climate goals.
Rolls-Royce has invested over $600 million to revitalize manufacturing capabilities at its Indianapolis Operations Center. The upgraded facilities include digital engineering and robotics with a view to improving the company’s competitiveness in an increasingly contested marketplace for propulsion and power solutions.
Heads of German industry are urging Berlin to allow the use of ‘blue’ hydrogen, made from natural gas while capturing carbon, for a transition period. 55% of the 2,500 surveyed decision makers, notably the steelmaker Thyssenkrupp and energy company RWE, want to use blue hydrogen which is cheaper to make than ‘green’ hydrogen.
Japanese manufacturer Mitsubishi Power, part of MHI Group, has created a global network of TOMONI hubs to pre-warn operators of impending issues or needed corrective action to avoid unit trips or load reductions. The 840 MW Intermountain Power Project will use the hub to enhance the plant’s resilience and operational uptime.
Johnson Matthey, part of the European GAIA consortium, has helped develop a hydrogen fuel cell with a power density of 1.8 W/cm2 @ 0.6V. That’s a 20% rise compared with current technology. Working alongside BMW, Freudenberg, 3M and three others, Johnson Mattey supplied critical components within the fuel cell stack – membrane electrode assemblies.
MAN Energy Solutions and ANDRITZ Hydro have agreed to develop hydrogen from hydropower, starting with a pilot project in Europe that will produce 650 tons of hydrogen from 4 MW electrolysis output before year-end. In future export-orientated projects, the electrolysis output will be raised to 100 MW.