Through solutions like the RAH60 asphalt recycling system and energy-efficient equipment, Ammann empowers contractors to meet the nation’s growing infrastructure demands while reducing environmental impact.

How is Ammann leveraging AI, IoT, and innovative recycling systems to enhance the efficiency, sustainability, and cost-effectiveness of large-scale infrastructure projects?

We design our innovations to enhance efficiency, speed, and cost-effectiveness in large-scale infrastructure projects such as highways, metro rail, tunneling, mining, and railways. Our advanced asphalt and concrete mixing technologies are built for high productivity and precision, ensuring optimal output and durability, which are crucial for large projects with tight schedules.

One of our standout solutions is the RAH60 recycling system, which produces asphalt mixes using up to 60% recycled materials. This promotes sustainability and helps reduce material costs and project timelines. For concrete, our CC Elba Series Concrete-Mixing Plants offer fast installation and flexible deployment, enabling us to deliver high-quality projects quickly.

Technologies like AI and IoT are transforming our construction equipment, advancing efficiency, productivity, and precision. I envision a future where intelligent production hubs, powered by AI, process real-time data from sensor-equipped machinery to enable predictive maintenance. This minimises downtime and repair costs while optimising machine usage, fuel consumption, and overall project workflows.

AI-driven analytics and autonomous systems allow for automated adjustments to mixing parameters, reducing manual intervention and human error. These advancements help ensure safer operations, improve accuracy, and accelerate project completion, positioning us as a key contributor to efficient and sustainable infrastructure development.

What role do Ammann’s sustainable technologies play in reducing energy consumption, emissions, and material waste in construction projects?

Sustainability is at the core of our innovations, driving us to reduce energy consumption, lower emissions, and incorporate green technologies into our equipment. We address the growing demand for sustainable construction practices through cutting-edge recycling systems, energy-efficient solutions, and renewable fuel alternatives.

Our RAH60 recycling system allows us to produce asphalt mixes with up to 60% recycled materials, reducing the need for raw materials and minimising environmental impact. Additionally, the RAC25 and RAH50 systems enable 25% and 50% Reclaimed Asphalt Pavement (RAP) respectively, ensuring the quality of recycled materials is preserved through gentle heating while saving energy.

Ammann’s burner technologies support biofuels and natural gas, offering contractors eco-friendly options to reduce carbon emissions. A prime example is our ValueTec asphalt plants, renowned for their energy efficiency and significant fuel consumption and emissions reductions, particularly when using RAP.

Our retrofitting solutions also demonstrate our commitment to sustainability. They provide clients with the opportunity to upgrade older plants with modern, energy-saving technologies. This cost-effective approach extends the equipment’s lifespan and helps reduce waste.

How is Ammann managing rising production costs while maintaining quality through automation, digitalisation, and strategic partnerships?

To address rising production costs and operational challenges, Ammann has adopted a multifaceted approach, focusing on automation, digitalisation, strategic partnerships, lean manufacturing, and sustainability. Advanced manufacturing technologies like automated production lines and robotics boost efficiency by minimising human error, speeding up production, and reducing material waste, all while ensuring consistent quality.

Digitalisation has been crucial in optimising our supply chain management. We can enhance demand forecasting, streamline inventory management, and improve supplier coordination by utilising AI-driven data analytics and IoT cloud solutions. Real-time tracking and automated alerts help us respond quickly to disruptions, ensuring timely deliveries and reducing the risk of overproduction.

Strategic partnerships with local and global suppliers strengthen our supply chain resilience, providing competitive pricing and a steady supply of raw materials, even in volatile markets. Lean manufacturing principles also play a key role, refining workflows by eliminating non-value-added tasks, boosting efficiency, and lowering overhead costs. Our commitment to sustainability further reduces operational expenses by incorporating energy-efficient equipment, cutting energy consumption.

How can upskilling, digitalisation, and industry collaboration empower MSMEs to strengthen the construction equipment supply chain?

