If you work in the infrastructure industry, chances are you have heard about the steep decline in projects.
Countries like the US, UK, UAE and Australia are already facing this problem, and many other countries are to follow.
This is because the supply of bitumen is unstable, and the projects are facing delays. In fact, many projects are now experiencing 10-20% delays and cost overruns simply because material planning did not account for market volatility.
The point is, this is not a temporary situation. In order to stay on track and maintain profit margins, you must understand what is really happening in the global bitumen market and what is coming next.
This blog post does exactly that. We analyze the bitumen market trends for 2025-2026, the outlook for different regions, and the risks to the supply chain that are affecting infrastructure projects around the world. And then we distill all that information into a practical 9-step planning guide that you can actually use when making procurement decisions.
When project teams stop reacting to price shocks and start planning with market intelligence, the results are real: 8-12% cost savings, reduced delays, and improved long-term pavement performance even in a volatile market.
Key Takeaways
These are the key takeaways from this blog:
- The international bitumen market is expanding rapidly. Currently valued at USD 73.35 billion in 2024, the market is set to grow at a CAGR of 3.9% and reach USD 98.62 billion by 2032, mainly due to rising road development and maintenance activities across the world.
- To fuel this development, governments are investing heavily in infrastructure.
- The US has allocated USD 134 billion for highway and bridge development in 2025, the UK is investing GBP 27.4 billion through RIS3, the UAE is pouring in AED 750 million for Emirates Road schemes, and Australia has pledged an additional AUD 28.3 billion to upgrade major transport routes.
- While the demand for bitumen is increasing, its prices are becoming increasingly unpredictable.
- After remaining range-bound at around USD 900 per metric ton (VG10) in late 2024, bitumen prices for 2025 are likely to remain 15-25% variable, mainly due to uncertainty in international crude oil prices.
- To cope with this unpredictability, major bitumen consumers are now diversifying their sourcing options, opting for Performance Grade and Polymer-Modified Bitumen, and signing contracts 6-9 months in advance to secure favourable prices.
Why This Matters Now
Infrastructure Spending Accelerates Globally
Infrastructure investment is set to accelerate worldwide—and quickly. To fill the existing gap and meet the need for rapid urbanization, the world will require USD 4.2 trillion of infrastructure investment annually through 2035.
Governments are already filling the gap. In the United States, the Infrastructure Investment & Jobs Act (IIJA) is expected to inject USD 134 billion of infrastructure investment by 2025 in highways, bridges, and resilient pavements. The UK’s RIS3 initiative is continuing the success of RIS2, allocating GBP 27.4 billion through 2030 for road maintenance, congestion relief, and EV integration.
In the UAE, the AED 750 million Emirates Road project is supporting Vision 2031 and Expo-driven development, which is expected to drive an 8.2% CAGR in urban infrastructure. At the same time, Australia has allocated AUD 28.3 billion in its 2025-26 budget to accelerate major transport projects, including climate-resilient highways.
The effect? Demand for bitumen is accelerating at 5-7% per annum worldwide, increasing the pressure on already tight supplies.
Bitumen Market Volatility Escalates
Bitumen prices are closely linked to crude oil prices, but with more volatility because of production constraints and regional supply shortages.
In December 2024, VG10 bitumen prices dropped by 8-10% to around USD 900/MT, as crude oil prices softened. Yet, the forecast for 2025-2026 indicates that volatility is set to return.
Why? Refinery closures in Europe, reduced exports from the Middle East, seasonal production cuts, and global shipping bottlenecks are squeezing supplies.
Bitumen prices have historically ranged between 25% and 40% over the period from 2021 to 2024, with annual variations of up to 18% in the Middle East.
Planning Cycles out of Sync with the Marketplace Dynamics
The real problem here is that infrastructure planning cycles take 3-5 years.
But the bitumen market moves in 6-12 month cycles.
This mismatch in timelines lead to refinery shutdowns, OPEC announcements, and changes in demand patterns.
This is why there are delays in projects, spot purchases at higher prices, and changes in specifications.
By late 2025, there has already been a slowdown in paving work due to uncertainty and rising prices. This is why seasoned buyers are now looking at the reliability of suppliers and market timing, apart from the lowest price.
Global Bitumen Market Overview (2024–2026)
Market Size & Growth Projection
The international bitumen market was valued at USD 73.35 billion in 2024 and is projected to reach USD 98.62 billion by 2032, growing at a CAGR of 3.9%.
However, certain models forecast an even higher growth rate, with the market value surpassing USD 103 billion by the end of the decade.
In terms of production, the market currently produces close to 134 million tons of bitumen, which is set to increase to 173 million tons as the aging infrastructure in North America and Europe needs to be resurfaced, and airports and seaports are upgraded to support heavier traffic. Paving bitumen leads the demand, while oxidized and cutback bitumen are used for roofing and industrial applications.
