图1干式低NOx氢气燃烧燃气轮机示范试验装置
图2干式低NOx氢气燃烧燃气轮机和“微混合燃烧”的图像
图3使用液化氢冷热的燃气轮机进气冷却系统图像
NEDO：世界上第一个成功的干式低NOx氢气燃烧燃气轮机技术演示测试
NEDO /川崎重工业/小林市：
“氢社会建设技术开发事业”
我们使用了川崎重工开发的“微混合燃烧”技术。
干式低NOx氢气燃烧燃气轮机的技术验证测试已于今年5月开始。
我们是世界上第一个成功进行燃气轮机技术演示测试的公司。
干燃烧制氢：
干燃烧法具有比传统方法更高的发电效率并且可以减少NOx排放。
从神户港岛出发：
它将从该氢气涡轮机产生的热量和电力提供给附近的设施。
关于该系统的技术演示，计划于今年秋天在神户市的Port Island开始。
干法燃烧制氢稳定运行
以及发电效率和减少环境负荷的效果，
我们将验证性能。
https://www.nedo.go.jp/news/press/AA5_101337.html
NEDO:World’s First Successful Technology Verification of 100% Hydrogen-fueled Gas Turbine Operation with Dry Low NOx Combustion Technology
The New Energy and Industrial Technology Development Organization (NEDO),
Kawasaki Heavy Industries, Ltd.
Obayashi Corporation
announced successful technology verification, for the first time worldwide, of 100% hydrogen-fueled gas turbine operation with dry low NOx (nitrogen oxides) combustion technology.
The key technology of this gas turbine
is newly developed combustor component by Kawasaki, applying micro-mix combustion principle. And operation test
was started in early May as part of the National program “Technology Development Project for Building a Hydrogen-besed Society”.
Dry low NOx combustion technology
improves the electrical efficiency comparing to the conventional combustion method: water injection, as well as reduction of NOx emissions.
1. Overview
Technology verification tests, supplying
electricity and heat generated by the hydrogen-fueled gas turbine cogeneration system to nearby facilities in Kobe City’s Port Island, are planned to start in this fall.
And hydrogen-based power generation operation stability with dry lowNOx combustion technology, electrical efficiency improvement, and environmental load reduction effects will be investigated.