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Canada's Hydrogen Ambition: Can It Become a Global Hydrogen Leader?

January 09, 2021
Canada's hydrogen economy with renewable energy, hydrogen production and export infrastructure

Canada's Hydrogen Ambition: Can It Become a Global Hydrogen Leader?

Updated: August 2026

Canada entered the global hydrogen race with an unusually strong combination of natural resources, clean electricity, industrial expertise, ports and established energy infrastructure. In 2020, the federal government launched the Hydrogen Strategy for Canada with the ambition of positioning the country as a world-leading producer, user and exporter of low-carbon hydrogen.

Five years later, the picture is more complicated—and more interesting.

Canada has developed a substantial hydrogen policy framework, introduced major investment incentives, supported hydrogen infrastructure and technology, developed international partnerships and pursued an important hydrogen trade relationship with Germany. At the same time, the country has encountered the same problems confronting hydrogen developers around the world: high production costs, uncertain demand, infrastructure requirements, difficult project economics and the enormous challenge of transporting hydrogen or hydrogen derivatives across oceans.

So the question in 2026 is no longer simply "Can Canada become a global hydrogen leader?"

The better question is:

Can Canada turn its exceptional hydrogen potential into commercially competitive production, domestic demand and reliable international exports?

This updated WorldAtNet analysis examines Canada's hydrogen opportunity, its national strategy, regional strengths, green and blue hydrogen pathways, major infrastructure requirements, export ambitions, international competition, challenges and prospects through 2030 and beyond.

Table of Contents

Canada Hydrogen: Key Facts at a Glance

Indicator Canada's Position
National hydrogen strategy Launched in 2020
Strategic objective Develop Canada as a major producer, user and exporter of low-carbon hydrogen
Existing hydrogen industry Canada is already a significant hydrogen producer, although much existing production is conventional and concentrated in industrial applications
Clean hydrogen investment support Federal Clean Hydrogen Investment Tax Credit tied to the carbon intensity of qualifying hydrogen production
Maximum headline hydrogen ITC rate Up to 40% for qualifying low-carbon hydrogen property under applicable rules
Major potential export market Europe, particularly Germany
Major Canadian advantages Hydroelectricity, wind, natural gas, carbon-management potential, industrial expertise and ports
Major weakness Production, infrastructure and international transportation costs
2026 reality Canada has substantial potential and policy support, but global leadership is not guaranteed

Sources: Government of Canada, Natural Resources Canada and Canada Revenue Agency.

Why Hydrogen Matters

Hydrogen is often described as the fuel of the future, but that description can be misleading.

Hydrogen is better understood as an energy carrier and industrial feedstock. Unlike oil or natural gas, hydrogen normally has to be produced using another energy source.

That distinction is important because much of today's hydrogen is produced from fossil fuels and is associated with substantial carbon emissions.

The emerging hydrogen economy is therefore focused on producing hydrogen with substantially lower emissions.

Potential applications include:

  • steel production;
  • fertilizer and ammonia production;
  • refining and petrochemicals;
  • heavy-duty transport;
  • shipping fuels and synthetic fuels;
  • certain industrial heat applications;
  • selected long-duration or seasonal energy-storage applications.

However, hydrogen should not automatically replace electricity everywhere.

Direct electrification is normally more energy-efficient where it is technically practical. Hydrogen's strongest future applications are therefore likely to be areas where direct electrification is difficult, expensive or technically unsuitable.

Canada's Hydrogen Strategy

Canada launched the Hydrogen Strategy for Canada in 2020 as a long-term framework for developing a low-carbon hydrogen economy.

The strategy was designed around much more than hydrogen production. It envisioned an ecosystem involving production, transportation, storage, domestic consumption, exports, research, infrastructure, regulation, standards and technological innovation.

The federal government identified hydrogen as a potential contributor to Canada's net-zero pathway while also viewing it as an economic opportunity capable of creating jobs, attracting investment and opening new export markets.

Canada's strategy was built around several major objectives:

  • expand low-carbon hydrogen production;
  • develop domestic hydrogen demand;
  • build regional hydrogen hubs;
  • develop infrastructure and standards;
  • support Canadian hydrogen technologies;
  • create export opportunities;
  • integrate hydrogen into Canada's broader clean-energy transition.

The strategy therefore positioned hydrogen as both an energy-transition technology and an industrial-development opportunity.

