Transport Lines

When working with rigid ductile iron or steel transport pipes, large open-trench methods are necessary. However, these methods come with safety requirements and extra certification for welds. Excavating trenches in densely populated urban areas poses challenges, leading to road closures, increased traffic congestion, and noise disturbances. Trenching, although unavoidable, can hinder other project processes and cause delays.

An alternative solution is trenchless laying. The material-specific flexibility of a PE (polyethylene) system allows for construction without extensive trenches. This approach reduces surface disruption, minimizes dust and noise, and results in fewer transport journeys. It’s a more efficient and community-friendly method.

Bad installations on gas pipelines cost on average € 1 Million¹ – which often fail due to improper installation. In the past, it has been impossible to measure welding quality in plastic piping systems without destroying the welding. Owners have had to face the decision to replace welds that may in fact be fine or accept the risk of failure.

To ensure utmost confidence in PE welding connections, consider our Ultrasonic NDT (Non-Destructive Testing) solution. Through ultrasound scans, we meticulously examine welds for any defects or tightness, ensuring safety and reliability before commencing operations.

¹CIRANO. (2015) Executive Summary: Socio-Economic Cost Assessment. 

When it comes to the transport of water, several critical challenges must be considered.

First, climate change directly impacts water utilities. Reduced surface water runoff in water-scarce areas poses challenges for water abstractions. Additionally, urbanization raises water demand, leaving deficits for millions of people.

Secondly, aging infrastructure is a pressing issue. Many water networks are old and require maintenance or replacement.Aging pipes can lead to leaks, inefficiencies, and service disruptions.

Thirdly, water scarcity is a constant concern. Balancing supply and demand becomes crucial, especially in regions with limited water resources. Efficient distribution and conservation are essential.

Fourth, regulatory compliance adds complexity: Water utilities must adhere to evolving regulations on water quality, safety, and environmental impact.

Lastly, budget constraints limit investment in infrastructure upgrades and technology adoption. Addressing these challenges ensures reliable water transport while minimizing environmental impact and safeguarding communities.

Offering a reliable water transport within these challenges can be a struggle, which makes it even more important to choose the right partner on your side in all the different project stages. Would you like to discuss your project with us? Speak to our experts

Transporting gas presents several different challenges. Greenhouse gas emissions, potential leaks, and environmental impact require careful consideration. Gas pipelines, operating under high pressure, demand robust materials and precise controls to prevent leaks. Corrosion, aging infrastructure, and pressure management are ongoing concerns. Material selection impacts durability, safety, and cost. Navigating complex regulations and implementing emergency response plans are essential.

Offering a reliable gas transport within these challenges can be a struggle, which makes it even more important to choose the right partner on your side in all the different project stages. Would you like to discuss your project with us? Speak to our experts

Preventing leaks not only conserves resources but also protects the environment and public safety. Therefore there are several pillars on which we rely when it comes to preventing leakages and creating safe connections: leak detection, safe and fast repairs, renewing infrastructure and pressure management:

1. Leak Detection: Early detection systems continuously monitor pipelines using pressure sensors, acoustic sensors, or satellite imagery. Prompt identification of leaks allows utilities to take immediate action, preventing major spills and infrastructure damage.
2. Safe and Fast Repairs: Swift repairs are crucial to prevent leaks from escalating. Utilities train maintenance teams, stock necessary repair materials, and respond promptly to reported leaks. This minimizes downtime and reduces environmental impact.
3. Renewing Infrastructure: Aging pipelines are prone to leaks. Regular inspections and maintenance help identify weak points, corrosion, or damage. Utilities replace or rehabilitate deteriorating sections to ensure reliability and safety.
4. Pressure Management: Excessive pressure weakens pipes and leads to leaks. Utilities use pressure-reducing valves to regulate pressure within safe limits. This extends the lifespan of pipelines and prevents stress-related failures.