Railway sector

Regardless of railway type, rail networks continue to be the backbone of modern-day society; essential for economic development and growth as well as providing many environmental advantages over other forms of transportation. Not only are new railways being invested in, this is also true for existing railway, with infrastructure requiring maintenance and enhancements as on an ongoing requirement, particularly when you consider that a percentage of railway infrastructure in use today dates back to the early 1900’s.     

Challanges

Climate change is accepted as being one of the biggest threats to the railway.  This means that supply chain has a key role to play in providing innovative solutions that address engineering challenges such as maximising cost efficiencies and performance, and critically, safety.  Environmental sustainability is also a key driver for change in the rail sector and something Triton strives to meet through the development of proven, innovative solutions that address complex environmental challenges specific to the rail sector.  

The Triton team has extensive rail expertise and many years of combined experience, especially in the UK having worked with Network Rail, Transport for London (TfL), Transport for Wales (TfW) as well as with the leading engineering contractors. 

We Solve Challenges Specific To The Rail Sector​

Protecting Underground Structures From Water Damage​

Advanced Osmotic Pulse (AOP) controls water movement and removes water from porous subterranean structures such as tunnels, basements and underground plant rooms. A low voltage output without harmful emissions or additives offers an environmentally sound solution.

managing water in earthworks to prevent Landslips and landslides

Water Extraction Transfer (WET) stabilises railway earthworks (cuttings and embankments) by controlling the movement of water to prevent landslips.

Reducing Plastic Materials Cost & Minimising Waste​

Utilising the Triton Green Polymer (TGP) process, plastic waste either brought in from a 3rd party or of waste generated by railway works itself can be recycled into high-grade polymer granules which in turn can be manufactured into new products for railway projects.  The perfect example of the circular economy.

Reducing Plastic Materials Cost & Minimising Waste​

Utilising the Triton Green Polymer (TGP) process, plastic waste either brought in from a 3rd party or of waste generated by railway works itself can be recycled into high-grade polymer granules which in turn can be manufactured into new products for railway projects.  The perfect example of the circular economy.

minimising the environmental cost of concrete without compromising quality

Tritonite is a cost effective additive that makes concrete stronger, reduces overall volume/weight, and allows for sub-standard sand and aggregates to be used in place of high- grade materials whilst maintaining the same or higher qualities

improve performance & efficiencies through innovations

meeting environmental sustainability and carbon neutral targets