What Has Changed Since 2021?

The hydrogen industry of 2026 is significantly different from the industry that existed when the original WorldAtNet article was published in 2021.

Government support became more concrete

Canada introduced major clean-economy investment incentives, including the Clean Hydrogen Investment Tax Credit. The credit became an important part of the country's effort to improve the economics of qualifying hydrogen projects.

The federal framework links the level of support to the carbon intensity of qualifying hydrogen production, creating an incentive for projects to achieve stronger emissions performance.

Project pipelines expanded

Canada has seen substantial growth in announced hydrogen and hydrogen-related projects covering production, transportation, fuel cells, ammonia and industrial applications.

But there is an important distinction:

An announced project is not the same thing as an operating project.

Hydrogen projects must pass through feasibility studies, permitting, financing, engineering, construction and ultimately commercial operation.

The global hydrogen industry itself matured

The international hydrogen industry has also become more realistic about the difference between an announcement and a bankable project.

WorldAtNet's 2026 analysis, The Green Hydrogen Economy: Promise, Money and the Reality Gap, examines how the global hydrogen sector has entered a more difficult commercial phase in which projects must demonstrate real customers, financing and competitive economics rather than simply announce ambitious capacity targets.

That lesson is highly relevant to Canada.

Why Canada Has a Hydrogen Advantage

Canada possesses an unusual combination of energy and industrial resources that could support several different hydrogen production pathways.

1. Abundant electricity

Canada has one of the world's largest hydroelectric power sectors. Provinces including Quebec, British Columbia, Manitoba and Newfoundland and Labrador possess significant clean electricity resources.

Low-carbon electricity can power electrolyzers to produce hydrogen without direct carbon emissions from the electrolysis process.

2. Wind resources

Canada also has extensive wind resources, particularly in Atlantic Canada and the prairie provinces.

This creates opportunities for large renewable-energy projects linked to hydrogen production.

3. Natural gas

Canada is a major natural-gas producer.

This creates another hydrogen pathway in which natural gas can be converted into hydrogen while carbon emissions are captured and managed.

4. Carbon-management potential

Canada has significant geological and industrial expertise relevant to carbon capture, utilization and storage.

This could support low-carbon hydrogen production based on natural gas where the resulting lifecycle emissions meet applicable standards.

5. Ports and geographic access

Canada's Atlantic, Pacific and Great Lakes ports provide potential access to major international markets.

The Atlantic region is particularly interesting because of its proximity to European markets compared with many other potential hydrogen-exporting regions.

6. Existing industrial expertise

Canada already has experience using hydrogen in refining, petrochemicals, fertilizer production and other industrial processes.

The country therefore does not have to build its hydrogen economy entirely from zero.

Canada's Regional Hydrogen Powerhouses

Alberta

Alberta combines natural-gas resources, industrial infrastructure, engineering expertise and significant carbon-management potential.

This makes the province particularly suited to hydrogen production linked to natural gas and carbon capture while also offering opportunities for renewable hydrogen.

Its existing industrial base could create domestic hydrogen demand in refining, petrochemicals, transportation and heavy industry.

British Columbia

British Columbia has major hydroelectric resources and a significant clean-technology ecosystem.

The province has also invested in hydrogen and fuel-cell development, creating opportunities for both domestic applications and potential Pacific-market connections.

Quebec

Quebec's large hydroelectric system gives it a powerful foundation for electricity-intensive industrial activity.

That creates opportunities for electrolysis-based hydrogen and hydrogen-derived products.

Atlantic Canada

Atlantic Canada has attracted some of Canada's most ambitious export-oriented hydrogen proposals.

Nova Scotia, Newfoundland and Labrador, New Brunswick and Prince Edward Island possess strong wind resources and proximity to the Atlantic Ocean.

This combination created the vision of producing renewable hydrogen or hydrogen derivatives and shipping them to European markets.

But the region also demonstrates the difficulty of turning ambitious hydrogen proposals into commercially viable projects. Not every announced project will necessarily reach construction or commercial operation.

Ontario

Ontario brings a different advantage: a huge industrial and manufacturing economy that could create domestic demand for hydrogen in heavy industry, transportation and clean manufacturing.

Green Hydrogen: Canada's Renewable Opportunity

Green hydrogen is generally produced by splitting water through electrolysis using electricity from renewable sources.

