As a leading provider of renewable gas, natural gas, and hydrogen-rich solutions, INNIO’s Jenbacher technology helps to provide communities, industry and the public access to sustainable, reliable and economical power.
Their intent is to create a "hydrogen society" that utilizes hydrogen as a key energy source for transportation and power generation. To accomplish this, the government implemented a strategy focused on laying legal foundations to promote hydrogen and the implementation of safety standards for facilities. Enter the Hydrogen Economy Promotion and Hydrogen Safety Management Act (“Hydrogen Act”), an act passed into law by the Korean National Assembly that became the world’s first hydrogen law that took effect in early 2021.
South Korea’s hydrogen pilot cities are evaluating the application of hydrogen in several sectors, particularly that of the power generation. Power generation from hydrogen is especially of interest because a sizable portion of South Korea’s hydrogen needs are supplied from byproducts in petrochemical processes from South Korean companies. Because these companies produce hydrogen as a byproduct, the Hydrogen Act allows for such companies to be designated as “hydrogen-specialized,” granting them government support. One of such hydrogen specialized companies is Hyosung Heavy Industries (Hyosung).
The power couple: Hyosung hydrogen and Jenbacher engine
Hyosung maintains propylene production facilities through Propane De-Hydrogenation process that can generate :
Hyosung established carbon reduction targets tailor-made for each of its operating companies to reduce carbon emissions through hydrogen projects for research and development and commercialization. In line with the Hydrogen Act’s industrial strategy elements that support hydrogen-focused companies, Hyosung is analyzing the use of its hydrogen byproduct for power generation. The company has launched a demonstration project that will generate electricity using the hydrogen byproduct produced at its Ulsan-based Hyosung Chemical Yongyeon Plant facility.
The demonstration project will not only help reduce Hyosung’s carbon emissions
But it will also provide electricity for its operations at the chemical facility. To initiate the hydrogen demonstration project, Hyosung needed to identify and select reliable and proven technology that can use hydrogen as a fuel to produce electricity. Hyosung selected INNIO Jenbacher hydrogen engine technology for South Korea’s first demonstration project using an engine fueled by hydrogen to produce electricity.
The INNIO Jenbacher product line has:
Two decades later, in 2020, after a number of additional demonstration projects, INNIO and HanseWerk Natur demonstrated the world’s first 1-megawatt hydrogen engine using variable hydrogen and natural gas mixtures up to 100% hydrogen on an INNIO Jenbacher engine. Hyosung needed a company like INNIO that leads the way in delivering innovative technology driven by sustainability, decentralization, and digitalization to accelerate a greener future.
In selecting an INNIO Jenbacher ‘Ready for Hydrogen’ engine for the demonstration power plant project, Hyosung set a target goal of reducing emissions and energy consumption while increasing energy efficiency, both of which INNIO’s proven technology will help in meeting. Hyosung seeks to secure operational experience from using the hydrogen-fueled engines for large scale industrial commercialization. Hyosung expects the project to achieve commercial operation in 3Q 2022 and complete the demonstration by end of 2022.
Hyosung turned to INNIO and RNP, INNIO’s authorized distributor in South Korea, to support its efforts to reduce carbon emissions while exploring commercial opportunities related with their hydrogen byproduct production. Hyosung found INNIO Jenbacher’s hydrogen-fueled engine technology and RNP’s customer-centric service expertise to be a natural selection for the demonstration project to support its climate change response strategies. The technology underpins Hyosung’s commitment to a sustainable future.
With ongoing climate change, countries and organizations are developing an array of scenarios that detail how global warming can be slowed. While many of these scenarios call for drastically reducing or completely phasing out fossil fuels with reliance on predominantly wind and solar renewable energy, increasingly, hydrogen is emerging as an effective solution. INNIO Jenbacher technology is leading the deployment of hydrogen engines.
INNIO Jenbacher hydrogen-fueled engine technology is playing
an important role in demonstrating that hydrogen can accelerate
and transform global reliance from fossil fuels to renewable