The MSME sector is vital in the construction equipment supply chain, providing essential components and services that ensure the industry’s efficient operations. Upskilling these enterprises is key to producing high-quality components and adapting to new technologies. Key initiatives include specialised training in advanced manufacturing techniques, quality control, and lean practices, helping MSMEs uphold stringent standards.

Digitalisation is also crucial, enabling MSMEs to streamline operations, reduce errors, and improve component precision through smart manufacturing and IoT-driven monitoring. At Ammann, we and other industry leaders are increasingly collaborating with MSMEs to strengthen the supply chain. Through these partnerships, MSMEs receive technical support, access to advanced machinery, and guidance on enhancing product quality, benefiting both sides.

Furthermore, industry associations can help establish certification programs to set international quality benchmarks and build trust with larger manufacturers. Government initiatives like India’s Technology Centre Systems Program (TCSP) and ZED (Zero Defect, Zero Effect) Certification provide MSMEs with financial support, training, and access to advanced technology, promoting sustainable manufacturing practices.

By combining industry collaboration, digitalisation, government support, and targeted upskilling, we can empower MSMEs to meet the evolving needs of the construction equipment industry, reinforcing the supply chain and driving growth in the sector.

Which policy reforms can enhance the industry-government partnership and foster innovation in the construction equipment sector?

A stronger partnership between the industry and government is key to streamlining operations and driving innovation in sectors like construction equipment, which are vital for infrastructure development. Regular conversations between industry leaders and policymakers—through forums where businesses can share insights on regulations, technology, and market challenges—will help create more adaptable and future-focused policies.

To encourage innovation, the government could establish dedicated R&D funds targeting automation, AI, and green technologies, enabling the industry to stay competitive globally. Additionally, digitalising government processes could expedite approvals, certifications, and compliance, reducing delays and operational costs.

If we were to propose two key policy reforms, the first would be to simplify the regulatory framework. A unified, transparent, and digital system would reduce time and resources spent on permits, environmental clearances, and approvals, making the sector more attractive to foreign investors. The second reform would incentivise local manufacturing with tax breaks and subsidies for multinational and domestic companies investing in advanced technologies. This would strengthen supply chains, reduce import reliance, and help domestic players meet international standards.

Offering incentives for sustainable practices, compliance, and training would boost India’s competitiveness in construction equipment and help meet the government’s 2030 targets of reducing carbon emissions by 22% and lowering carbon intensity. This would lead to immediate improvements in business efficiency, cost savings, and innovation.

How is Ammann contributing to India’s infrastructure growth with sustainable and innovative solutions at Bauma India 2024?

Bauma India 2024 theme, “Charting India’s Infrastructure Growth Journey for Viksit Bharat,” reflects Ammann’s dedication to supporting India’s infrastructure goals with advanced, sustainable solutions. As India undertakes ambitious projects in highways, metro rail, and smart cities, our innovations are specifically designed to meet these needs efficiently and sustainably.

We are showcasing cutting-edge technologies such as the RAH60 asphalt recycling system, which can incorporate up to 60% recycled materials—an essential step toward sustainable nation-building. This approach aligns with India’s push for sustainability and resource conservation, all without compromising quality. Our energy-efficient equipment, including advanced burner technology, supports renewable energy sources and biofuels, helping reduce energy consumption and carbon emissions while enabling contractors to manage operational costs flexibly.

Our digital solutions, powered by IoT and AI, enable smarter project management with predictive maintenance, optimised fuel usage, and automated processes. These tools contribute to timely, resource-efficient project delivery. Additionally, we highlight the importance of retrofitting by upgrading existing plants and machinery to meet modern standards, supporting the government’s vision for resilient, cost-effective infrastructure.

Our presence at Bauma India 2024 underscores Ammann’s commitment to enhancing infrastructure efficiency, sustainability, and long-term viability, contributing to India’s growth with future-ready solutions.