The basic concept is:

Renewable electricity → electrolyzer → hydrogen + oxygen

Canada's renewable electricity resources make this pathway particularly attractive.

However, green hydrogen economics are considerably more complicated than the technology itself. WorldAtNet's detailed analysis of the green hydrogen economy, its investment boom and the reality gap facing the industry examines why announced capacity does not necessarily translate into commercially viable production.

Why green hydrogen is attractive

  • very low direct production emissions when powered by genuinely low-carbon electricity;
  • can use Canada's wind and hydro resources;
  • potentially suitable for clean ammonia and synthetic fuels;
  • can support industrial decarbonization;
  • can create new demand for renewable electricity.

The cost problem

Electrolysis consumes substantial amounts of electricity.

The economics therefore depend heavily on:

  • electricity prices;
  • capacity utilization;
  • electrolyzer costs;
  • financing costs;
  • renewable-generation capacity;
  • water availability;
  • transportation costs;
  • the price customers are willing to pay.

Canada's clean-electricity advantage can therefore be significant—but only if electricity can be supplied at a cost that makes hydrogen competitive.

Blue Hydrogen and Carbon Capture

Blue hydrogen generally refers to hydrogen produced from natural gas with carbon emissions captured and managed rather than released directly into the atmosphere.

This pathway is particularly relevant to Alberta and other Canadian regions with natural-gas resources and carbon-management capabilities.

Its advantage is that Canada already possesses much of the industrial infrastructure required for natural-gas-based hydrogen production.

The methane question

Natural-gas production can result in methane leakage.

Methane is a powerful greenhouse gas, so the environmental performance of natural-gas-based hydrogen cannot be assessed solely by measuring carbon dioxide captured at the hydrogen plant.

The entire natural-gas supply chain matters.

The carbon-capture question

Carbon capture must also operate effectively and consistently.

A project cannot simply claim to be low-carbon because it contains carbon-capture equipment. Actual lifecycle emissions and carbon intensity matter.

This is why Canada's clean-hydrogen policy increasingly focuses on measurable carbon intensity rather than simply relying on labels such as "blue" or "green."

Emerging Hydrogen Technologies

Canada's hydrogen future may not be limited to electrolysis and conventional natural-gas reforming.

Other technologies are also being developed, including methane pyrolysis and advanced electrolysis systems intended to improve efficiency and reduce costs.

Canada's research and industrial ecosystem includes companies and institutions working on hydrogen production, fuel cells, electrolyzers, storage and supporting technologies.

This technological diversity could become a competitive advantage if Canadian companies develop technologies that reduce production costs or improve efficiency.

But emerging technology should not be confused with commercial scale.

The most promising technology is ultimately the one that can operate reliably, achieve sufficient scale and compete economically.

Infrastructure: The Missing Link

Hydrogen is difficult to transport.

That makes the security, reliability and cost of international shipping particularly important for a country such as Canada that hopes to export hydrogen or hydrogen derivatives to overseas markets.

WorldAtNet's analysis of Middle East Shipping Routes at Risk and the Global Trade Shock illustrates how disruption at major maritime chokepoints can increase freight costs, lengthen journeys and affect energy and commodity markets.

Hydrogen has a very low volumetric energy density, creating challenges for pipelines, compression, storage and shipping.

Liquefying hydrogen requires extremely low temperatures and significant energy input.

As a result, international hydrogen trade may increasingly involve hydrogen derivatives rather than pure hydrogen.

Ammonia

Hydrogen can be converted into ammonia, which is already traded globally using established shipping infrastructure.

This could make ammonia one of the most practical carriers for long-distance hydrogen trade.

Methanol and synthetic fuels

Hydrogen can also become an input for methanol and other synthetic fuels.

This creates another potential route for exporting renewable energy embedded in chemical products.

Why infrastructure matters

Canada cannot become a major hydrogen exporter simply by building enormous production plants.

It needs an integrated supply chain:

Electricity or natural gas → hydrogen production → conversion/storage → transportation → port → shipping → overseas buyer.

Every stage adds cost and risk.

Canada and Germany: The Export Corridor

Germany has been one of Canada's most important international partners in hydrogen.

In 2022, Canada and Germany established the Canada-Germany Hydrogen Alliance with the objective of strengthening cooperation and creating a pathway for clean Canadian hydrogen and hydrogen derivatives to reach German markets.

