The asphalt and pavement preservation industry is often misunderstood as a straightforward, labor-intensive field defined by construction zones and heavy equipment. But behind the visible work exists a highly technical, relationship-driven industry undergoing continuous transformation. Insights from four seasoned professionals at BASF with 120 years combined experience reveal a sector shaped by innovation, adaptability, and a shared commitment to delivering long-term value.
A Legacy of Change and Adaptation
Over the past several decades, one of the most significant shifts in the asphalt industry has been the evolution of material performance—driven in large part by advances in chemistry and engineering.
Arlis Kadrmas, an expert technical specialist, who brings nearly 40 years of experience in asphalt formulation, points to a fundamental change in raw materials as a catalyst for innovation. “The biggest change that I have seen in the industry is the advancement in performance of products due to engineering emulsions specifically for the applications,” he explains.
However, this progress has not come without challenges. Kadrmas notes that asphalt consistency has become increasingly unpredictable due to changing crude oil sources: “When I started in the industry, you could expect the asphalt from a specific refinery to remain pretty consistent… As years have passed, variability in asphalts has become the norm.”
This shift has forced suppliers to continuously innovate. Emulsifiers, polymers, and latex formulations are now engineered to compensate for variability, ensuring consistent performance despite inconsistent inputs.
Preserving Value Through Proactive Maintenance
A central theme across industry experts is the growing importance of pavement preservation. Rather than focusing solely on repairing the worst roads, agencies and contractors are increasingly adopting preventative strategies.
Kadrmas highlights a common misconception: “When people see work being done on a road that is not the ‘worst’ in their area, they wonder what they are doing.” He explains that preserving roads in good condition is actually a more efficient use of taxpayer dollars. “It is a much better use of taxpayer money to preserve the roads in good condition to make them last longer.”
This shift reflects a broader move toward lifecycle cost management, where long-term performance and sustainability take precedence over short-term fixes.
An Industry Driven by Science and Innovation
While the public often associates the asphalt industry with physical labor, its foundation is deeply rooted in science, engineering, and technology.
John Morgan, a sales account manager with a background in chemical engineering, emphasizes the complexity behind the scenes: “What often gets overlooked is how essential and far-reaching our industry really is… There is a tremendous amount of technical expertise behind the scenes.”
From polymer dispersions to advanced emulsions, innovation is reshaping how roads are built and maintained. Morgan adds, “Today, we’re not just building roads; we’re engineering solutions that reduce environmental impact, extend pavement life, and improve safety.”
This blend of infrastructure and advanced chemistry is redefining the industry—turning it into a hub of innovation that supports economic growth and sustainability.
Looking Ahead: Sustainability and Efficiency
The next decade promises continued evolution, with a strong focus on sustainability, efficiency, and performance.
Bill Kirk, a technical specialist with nearly four decades at BASF, sees major changes on the horizon: “More pavement preservation surfaces with more cold and warm mixes to save energy and be safer for the workers.”
He also anticipates a dramatic increase in the use of recycled materials: “Higher RAP usage – even up to 100% in hot mix.”
Morgan echoes this outlook, emphasizing the convergence of materials science and infrastructure: “Use of pavement preservation and recycling techniques will accelerate… Customers will expect suppliers to bring not just products, but a complete solution.”
These trends highlight a future where companies must go beyond supplying materials to deliver data-driven, validated, and sustainable solutions.
The Power of Relationships
Despite technological advancements, one constant remains: the importance of relationships.
Daniel Moors, strategic account manager, who has spent more than 20 years in the industry, underscores the value of hands-on learning and collaboration. Early in his career, he spent months working alongside customers in labs, plants, and field operations—an experience that shaped his perspective.
“The industry is firmly built on relationships and partnerships,” Moors says. He describes how these experiences fostered long-term trust, adding, “Business in this industry is largely done on a handshake and living up to your word.”
Success, he notes, depends on fundamental interpersonal skills: “Relationship building, asking good/value added questions, listening, and following up.”
Morgan agrees that expectations have evolved. “It’s no longer enough to just be responsive. You must be a trusted resource and partner… showing up consistently, solving real problems, and bringing insights that help customers win.”
Lessons from Experience
Across all contributors, a key lesson emerges: technical capability must be balanced with practical and strategic thinking.
Kirk reflects on a lesson learned over time: “BASF can make almost any polymer… but it may not always be the right polymer for us to produce.” He emphasizes the importance of considering the full picture—costs, logistics, production impact, and market needs.
This holistic mindset is increasingly critical in an industry where efficiency and sustainability are paramount.
What Drives Motivation
Beyond technical challenges and market trends, personal motivation plays a crucial role in long-term success.
For many, it begins with people—both inside and outside the organization. Kadrmas finds inspiration in the industry’s collaborative spirit: “The people in the asphalt industry have a passion for their work… there is support between our customers as they want to do good work.”
Morgan points to family and purpose: “What keeps me motivated starts with my family… I love working through complexity and finding the right path forward.”
This shared sense of purpose—combining personal fulfillment, professional challenge, and customer success—drives innovation and excellence across the industry.
The Bigger Picture
At its core, the asphalt industry is about more than roads. It is about enabling the movement of people, goods, and services that sustain modern life.
As Morgan puts it, “Infrastructure is the backbone of the economy… every commute, every emergency response… depends on safe, reliable roadways.”
Understanding this broader impact helps explain why the industry continues to evolve—and why its professionals remain committed to pushing boundaries.
Conclusion
The asphalt and pavement preservation industry stand at the intersection of tradition and transformation. While deeply rooted in decades of experience and strong relationships, it continues to evolve through innovation, data-driven decision-making, and an increasing focus on sustainability.
From adapting to variable raw materials to developing high-performance, application-specific solutions, industry leaders are shaping a future defined by resilience, efficiency, and long-term value. What may appear from the outside as routine roadwork is, in reality, a complex and essential system—one powered by advanced chemistry, engineering precision, and collaborative problem-solving.
As the industry continues to push toward longer-lasting, more sustainable infrastructure, the role of advanced materials becomes even more critical. Technologies that protect, strengthen, and extend pavement life are no longer optional—they are foundational to meeting the demands of modern infrastructure.
BASF’s Performance Additives portfolio is designed with this future in mind, offering a complementary suite of stabilization technologies that enhance asphalt durability and performance. Tinuvin® 1130 and Tinuvin® 9945-DW ECO (UV absorbers) work alongside Tinuvin® 292 and Tinuvin® 123-DW ECO (HALS) to protect asphalt and SBS-modified binders from UV-induced degradation—helping maintain elasticity, preventing cracking, and extending service life. Expanding this portfolio, Irganox® 1010-DW ECO, an antioxidant designed for water-based systems, enhances resistance to thermal and oxidative degradation in applications such as asphalt emulsions, roof coatings, and sealants.
Looking ahead, BASF will further strengthen its offering with the launch of Tinuvin® 5336-DW ECO (currently CGL 336), a ready-to-use UVA/HALS dispersion engineered for waterborne coatings on concrete and other highly alkaline substrates. This innovation delivers excellent photostability, gloss retention, and low discoloration—even under severe weathering—supporting the next generation of durable, high-performance construction solutions.