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IPG to demo Flameless Ceramic Turbine for clean, off-grid power in EV charging

Green Car Congress

Intelligent Power Generation (IPG) will demonstrate the impact of Flameless Ceramic Turbine technology in UK electric vehicle (EV) charging infrastructure, following a £1-million contract from Highways England. IPG‘s flameless combustor uses the turbine exhaust and high heat transfer effectiveness through the IPG regenerator unit.

Grid 435
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EPA to award up to $5M for projects to reduce diesel emissions at ports

Green Car Congress

EPA will fund: Verified Exhaust Control Technologies: up to 100% of the cost of eligible verified exhaust control technologies. Clean Alternative Fuel Conversions: up to 40% of the cost (labor and equipment) of an eligible clean alternative fuel conversion.

EPA 261
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EPA to award up to $4M for projects to reduce diesel emissions from port fleets

Green Car Congress

EPA will fund: Verified Exhaust Control Technologies: EPA will fund up to 100% of the cost of eligible verified exhaust control technologies. Clean Alternative Fuel Conversions: EPA will fund up to 40% of the cost (labor and equipment) of an eligible clean alternative fuel conversion.

EPA 257
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EPA to award up to $5M to reduce diesel emissions at ports

Green Car Congress

Eligible diesel emission reduction solutions include verified emission control technologies such as exhaust controls and engine upgrades, verified idle reduction technologies, certified engine repowers, and/or certified vehicle or equipment replacements.

EPA 210
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The Future of Hydrogen Fuel Cell Vehicles

Clean Fleet Report

FCEVs use hydrogen—a lightweight, abundantly available gas—to generate the electricity through a chemical reaction and power the electric motors that move the car. The hydrogen ions combine with oxygen to create water vapor, which the vehicle emits as harmless exhaust. How Do FCEVs Work?

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Researchers devise method to suppress thermal conductivity to improve thermoelectric materials for waste heat recovery

Green Car Congress

Our results will guide the design of the next generation of materials for applications in solid-state refrigerators and power recovery. These rattling modes suppress the thermal conductivity by a factor of six compared with vacancy-free NaCoO 2. —Voneshen et al.

Waste 186