Germany has strong industrial demand but limited domestic energy resources compared with its potential future demand for clean hydrogen and derivatives.

Canada therefore offers a potentially complementary supply relationship.

The commercial challenge

The biggest challenge is not necessarily whether Canada can technically produce hydrogen.

The harder question is whether Canadian producers can sell it at a price European buyers can justify.

This is why government-backed market mechanisms and long-term purchase agreements are important during the industry's early development phase.

The Reality of Canada's Hydrogen Projects

One of the most important lessons since the original 2021 hydrogen boom is that project announcements must be separated from actual investment decisions.

Governments and companies around the world announced enormous hydrogen production targets during the first wave of enthusiasm.

Canada was no exception.

But hydrogen projects require enormous capital expenditure, long development periods and dependable customers.

Developers increasingly need to demonstrate:

  • secure electricity or feedstock;
  • permitting;
  • financing;
  • technology readiness;
  • construction capability;
  • offtake agreements;
  • competitive final-product pricing.

The global experience shows why this matters. WorldAtNet's 2026 green-hydrogen analysis documents the widening gap between announced capacity and projects that actually reach final investment decisions, construction or operation.

The lesson for Canada is straightforward:

The size of Canada's announced hydrogen pipeline should not be confused with Canada's operating hydrogen capacity.

Canada's Clean Hydrogen Investment Tax Credit

Canada's Clean Hydrogen Investment Tax Credit is one of the most important federal tools supporting the country's hydrogen ambitions.

The refundable credit is linked to eligible clean-hydrogen property and the carbon intensity of the hydrogen produced.

For qualifying projects, the strongest carbon-performance category can receive a headline credit rate of up to 40% under the applicable rules.

The policy matters because hydrogen projects can require very large upfront capital investments.

Why the tax credit matters

  • reduces capital costs;
  • improves project economics;
  • encourages lower-carbon production;
  • helps Canada compete for international investment;
  • supports hydrogen and hydrogen-derived products such as ammonia.

However, tax incentives cannot guarantee commercial success.

A project still needs customers, infrastructure, reliable energy supplies and a viable business model.

Canada vs the Global Hydrogen Race

Canada is not competing in isolation.

Its hydrogen ambitions are part of a much larger competition over energy, technology, industrial capacity, trade and investment. WorldAtNet's analysis of the United States, China and Russia's three different economic trajectories in 2026 provides useful wider context for understanding the global economic environment in which Canada's hydrogen strategy must compete.

Competitor Major Advantage Potential Weakness
Canada Hydroelectricity, wind, natural gas, carbon-management potential, ports and industrial expertise High infrastructure and export costs
Australia Huge renewable resources and access to Asian markets Large distances and infrastructure costs
Saudi Arabia Low-cost energy, major investment capacity and industrial infrastructure Need to build sustained international hydrogen demand
United Arab Emirates Capital, solar resources, ports and established energy infrastructure Developing international demand
China Manufacturing scale, electrolyzer supply chains and huge domestic market Carbon intensity remains an issue for parts of its energy system
European Union Strong industrial demand and clean-energy policy High energy costs and limited domestic resources relative to potential demand

Canada therefore has an excellent resource base, but resources alone do not determine market leadership.

Cost, scale, infrastructure, reliability and customers will determine the winners.

The Biggest Challenges

1. Hydrogen is still expensive

The economics remain one of the largest barriers.

Energy prices, transportation costs, fertilizer markets and wider inflation can influence the competitiveness of hydrogen projects and the purchasing power of potential customers.

WorldAtNet's analysis of the 2026 global cost-of-living and inflation crisis examines how energy, fertilizer and shipping shocks can feed into broader economic costs.

2. Transport is difficult

Moving hydrogen internationally is considerably more complicated than transporting oil or liquefied natural gas.

This is one reason hydrogen derivatives such as ammonia may become increasingly important.

3. Demand is uncertain

Building supply without reliable customers is risky.

Canada needs long-term offtake agreements with steelmakers, fertilizer producers, shipping companies, refiners, energy companies and international buyers.

4. Competition is intensifying

Canada's rivals possess enormous renewable-energy resources, strong state support or established industrial infrastructure.

Canada cannot assume that its natural resources automatically guarantee market share.