However, the bitumen market faces certain challenges despite the steady growth rate, including crude oil price fluctuations, environmental regulations for emissions, and the gradual development of bio-based alternatives.
Regional Demand Breakdown
Asia-Pacific dominates with a 46% share and USD 22.27 billion in 2024 value, fueled by China’s Belt and Road Initiative and India’s highway expansions.
Region | 2024 Share | 2025 Value (USD Bn) | CAGR (2025+) | Key Drivers & Challenges |
Asia-Pacific | 46% | 22.27 | 5.1% | Urban highways (China/India); monsoon logistics risks. |
Middle East/Africa | 18% | 13.22 | 4.8% | UAE/Saudi mega-projects; export dependencies. |
North America | 16% | 14.43 (US: 13.16) | 3.6% | IIJA bridges; shale oil byproducts. |
Europe | 14% | 18.16 (UK: 1.80) | 3.2% | Ageing roads; EU Green Deal refinery shifts. |
Australia/Oceania | 6% | ~4.40 | 3.9% | Climate-resilient pavements; remote site premiums. |
North America benefits from domestic oil sands production, while Australia contends with import reliance.
Supply Chain & Production Landscape
The bitumen market is evolving FAST!
Technologically and tactically.
Performance-grade bitumen is also gaining popularity, with PG grades currently having 22% more market share than in 2022 due to improved resistance to rutting and fatigue in different climatic conditions. Polymer-modified bitumen is also increasing at a faster pace, with a projected 6.1% CAGR, driven by the need for durable, high-traffic roads.
Sustainability is no longer a choice. Contractors are also increasing the use of reclaimed asphalt pavement (RAP) to 20-30%, reducing the use of virgin materials and resulting in a 35% reduction in emissions. Warm mix asphalt is also reducing energy use by 20%, while bio-bitumen, made from lignin, vegetable oils, and algae, is achieving a 70% reduction in emissions in pilot projects.
At the same time, the sector is experiencing consolidation. The top 10 suppliers now account for more than half of the world’s exports, and online auctions are also helping buyers close cost overruns by 14%. The lesson learned is that in a tight market, supply chain partnerships are as important as price.
Trends & Market Insights, after 2025
The market is also evolving fast, technically and strategically.
Performance-graded bitumen is gaining ground, with PG grades now holding 22% more market share than in 2022, thanks to better resistance to rutting and fatigue across varying climates. Polymer-modified bitumen is growing even faster, projected at a 6.1% CAGR, driven by demand for longer-lasting, high-traffic pavements.
Sustainability is no longer optional. Contractors are increasing the use of reclaimed asphalt pavement (RAP) to 20–30%, cutting virgin material use and reducing emissions by up to 35%. Warm mix asphalt is lowering energy consumption by 20%, while bio-bitumen, derived from lignin, vegetable oils, and algae, is delivering emission reductions of up to 70% in pilot projects.
Meanwhile, the industry is consolidating. The top 10 suppliers now control over half of global exports, and digital tools like online auctions are helping buyers reduce cost overruns by around 14%. One takeaway is clear: in a tight market, strong supply-chain partnerships matter just as much as price.
The Infrastructure
1. Demand Forecasts by Project Phase
Base course-40%: Volume, structural; Binder-30%: Stability; Wearing surface-20%: Skid resistance, and finally, the ESAL overlays-10%: Maintenance. Use ESAL counts like 20M for interstate routes, together with a 20-year life cycle analysis, to prevent a 15% error margin that can occur in a lump
2. Modelling Price Risk
Build scenarios: base base cost, = $900/MT; +15% volatility cost, – $1,035 from oil price spikes; +30% disruption cost: $1,170 from supply disruptions. Connect simulation scenarios with the Monte Carlo to Brent oil prices. “PwC achieves 8-12% cost savings in contingency planning,
3. Planning specification
Prioritised performance criteria for asphalt: penetration versus plastic content (PG). Results in performance criteria of PG 58-34 for wet-freeze conditions on UK motorways, PG 76-34 for hot conditions in the UAE, and PG 64-22 for US interstates. Initial costs balanced against life cycle costs, incorporating AASHTO M320 rheology tests for high-modulus asphalt
4. Supplier Strategy
Strategically diversifying sources by: adopting a tiered structure of sourcing: primary sources, howbeit in the Middle East for lower costs,60%; Asia/Australasia’s for their nearness,30%; finally, the spot market cushion of 10% to 15%; and ensuring ISO 9001/14001 certification, audited consignment records, and forward contracts, no single-origin dependence post-2024
5. Logistics & Storage Planning
Bulk tankers (>5,000 tons, 10% savings) vs. drums: these can be adapted for the remote locations in the UAE. Secured terminal location close to the project site, allocating 2-5% for heated storage. Routing optimisation via GIS applications: this overcomes the loss of 10-18% associated with the impact of the season.
