Bakit Maaaring Maging Panghinaharap na Panggatong pa rin ang Hydrogen

Hydrogen has long been noted as a potential fuel for the future.  One that will eliminate the need for fossil fuels to power internal combustion engines (ICE) by offering a clean burning alternative that is easily accessible.  Interestingly, this future is becoming more likely as scientists are now discovering new sources of hydrogen around the world.  Some through natural excretions from the Earth and some through the introduction of enzymes into capped wells.

Mga Kumpanyang Nagde-develop ng Teknolohiyang Hydrogen Fuel Cell

The following are each companies that have dedicated divisions surrounding the development of Hydrogen fuel cells and Hydrogen ICE.

Cummins Inc. (NASDAQ: CMI)

Established in 1919, Cummins Inc. (CMI ) has grown to become a global leader in power solutions.  With its headquarters in Columbus, Indiana, the company is renowned for designing, manufacturing, selling, and servicing a broad range of power products, including diesel and alternative fuel engines, electric and hybrid powertrains, and associated components.  Cummins operates through five distinct segments: Makina, Distribusyon, Mga Komponent, Mga Sistema ng Power, at Bagong Power.

In recent years, Cummins has been proactively transitioning towards more sustainable energy solutions, with a particular emphasis on hydrogen.  The company’s Bagong Power segment, launched in 2019, is dedicated to the development of electrified powertrains, advanced battery technology, fuel cells, and hydrogen generation.

A significant milestone in Cummins’ shift towards hydrogen was the acquisition of Hydrogenics Corporation in 2019.  As a leading innovator in fuel cell and hydrogen production technologies, Hydrogenics’ integration into Cummins’ operations marked a significant step forward in the company’s commitment to hydrogen-based solutions.

Through strategic partnerships and investments, Cummins is nagpaposisyon ng sarili at the forefront of the hydrogen economy, leveraging its extensive expertise in power systems and components.  The company’s focus on hydrogen underscores its dedication to sustainability and decarbonization.

Market Cap: $34.34B

Price to Earnings Ratio (P/E): 13.73

Earnings Per Share (EPS): $17.74

At the time of writing, Cummins (CMI) boasted the above metrics and is listed as a ‘Buy’ among most major investment firms.

Plug Power Inc. (NASDAQ: PLUG)

Plug Power Inc. (PLUG ), established in 1997 and headquartered in Latham, New York, is a pioneering force in the development of hydrogen fuel cell technology.  The company designs, develops, manufactures, and commercializes hydrogen fuel cell systems used to power electric motors primarily in the electric mobility sector.

Plug Power’s innovative fuel cell systems are designed to replace conventional batteries in electrically powered vehicles and equipment, such as forklifts used in warehouses and distribution centers.  The company’s product line includes GenDrive, a hydrogen-fueled PEM fuel cell system providing power to material handling electric vehicles.

In recent years, Plug Power has expanded its focus beyond fuel cells for material handling and has begun to target broader markets.  This includes stationary power systems, delivery vehicle fleets, and even potential applications in aviation.  The company’s strategic acquisitions, such as that of United Hydrogen and Giner ELX, have further strengthened its position in the hydrogen economy by enhancing its capabilities in hydrogen generation, liquefaction, and distribution.

Plug Power’s commitment to hydrogen fuel cell technology underscores its dedication to sustainable energy solutions and its vision for a greener future.

Market Cap: $7.09B

Forward Price to Earnings Ratio (P/E) 1yr: -12.14

Earnings Per Share (EPS): $-1.33

At the time of writing, Plug Power (PLUG) boasted the above metrics and is listed as a ‘Strong Buy’ among most major investment firms.

Ano ang Hydrogen?

Hydrogen is the simplest and most abundant element in the universe.  It is a colorless, odorless, and tasteless gas under standard conditions.  Hydrogen has a single electron and proton, making it the lightest element.

Hydrogen is highly reactive due to the configuration of its electrons.  It has one electron in its outermost shell, while it needs two to achieve a stable configuration similar to the noble gas helium.  This makes hydrogen eager to form bonds with other elements to fill its outer shell.  It readily forms a bond with elements that need an electron to complete their own outer shells, such as oxygen in the formation of water (H2O), or with another hydrogen atom to form a hydrogen molecule (H2).  This propensity to form bonds with other elements to achieve a stable electron configuration is what makes hydrogen so reactive.

Hydrogen is commonly used in various industries, including the energy sector, where it’s seen as a potential clean fuel source because when it’s used to produce energy in a fuel cell, it emits only water as a byproduct.

Paano Ito Ginagamit Bilang Panggatong?