5. Electricity demand could become enormous

Large-scale electrolysis requires large amounts of electricity.

Canada is simultaneously trying to electrify transportation, industry, buildings and other sectors.

Hydrogen will therefore compete for clean electricity with many other applications.

6. Not every application makes economic sense

Hydrogen is not automatically the best solution for passenger cars, home heating or every industrial application.

Direct electrification will often be more efficient where it is technically feasible.

Canada's strongest hydrogen strategy is therefore likely to focus on applications where hydrogen provides a genuine advantage.

7. Regulation and standards

Hydrogen requires rigorous standards covering production, storage, transportation, equipment and end use.

Clear standards are essential if Canada wants to develop a large national hydrogen industry while also becoming a reliable international supplier.

Can Canada Really Become a Global Hydrogen Leader?

Yes—but not automatically, and probably not in every part of the hydrogen economy.

Canada possesses many of the ingredients required for global leadership:

  • clean electricity;
  • wind resources;
  • natural gas;
  • carbon-management potential;
  • industrial infrastructure;
  • technology and research capabilities;
  • Atlantic and Pacific ports;
  • access to major trading partners.

But leadership requires more than potential.

Canada must convert announced projects into operating facilities, establish dependable buyers, reduce production costs and build export infrastructure.

The country's greatest opportunity may therefore be to become a diversified low-carbon hydrogen and hydrogen-derivatives producer rather than betting everything on one technology or one export market.

Canada's Hydrogen Outlook to 2030–2040

2026–2030: The commercial test

The second half of the 2020s should be viewed as a period of commercial selection.

The strongest projects will be those capable of demonstrating:

  • competitive production costs;
  • secure energy supplies;
  • credible financing;
  • real customers;
  • strong infrastructure connections;
  • low lifecycle emissions.

Some projects will advance while others may be delayed, redesigned or cancelled.

2030–2040: Potential scale-up

If hydrogen demand develops as expected in heavy industry, ammonia, shipping and other difficult-to-electrify sectors, Canada could significantly expand production during the 2030s.

By then, the market should be less dependent on speculative announcements and more determined by actual delivered hydrogen costs.

The likely Canadian model

Canada's hydrogen economy could develop around several regional models:

  • Alberta: natural gas, carbon management and industrial hydrogen;
  • British Columbia: hydroelectricity, clean technology and Pacific access;
  • Quebec: hydroelectricity, electrolysis and industrial applications;
  • Atlantic Canada: wind-powered hydrogen and derivatives for domestic and international markets;
  • Ontario: industrial demand, transportation and integration with Canada's manufacturing economy.

This regional diversity may become one of Canada's greatest advantages.

Key Takeaways

  • Canada launched its national Hydrogen Strategy in 2020.
  • The country has substantial renewable electricity, wind, natural-gas and carbon-management resources.
  • Canada is already a significant hydrogen producer, although much of its existing production is conventional.
  • The Clean Hydrogen Investment Tax Credit has strengthened Canada's investment framework.
  • Germany remains an important potential export partner.
  • Atlantic Canada has some of the country's most ambitious export-oriented hydrogen proposals.
  • Not every announced hydrogen project will reach construction or commercial operation.
  • Hydrogen transportation remains one of the industry's biggest challenges.
  • Ammonia and other hydrogen derivatives may be more practical for some long-distance exports than pure hydrogen.
  • Canada's greatest advantage is the diversity of its energy resources and industrial base.
  • Canada's greatest risk is assuming that resource potential automatically creates a competitive hydrogen industry.
  • The decisive test will be whether Canadian hydrogen can be produced, transported and sold at commercially competitive prices.

Frequently Asked Questions

Is Canada a major hydrogen producer?

Yes. Canada is already a significant hydrogen producer, although much of its existing production is conventional hydrogen used in industrial processes. The major opportunity is to expand lower-carbon production.

Does Canada produce green hydrogen?

Yes. Canada is developing electrolysis-based hydrogen projects using renewable or low-carbon electricity. However, this remains much smaller than the country's established conventional hydrogen industry.

Why is Canada interested in exporting hydrogen to Germany?

Germany has substantial industrial demand and is seeking low-carbon energy and industrial feedstocks. Canada has large energy and renewable resources, creating a potentially complementary relationship.

Is Canada's hydrogen strategy succeeding?