6. Compliance with Regulations
The requirements include:
- US FHWA Superpave PG series, with net zero provisions in the UK and UAE, and the UAEâ€- AASHTO M320 series for high temperature grades.
- The Australian requirements include Austroads AGPT/T190 series for RAP content.
7. Integration of Sustainability
Add 20-30% RAP with 35% emissions reduction; for low temps, WMA additive Sasobit. Develop scaling for bio-bitumen pilot roads; for higher RAP content, 50% savings in lifespan costs confirmed by FHWA.
8. Contingency
Develop redundancies: secondary shipping, grade substitutions (VG30 for VG10), holding inventory 30-60 days. Stress test quarterly by tabletop.
9. Optimisation of Procurement Timing
Begin 6-9 months before the pour: recognises savings of 7-10% per KPMG; tracking of Argus Media indices bi-weekly Real-World Examples & Templates.
Annual Infrastructure Bitumen Budget Template
Category | % Budget | Example (USD 1M Project) | Key Considerations |
Base Material (VG/PG) | 55% | $550,000 | Bulk pricing, grade premiums |
Logistics & Storage | 18% | $180,000 | Freight, seasonal heating |
Contingency Reserves | 12% | $120,000 | Volatility/disruption |
Compliance & Testing | 8% | $80,000 | Labs, certifications |
Sustainability Upgrades | 7% | $70,000 | RAP/WMA/bio-additives |
Scale proportionally for larger scopes.
Common Planning Mistakes (And How to SolutionThem)
Mistake | Typical Impact | Proven Fix | Savings Potential |
Starting at the tender stage | 20% cost overruns | Initiate at concept design | 10-15% |
Single-supplier dependency | Delivery failures (30%) | Three-region diversification | 8-12% |
Overlooking logistics early | 10-18% added expenses | GIS-integrated from Day 1 | 12% |
Static fixed-price assumptions | Volatility exposure | Dynamic scenario modelling | 8% |
Procuring <3 months early | Premiums + delays | 6-9 month forward contracts | 7-10% |
7-Day Action Plan for Decision-Makers
Day 1: Full audit of existing sourcing approach against a split of 60/30/10.
Day 2: Measure volatility risk using base/+15%/+30% price scenarios
Day 3: The diversification of supplier contracts and the conditions for penalties
Day 4: Identifying the Gaps in Logistics, Including Terminals and Risks of Seasonality
Day 5: Amended specification reflecting 20% RAP and PG grades
Day 6: Develop and Test Contingency Scenarios, such as Route Re-optimisation in Advance
Day 7: Complete all procurement-related calendars according to the market conditions for 2025-2026.
Conclusion
The global bitumen market isn’t broken. It’s just changed.
What used to be a predictable input has become one of the biggest variables in infrastructure delivery. Prices swing faster than project timelines, supply chains are tighter than ever, and procurement decisions made too late are quietly eroding margins long before construction even begins.
And that’s the real takeaway.
Projects aren’t failing because demand is weak. They’re stalling because planning models haven’t caught up with market reality.
The teams that are still reacting to price shocks, chasing spot purchases, or locking specifications too early will continue to face delays, overruns, and performance compromises. But the teams that treat bitumen as a strategic lever, aligning procurement timing, supplier diversification, performance-based specifications, and sustainability goals, are already pulling ahead.
That’s why the 2025–2026 window matters.
Infrastructure spending is accelerating globally. Demand is rising faster than supply. Volatility isn’t going away. In this environment, the difference between a delayed project and a resilient one isn’t budget size. It’s preparation.
When you plan 6–9 months ahead, model price risk realistically, diversify suppliers, and integrate performance and sustainability into specifications early, the results compound. Lower lifecycle costs, fewer disruptions, and pavements that last longer under real-world conditions.
In short, bitumen procurement is no longer about buying material at the lowest price.
It’s about buying certainty in an uncertain market.
The teams that understand this now won’t just survive the next cycle. They’ll outperform it.
Frequently Asked Questions
What makes the bitumen consumption levels rise globally?
Well, it gets backed by expansion and renovation activities, as well as urbanisation. Around 46% of this consumption is provided by the Asia Pacific region, involving mega projects in India.
How are the prices of bitumen volatility-wise?
These are typically 20-35% annually and are strongly linked to the price cycles of oil; increases are expected around 2025, thanks to pauses in supply.
But which areas have emerged as winners in terms of exports?
The main regions that dominate exports are the Middle East and Asia/Pacific, accounting for 65% of exports. Saudi Arabia and the UAE
How is bitumen influenced by the price of oil?
The prices are linked to Brent because of its low refinery yield of 3-5% as the refinery by-product of crude, using refinery margin multipliers.
What are the typical grades used in infrastructure projects?
Performance grade (PG 64-22/76-34); PMB for durability and penetration resistance of VG 10/80-100.
