Clarify the requirement
Define the application, location, intended scope and open technical questions before approaching potential partners.
Hydrogen & Carbon Capture · Xin Yang
Your project.
China's technology partners.
I work in hydrogen and carbon capture. I help international teams explore Chinese technologies, clarify project needs and start conversations with relevant suppliers and technology partners, with a particular focus on the Middle East.
A personal professional website by
Xin Yang
PhD in Power Engineering · Hydrogen & Carbon Capture
PhD in Power Engineering · Hydrogen & Carbon Capture
Clean Power
Renewables · Grid
H₂
Green Hydrogen
CO₂
DAC · Biogenic · Industrial
Molecules
Methanol · SAF · Chemicals
Carbon2X
VALUE CHAIN
Work with Xin Yang
Looking for a technology or equipment partner in China?
Start with a specific hydrogen or carbon capture requirement. We can clarify what you need, explore relevant Chinese capabilities and agree what support would be useful.
Explore potential partners
Identify relevant capabilities and evidence gaps. Separate supplier statements from independently documented or directly confirmed information.
Support the first conversation
Where agreed and feasible, help organize initial technical exchanges and track unanswered questions. Scope, representation, timing and fees are agreed first.
Current edition
Research for the molecule economy.
The latest Carbon2X edition examines the costs, constraints and infrastructure choices that determine what can scale.
Latest · Industrial Transition
Beyond Cheap Power: What Makes a Green Molecule Project Bankable in the Middle East?
A September 2026 review of the power, buyer, infrastructure and certification questions behind Middle Eastern hydrogen and green-fuel projects.
Read the full analysis
What Carbon2X Covers
Four lenses on the emerging molecule economy.
01
Green Methanol
E-methanol, biomethanol, shipping demand, project economics, carbon sourcing and production pathways.
02
Carbon & DAC
Direct air capture, biogenic CO₂, point-source carbon, utilization pathways and carbon-source credibility.
03
Green Hydrogen
Electrolyzers, electricity economics, hydrogen cost curves, infrastructure and downstream molecule production.
04
Industrial Transition
Energy-intensive industries, infrastructure constraints, technology deployment and pathways to real-world scale.
One Chart · An Explicit Assumption
E-methanol: electricity-cost sensitivity
Assume 10 MWh per tonne of methanol. This chart shows the electricity component only, not total production cost or a market-price forecast.
Calculation: price × 10 MWh/t. Selected scenario, reviewed 14 September 2026. The intensity assumption is consistent with the approximate 10–11 MWh/t discussion in IRENA and Methanol Institute (2021), p. 44, with CO₂ supplied. It is not a current plant guarantee.
Every USD 10/MWh matters.
In this scenario, a USD 10/MWh change adds or subtracts USD 100 per tonne of methanol in electricity cost.
Carbon supply, capital recovery, other utilities, storage and delivery still need to be included before comparing complete production routes.
The earlier illustrative biomethanol crossover curve has been replaced because its intersection was not backed by a documented project model.
Read the corrected comparison →China × Global
International requirements. Chinese technology capabilities.
What does a project actually need? Which parts of a supplier's offer fit? What still needs to be verified before the next conversation?
My core focus is hydrogen and carbon capture, including alkaline electrolysis, DAC and industrial carbon capture. Green fuels and carbon utilization are related applications. Cooperation starts with a specific need and an explicit scope, not a promise of universal supply coverage.
China Supply Chain
Middle East
Technology Economics
Project Development
Electrolyzers
Green Molecules
Cross-Border Collaboration
Past editions
Explore earlier analysis.
Every edition remains available here and can be explored by topic as the Carbon2X research library grows.
Green Methanol
Biomethanol vs. E-Methanol: What Determines the Cost Crossover?
Industrial Transition
From Clean Power to Industrial Molecules: A Systems View
Carbon & DAC
DAC vs. Biogenic CO₂: Delivered Cost, Eligibility and Carbon Claims
Hydrogen
Electrolyzer Costs: Comparing China with Overseas Installation
About Xin Yang
A technical background. A practical starting point for cooperation.
I am Xin Yang. I hold a PhD in Power Engineering and work across new energy, hydrogen and carbon capture. Carbon2X brings together my professional background, research and interest in international cooperation.
I am the Founder of Beijing Zhonghe Qingyuan Technology Co., Ltd., focused on alkaline water-electrolysis catalysts and electrode materials, with work extending to electrolyzer design and system integration. I also serve as Deputy General Manager of Beijing Derunchen Environmental Technology Co., Ltd., working on the commercialization and international development of solid-amine carbon capture materials and process equipment for DAC and industrial applications.
My earlier experience includes energy investment and energy-transition research. I welcome conversations with international project teams, industrial companies and technology partners, particularly in the Middle East. Visit my LinkedIn profile for the detailed career history.
This is my personal website, not a supplier catalogue or an engineering contractor's offer. Relevant company affiliations are disclosed; any company participation, quotation or technical commitment must be confirmed by the responsible organization.