Construction

Fueling Construction More Sustainably

Cost versus sustainability: it’s a dilemma the entire world faces, especially construction companies. Who could blame operators for thinking they have to choose between finishing a project under budget or completing it in a sustainable way?

With Neste MY Renewable Diesel™, construction companies can accomplish both. Neste MY reduces greenhouse gas (GHG) emissions by up to 75% compared to fossil diesel*. Plus, it has a high cetane number and cleaner combustion to deliver reliable, low-maintenance operation job after job, while significantly reducing fine particulates and other local emissions, benefitting your crew and your balance sheet.

Best of all: Neste MY is TOP TIER™ certified and ready to drop in to all existing diesel vehicles—no modifications and no need to change out your fleet.

Download the full guide to learn how you can reduce emissions and build the efficient, reliable performance you need to run on.

DOWNLOAD THE EBOOK

man in construction vehicle

Get the guide: Improving Fleet Performance and Sustainability at Once

Staying up to date on trends in transportation is vital to keeping the competitive edge that will help you win and retain new business. Download our guide to get concrete solutions to today’s challenges in fleet management.

Get the Guide: Run More Efficiently and Sustainably

Staying up to date on trends in transportation is vital to keeping the competitive edge that will help you win and retain new business. Download our guide to get concrete solutions to today’s challenges in fleet management.

Get the ebook: A Guide to Improving Construction Fleet Performance and Sustainability at Once

Click here to read how Neste handles personal data.

Left column

More information?

Contact us

Start now!

DOWNLOAD THE EBOOK

*Lifecycle greenhouse gas emission reductions compared to fossil diesel and based on current feedstock pathways. Calculation method complies with the LCFS CA-GREET 2.0
**Carbon emissions from the use of renewable diesel are zero, as the amount of biobased carbon dioxide released during combustion is equal to the amount previously absorbed by the renewable raw material.