--- title: Technology --- [Skip to content](https://bioh2.ai/products-service#main-content) [![BioH2\_\_Green\_Horizontal](https://bioh2.ai/hubfs/BioH2__Green_Horizontal.png)](https://bioh2.ai/?hsLang=en) - [Products & Service](https://bioh2.ai/products-service) - [About Us](https://bioh2.ai/about-us) - [Insights](https://bioh2.ai/insights) - [Contact Us](https://bioh2.ai/contact) - [Products & Service](https://bioh2.ai/products-service) - [About Us](https://bioh2.ai/about-us) - [Insights](https://bioh2.ai/insights) - [Contact Us](https://bioh2.ai/contact) ![menu-toggle](https://21645388.fs1.hubspotusercontent-na1.net/hubfs/21645388/menu-toggle.svg) ![menu-close](https://21645388.fs1.hubspotusercontent-na1.net/hubfs/21645388/menu-close.svg) English - [English](https://bioh2.ai/products-service) - [Chinese - Hong Kong](https://bioh2.ai/zh-hk/products-service) [Contact](https://bioh2.ai/contact?hsLang=en#contact) Solutions & Applications # Turning Global Waste into *Local Power.* From modular remote power to large-scale industrial decarbonization, BioH2 provides the **"Green Engine"** for a zero-carbon future. \> ~$0.9/kg H₂ 600 m³/ton biowaste [Inquire for Pilot Project](https://bioh2.ai/contact?hsLang=en#contact) ![69](https://bioh2.ai/hubfs/69.png) ## The Three-Step Method ![blend (1)](https://bioh2.ai/hubfs/blend%20(1).png) 01 ### Homogenization Mixed biowaste — food, paper, plastics — is blended with the BioH2 catalyst. → ![smile-plus](https://bioh2.ai/hubfs/smile-plus.png) 02 ### Catalytic Reforming Precision reaction at low temperature (180°C) and low pressure (3 MPa). → ![rectangle-ellipsis](https://bioh2.ai/hubfs/rectangle-ellipsis.png) 03 ### Hydrogen Output High-purity Green Hydrogen for fuel cells and industrial use. [See Real-World Applications →](https://bioh2.ai/solutions?hsLang=en#solutions1) ## Why Us ![工业化规模插图\_品牌色调整](https://bioh2.ai/hubfs/%E5%B7%A5%E4%B8%9A%E5%8C%96%E8%A7%84%E6%A8%A1%E6%8F%92%E5%9B%BE_%E5%93%81%E7%89%8C%E8%89%B2%E8%B0%83%E6%95%B4.png) The Heat Barrier # 180°C *vs.* 700°C Our proprietary catalyst drives hydrogen production at just **180°C** and **3 MPa** — over **500°C lower** than traditional industry standards. \> 40% energy saved Low pressure · 3 MPa [Inquire for a Pilot Project](https://bioh2.ai/contact?hsLang=en) ![tech-catalyst](https://bioh2.ai/hubfs/tech-catalyst.jpg) Strategic Applications ## Four Pillars of Real-World Impact 01 Pillar Industrial Decarbonization 02 Pillar Municipal Waste Management 03 Pillar Distributed Energy Systems 04 Pillar The Circular Economy Pillar 01 ### Industrial Decarbonization 10 Stations 10 Stations ! The Problem Hard-to-abate sectors rely on grey hydrogen. ✓ Our Solution Direct substitution with Green H₂ at ~$0.9/kg. ✦ Impact 15,000-ton/year project fuels 10 stations. Pillar 02 ### Municipal Waste Management 600 m³/t 600 m³/t ! The Problem Transform landfill liabilities into high-purity energy assets. ✓ Our Solution Landfilling is the primary — and unsustainable — disposal method for biowaste. ✦ Impact Landfilling is the primary — and unsustainable — disposal method for biowaste.  Pillar 03 ### Distributed Energy Systems −28% Cost −28% Cost ! The Problem Remote areas rely on expensive, high-emission diesel generators. ✓ Our Solution Modular 200 Nm³/h units coupled with fuel cells. ✦ Impact 55% power generation efficiency — at a cost 28% lower than diesel. Pillar 04 ### The Circular Economy Mixed Streams Mixed Streams ! The Problem Mixed waste (food, paper, plastics) is difficult and expensive to sort. ✓ Our Solution "Intelligent" catalyst processes mixed biowaste streams simultaneously. ✦ Impact Radical simplification of the waste-to-energy supply chain. Cost‑Effective # 28% *Cost Reduction* With our catalyst, a Modular 200 Nm³/h unit could deliver 28% lower cost than diesel — ideal for off-grid and remote industrial sites. \> ~$0.9/kg H₂ [Request a Financial Impact Analysis](https://bioh2.ai/contact?hsLang=en) ![hero-bg-1](https://bioh2.ai/hubfs/hero-bg-1.jpg) FACT SHEET ## Side-by-Side with Traditional Tech | Performance Metric | Traditional Tech | BioH2 Tech | | --- | --- | --- | | Production Cost | $5 – $6 / kg | ~$0.90 / kg | | Hydrogen Yield | 100 – 200 L/kg | 400 – 600 L/kg | | CO₂ Emissions | 8 – 18 kg | 1.5 – 1.8 kg | | System Pressure | ~220 bar | \< 30 bar | [Contact us →](https://bioh2.ai/contact?hsLang=en) THE GREEN HYDROGEN CHAIN # Near-Zero *Carbon Footprint* 1 ton of biowaste produces **600 m³** of hydrogen — unlocking waste streams as a profitable energy feedstock. [Inquire for a Pilot Project](https://bioh2.ai/contact?hsLang=en) ![number-1](https://bioh2.ai/hubfs/number-1.jpg) THE GREEN HYDROGEN CHAIN ## From Renewable Input to Net Zero Output Every step — generation, electrolysis, distribution, end-use — is engineered to keep the carbon balance close to zero, and the cost close to grid parity. [Explore the Technology](https://bioh2.ai/technology?hsLang=en) ![WeChat截图\_20260421182912](https://bioh2.ai/hubfs/WeChat%E6%88%AA%E5%9B%BE_20260421182912.png) The Breakthrough ## Performance Benchmarks | Metric | BioH2 Tech (W2H) | SMR (Natural Gas) | Electrolysis (Green) | | --- | --- | --- | --- | | Production Cost (USD/kg H₂) | $0.9 – 3.3 | $1.5 – 3.0 | $3.0 – 8.0 | | Carbon Footprint | Near-zero + waste valorisation | High (10–12 kg CO₂/kg H₂) | Near-zero (if renewable) | | Feedstock | Biowaste (free / tipping fee) | Natural gas (fossil) | Water + Electricity | | Operating Temperature | \< 200°C | 800 – 1000°C | Room temperature | | H₂ Yield per Tonne Feedstock | ~60 kg (from biowaste) | ~90 kg | ~111 kg (per 1000 kWh) | | Circular Economy Value | Diverts 3,500 t/day HK food waste | None | None | | CO₂ by-product per kg H₂ | 1.5 – 1.8 kg (net negative with biogenic C) | 8 – 18 kg | ~0 kg | FAQ ## Frequently Asked Questions ###### How does BioH2 achieve Hydrogen production at only 180°C? BioH2 uses a proprietary catalyst to enable hydrogen production from biowaste at a reaction temperature of 180°C and a pressure of approximately 3 MPa. The catalyst facilitates the conversion process, reducing the temperature required compared with conventional high-temperature approaches. ###### What is the purity of the hydrogen produced? BioH2’s technology targets high-purity hydrogen for industrial and fuel-cell applications. The final purity specification depends on the feedstock, operating conditions and gas purification configuration. Please contact our technical team to discuss the purity and impurity limits required for your application. ###### Can the system handle unsorted municipal waste? The technology is designed for suitable biowaste streams, including mixed organic materials. This does not mean that all unsorted municipal waste can be fed directly into the system. Feedstock assessment and appropriate pre-treatment are needed to identify unsuitable materials and establish the right processing conditions. ###### Is the catalyst consumed during the process? The catalyst helps the reaction proceed rather than serving as a feedstock that is converted into hydrogen. However, catalyst activity can decline over time due to contaminants and operating conditions. Its service life and any regeneration or replacement requirements must be assessed for the specific feedstock and application. ###### What happens to the Carbon Dioxide generated? CO₂ management forms part of each project’s process and emissions design. Depending on the gas composition and local infrastructure, options for separation, capture and beneficial use can be evaluated. The overall carbon footprint depends on the feedstock, energy supply and final treatment of the CO₂; producing hydrogen from biowaste does not automatically make the process carbon-neutral. [![BioH2\_\_Light\_Horizontal](https://bioh2.ai/hubfs/BioH2__Light_Horizontal.png)](https://bioh2.ai/?hsLang=en)  Transforming biowaste into clean hydrogen — powering a net-zero future from Hong Kong to the world.  ### Get In Touch Hong Kong (R&D HQ) Room RRS 816, Sir Run Run Shaw Building, 224 Waterloo Road, Kowloon Tong, HK Shenzhen (Innovation Center) Room 502, Building 13, North District, Qianhai Shenzhen-HK Youth Dream Factory, 5188 Menghai Ave, Nanshan District ###### Follow Us   Linkedin    WeChat  Scan QR Code to Contect with us by WeChat  ![图片\_20260415093144](https://bioh2.ai/hs-fs/hubfs/%E5%9B%BE%E7%89%87_20260415093144.jpg?width=150&height=150&name=%E5%9B%BE%E7%89%87_20260415093144.jpg "图片_20260415093144") © 2026 BIOH2 TECH LTD. All Rights Reserved. [Privacy Policy |](https://bioh2.ai/privacy-policy?hsLang=en) [Terms & Condition](https://bioh2.ai/terms-conditions?hsLang=en)