Hydrogen can be used as a fuel in several ways:

1. Fuel Cells: Sa isang fuel cell, pinagsasama ang hydrogen at oxygen upang lumikha ng kuryente, kung saan tubig at init lamang ang nag-iisang byproduct. Ang prosesong ito ay malinis at epektibo. Maaaring gamitin ang mga fuel cell sa iba’t ibang aplikasyon, mula sa pagpapagana ng mga gusali hanggang sa mga electric vehicle.
2. Internal Combustion Engines: Maaaring gamitin ang hydrogen sa isang internal combustion engine katulad ng gasolina o diesel. Gayunpaman, ito ay mas bihira at karaniwang mas hindi epektibo kumpara sa paggamit ng hydrogen sa mga fuel cell.
3. Power Generation: Maaaring sunugin ang hydrogen sa isang turbine upang lumikha ng kuryente, katulad ng mga natural gas turbine.
4. Energy Storage: Maaaring magsilbing medium ng imbakan ng enerhiya ang hydrogen. Ang labis na renewable energy (tulad ng hangin o solar power) ay maaaring gamitin upang lumikha ng hydrogen sa pamamagitan ng electrolysis. Ang hydrogen na ito ay maaaring iimbak at gamitin mamaya kapag mataas ang pangangailangan sa enerhiya o mababa ang produksyon ng renewable energy.

The main advantage of using hydrogen as a fuel is that it only produces water when burned or used in a fuel cell, making it a clean energy source that doesn’t contribute to greenhouse gas emissions.

Bakit Mahalaga ang Hydrogen Bilang Panggatong?

The shift to using hydrogen as a fuel is important for several reasons:

1. Environmental Impact: Ang hydrogen, kapag ginamit bilang panggatong sa mga fuel cell, ay naglalabas lamang ng tubig bilang byproduct, kaya ito ay isang malinis na pinagmumulan ng enerhiya. Maaari nitong malaki ang mabawasan ang greenhouse gas emissions at makatulong sa pag-attenuate ng climate change.
2. Energy Security: Maaaring gawin ang hydrogen mula sa iba’t ibang mapagkukunan, kabilang ang tubig, natural gas, at biomass. Ang diversipikasyon ng mga pinagmumulan ng enerhiya ay maaaring magpataas ng seguridad sa enerhiya at mabawasan ang pag-asa sa fossil fuel.
3. Versatility: Maaaring gamitin ang hydrogen sa malawak na hanay ng mga aplikasyon, mula sa pagpapagana ng mga sasakyan hanggang sa pagpainit ng mga tahanan at paglikha ng kuryente. Ang pagiging versatile nito ay ginagawang potensyal na mahalagang bahagi ng isang napapanatiling hinaharap ng enerhiya.

Gayunpaman, may mga hamon din na kaakibat ng paggamit ng hydrogen bilang panggatong, kabilang ang mga proseso ng produksyon na tradisyonal na napaka-energy intensive. Kabilang din sa mga dapat isaalang-alang ang mga kahirapan sa imbakan at transportasyon, at ang pangangailangan para sa malaking pag-develop ng imprastruktura. Sa kabila ng mga hamong ito, ang potensyal na benepisyo ng hydrogen ay ginagawang mahalagang larangan ng pokus sa paglipat tungo sa mas napapanatiling sistema ng enerhiya.

Pinagmumulan ng Hydrogen

As we have already established, hydrogen’s atomic structure makes it particularly reactive.  This characteristic has long led us to believe that pure hydrogen is hard to find in nature, resulting in a reliance on techniques like electrolysis to generate a supply.  However, there have been various developments over the past couple of years that indicate this line of thinking may be wrong.

Enzyme sa mga Balon ng Langis

Humans have been drilling for oil since the mid-19th century.  As a result of this activity, there are countless abandoned and depleted wells around the world.  Interestingly, scientists have discovered that, while the wells may be depleted of their oil, there remains an opportunity now to withdraw a more sustainable fuel from their depths – Hydrogen.

This is being made possible by companies like Cemvita Factor, which are developing specialized enzymes that, when introduced to depleted wells, work to break down lingering hydrocarbons into various components, with hydrogen being one of them.  The company refers to hydrogen generated from this process as ‘Gold Hydrogen’.

Likas na Rezerba ng Hydrogen

While introducing enzymes to depleted wells is a fantastic approach to revitalizing an existing resource, is it the only means of generating a supply?  Interestingly, there have been multiple discoveries in recent years of massive, naturally forming, pockets of hydrogen gas.  A few countries in which such examples have been found include,

• Australia
• Canada
• France
• Germany
• Japan
• Russia
• New Zealand

Despite these occurrences, scientists are still learning about the process of where the hydrogen is coming from, the vastness of reserves, and the potential effect on surrounding environments if withdrawn.  Regardless, the potential for these deposits to accelerate the widespread adoption of hydrogen as a fuel source is huge.

Huling Salita

Overall, hydrogen remains a tantalizing alternative/replacement for our continued reliance on fossil fuels.  Thankfully, due to the ingenuity on offer by scientists around the world, we may soon have access to more affordable and plentiful supplies of hydrogen through both natural and treated wells.  With this being the case, there will be a subsequent decrease in the cost of production for hydrogen, making it an even more appealing fuel for companies like Cummins and Plug Power to develop solutions around. in Filipino (Tagalog).