LTZ Green DEF

Carbon negativity built in.

LTZ Green DEF™ offers up to 300% in CO2 emission reduction which saves the need for additional carbon offsets.

Carbon-Negative

Up to 300% CO2 Emission Reduction

ISO 22241 Compliant

API & VDA Compliant

100% Pure

  • Carbon-Negative
  • Up to 300% CO2 Emission Reduction
  • ISO 22241 Compliant
  • API & VDA Compliant
  • 100% Pure

Meet LTZ Green DEF  

What is it?

LTZ Green DEF ™ is a diesel exhaust fluid manufactured with 32.5% high-purity, biomethane-based urea and 67.5% deionized water designed for use in passenger vehicles, trucks, construction, and agricultural equipment. It is compatible with all equipment using Selective Catalytic Reduction (SCR) technology.

Why use it?

LTZ Green DEF ™ prevents SCR breakdown, reduces harmful nitrogen oxide emissions by 90%, and even improves fuel efficiency by up to 5%. It is a simple-to-use, low-cost, clean solution for meeting NOx limits according to the Clean Air Act and latest Euro V and VI emission standards for heavy-duty engines, and the latest Euro 6 emission standards for diesel passenger cars.

LTZ Energy Solutions LTZ Green DEF ™ in black 300 gal IBC
Carbon-Negative

Producing our DEF from biomethane, CO2 emissions of DEF are reduced over its lifecycle. Using LTZ Green DEF™ instead of fossil DEF mitigates 1.8 tons of CO2 emissions per year per vehicle.

Highest Standards

LTZ Green DEF ™ complies with the ISO-22241-1 specification for DEF, is VDA AdBlue & API DEF Standard compliant and meets or exceeds OEM specifications.

Ready to go

Green DEF produced from biomethane can be used today as it is chemically identical to the fossil DEF product. This enables the continued use of the existing supply chain, infrastructure, and diesel engine technology

Highest Quality

From the source to production to delivery and fulfillment we only work with vetted and seasoned experts and organizations to ensure the highest quality.

LTZ Green DEF ™ in numbers

By switching production from natural gas to biomethane, CO2 emissions of DEF are reduced over its lifecycle. Even better, by using biomethane produced from manure it becomes CO2 negative. Thus, the more a fleet drives using green DEF, the more CO2 is sucked out of the atmosphere thus actively helping to reverse climate change.

-0.8

kg CO2 saved per kg DEF

1.8 tons

CO2 saved annual per truck

-300%

less emission vs. fossil DEF

Scopes in Scope

Why the GHG Protocol matters

The Greenhouse Gas Protocol is the world's most widely used carbon emissions reporting standard. It uses a 3-scopes approach for classifying your emissions into direct emissions from owned or controlled sources, and indirect emissions linked to the value chain of the reporting company.

How to make GHG work for you with Green DEF

If you run your own diesel vehicle fleet, the high benefits of carbon-negative Green DEF are reported into the scope 1 "direct" and scope 3 "indirect" emissions categories. If a subcontractor of yours uses LTZ Green DEF™ for its fleet operations, you report these benefits into your scope 3 "indirect" emissions category.

Developing a GHG & carbon strategy

As manufacturer of green DEF and carbon-negative products we have made it our mission to assist all organizations to decarbonize. If you currently do not have a carbon or green house gas (GHG) strategy you might be leaving money on the table. We are happy to assist you in examining the potential for your operation.

LTZ Green DEF ™ Technical Specifications

Physical & Chemical Properties

Boiling Point

>100˚C 

>212˚F

Crystallization Point

-11˚C 

12˚F

Specific Gravity

1.09  — (Water = 1)

Vapor Density

0.6 H2O,>1 — (Air = 1)

Water Solubility

100%

Appearance

Colorless Clear Liquid

Odor

None to Slight Ammonia

Evaporation Rate

<1

Pounds/Gallons 

9.1

Storage & Handling

DO NOT MIX WITH DIESEL FUEL. 

Optimal storage temperature: -11˚C to 25˚C. 

DEF will freeze at -11°C.

Avoid direct exposure to sunlight. 

ISO 22241 standards require the use of only stainless steel and/or certain plastics, such as high-density polyethylene (HDPE) or polypropylene, to store DEF in order to prevent contamination and SCR failure. 

Materials specifically not recommended include non-ferrous metals and alloys (copper, aluminum, magnesium, silver, zinc, and lead), solders containing non-ferrous metals, and nickel-coated plastics and metals. 

See our Material Safety Data Sheet for more information on material compatibility and exposure instructions.

Safety Data Sheets

Please download and review the Safety Data Sheet (SDS) applicable to your location. To download or view them, please go to Recommended Resources.

Compliance

LTZ Green DEF ™ conforms to the ISO-22241-1 specification for DEF, is API & VD compliant and meets OEM specifications. We ensure a quality product with an extensive, redundant quality management process, controlling specifications through the entire product channel — from manufacturing through distribution to the end-user.

Want to talk about LTZ Green DEF ™?

We are at your disposal. Give us a call today. View our contact information here or fill the below call back request form and we will be in touch asap.

Why carbon-negative DEF is the future

Green DEF produced from biomethane can be used today as it is chemically identical to the fossil DEF product. This enables the continued use of the existing supply chain, infrastructure, and diesel engine technology. By switching production from natural gas to biomethane, CO2 emissions of DEF are reduced over its lifecycle. Even better, by using biomethane produced from manure it becomes CO2 negative (-0.8 kg CO2/kg DEF) — reducing emissions by up to 300% versus fossil DEF.

The more a fleet drives using green DEF, the more CO2 is sucked out of the atmosphere thus actively helping to reverse climate change. For example, for a truck running 100,000 km p.a. (or 62,000 miles p.a.) using about 30 tons of diesel p.a., its DEF consumption will be around  1.5 tons per year. Using green DEF instead of fossil DEF mitigates 1.8 tons of CO2 emissions per year per vehicle.

The Problem: A costly hidden carbon footprint

Conventional DEF (Diesel Exhaust Fluid) is made from natural gas and thus holds a large hidden CO2 footprint. In the coming years, this CO2 footprint will have to be offset by operators through CO2 certificates, whose price is rising fast.

The Solution: Carbon-negative LTZ Green DEF™

By switching production from natural gas to biomethane, CO2 emissions of DEF are reduced over its lifecycle. Even better, by using biomethane produced from manure it becomes CO2 negative (-0.8 kg CO2/kg DEF) — reducing emissions by up to 300% versus fossil DEF.

Recommended Resources

Safety Data Sheet (SDS)

Wether you have already purchased LTZ Green DEF™ and want to load our SDS into your system or want to read all about the technical details of our product, please be sure to read, review, and disseminate our SDS in your organization for maximum safety.

Product Description

Review our product description and forward it internally as you see fit. We have compiled a 2-page summary for your convenience to discuss LTZ Green DEF™ with your colleagues from purchasing to carbon management to executive management. 

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Read our Green DEF white paper

BUSINESS GUIDE

Discover how transport companies can decarbonize today

More and more owners and operators of Diesel fleets are wondering how they can reduce their footprint immediately as the demands to reduce are placed on them today. Read our newest white paper to find our what options exists, what works today, and meet your climate goals while not changing anything operationally

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