It has produced measurable progress in policy, investment, infrastructure, technology development and international cooperation. However, the ultimate test—large-scale commercially competitive production and sustained exports—remains unfinished.

What is Canada's biggest hydrogen advantage?

Canada's greatest advantage is the combination of clean electricity, renewable resources, natural gas, carbon-management potential, industrial infrastructure, technology expertise and access to Atlantic and Pacific markets.

What is Canada's biggest hydrogen weakness?

The biggest weakness is economics. Producing and transporting low-carbon hydrogen at a price buyers are willing to pay remains difficult, particularly for long-distance international trade.

Will Canada export pure hydrogen?

It may, but hydrogen derivatives such as ammonia can be easier to transport and trade internationally. The final mix will depend on technology, infrastructure, market demand and economics.

Is hydrogen better than electricity?

Not generally. Direct electricity is normally more efficient when it can perform the same task. Hydrogen becomes more attractive where direct electrification is technically difficult or economically unattractive.

Can Canada become a world leader in hydrogen by 2030?

Canada can become a significant global hydrogen producer and technology supplier, but declaring it a global leader depends on how quickly projects reach commercial operation, how competitive Canadian hydrogen becomes and whether export markets develop at the expected scale.

Conclusion: Canada's Hydrogen Opportunity Is Real—But the Hard Part Has Started

When Canada's hydrogen strategy was launched, the global hydrogen industry was dominated by enormous expectations.

Governments announced ambitious targets. Companies proposed giant projects. Investors saw hydrogen as one of the defining industries of the energy transition.

Five years later, the industry has entered a more demanding phase.

The question is no longer whether hydrogen sounds promising. The question is whether individual hydrogen projects can make money while delivering genuinely low-carbon energy.

Canada remains exceptionally well positioned.

It has hydroelectricity, wind, natural gas, carbon-management potential, industrial expertise, research capacity and access to major international markets. But its hydrogen opportunity exists within a global energy system increasingly shaped by geopolitical shocks, oil prices, maritime security and changing trade routes.

WorldAtNet's analysis of US–Iran Talks and their implications for global security, oil prices, trade and inflation illustrates how quickly geopolitical developments can alter the energy environment in which long-term energy investments are made.

Government policy has also become considerably more developed, including tax incentives, infrastructure programs, international partnerships and standards work.

But Canada will have to compete against Australia, the Middle East, China, Europe and other emerging hydrogen economies.

The country therefore should not measure success by the number of hydrogen announcements.

It should measure success by tonnes produced, projects financed, facilities operating, customers secured, emissions reduced and hydrogen delivered competitively to real markets.

If Canada can accomplish that, its original ambition of becoming a global hydrogen leader could still become reality.

If it cannot, the country's hydrogen strategy may remain a story of enormous potential that never fully reached commercial scale.

The next phase will decide which of those two futures becomes Canada's reality.

5 Related WorldAtNet Articles

  1. The Green Hydrogen Economy: Promise, Money and the Reality Gap
    A deeper examination of green hydrogen investment, production economics, project cancellations and the commercial reality facing the global hydrogen industry.
  2. America, China and Russia: Three Economies, Three Trajectories in 2026
    An analysis of the economic and strategic competition among three of the world's most consequential economies.
  3. Middle East Shipping Routes at Risk and the Global Trade Shock
    Explains how disruptions to major maritime chokepoints can affect shipping costs, energy markets and global supply chains.
  4. How Inflation Is Reshaping Daily Life: Inside the 2026 Global Cost of Living Crisis
    Examines the relationship between energy shocks, shipping costs, inflation and the wider global economy.
  5. US–Iran Talks: What It Means for Global Security, Oil Prices, Trade, and Inflation
    Explores how geopolitical developments can rapidly affect oil prices, shipping, trade and inflation.

Authoritative Sources & Further Reading

Editorial Note

This article was substantially updated in August 2026 from the original 2021 WorldAtNet article. The existing URL has been retained so that the historical page can be transformed into a current, comprehensive resource rather than replaced by a new URL.

The article distinguishes between announced hydrogen projects and projects that have reached financing, construction or commercial operation. Hydrogen policies, project pipelines, investment incentives and market conditions can change, so figures and policy details should be reviewed periodically.

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Shahzad Ashraf Butt

Shahzad Ashraf Butt

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