Sustainability

Decarbonize your fleet with no surprises or unexpected costs

Sustainability

Decarbonize your fleet with no surprises or unexpected costs

At InteliRent we work to help professional transport companies reduce their environmental impact while maintaining productivity.

Our goal is to become a trusted partner to our clients, supporting their ecological transition through innovative leasing and fleet management solutions for industrial eco-friendly vehicles and equipment.

At InteliRent we work to help professional transport companies reduce their environmental impact while maintaining productivity.

Our goal is to become a trusted partner to our clients, supporting their ecological transition through innovative leasing and fleet management solutions for industrial eco-friendly vehicles and equipment.

ECO-FRIENDLY FLEET

Our range of vehicles is equipped with cutting-edge technology that reduces emissions and promotes cleaner transport.

FLEXIBLE LEASING OPTIONS

Leasing solutions tailored to the specific needs of your business, giving you access to modern vehicles without the burden of ownership.

COMPREHENSIVE FLEET MANAGEMENT

Our Fleet Management service helps you optimize fleet performance with advanced tools for tracking, maintenance, and data analysis—ensuring efficient and cost-effective operations.

COMMITMENT TO SUSTAINABILITY

At InteliRent, we believe transport can be part of the solution to today’s environmental challenges. We support businesses in reducing their ecological impact while maintaining productivity.

ECO-FRIENDLY FLEET

Our range of vehicles is equipped with cutting-edge technology that reduces emissions and promotes cleaner transport.

FLEXIBLE LEASING OPTIONS

Leasing solutions tailored to the specific needs of your business, giving you access to modern vehicles without the burden of ownership.

COMPREHENSIVE FLEET MANAGEMENT

Our Fleet Management service helps you optimize fleet performance with advanced tools for tracking, maintenance, and data analysis—ensuring efficient and cost-effective operations.

COMMITMENT TO SUSTAINABILITY

At InteliRent, we believe transport can be part of the solution to today’s environmental challenges. We support businesses in reducing their ecological impact while maintaining productivity.

Fuels

Discover the fuels that power our eco-friendly engines

Fuels

Discover the fuels that power our eco-friendly engines

What's Autogas?

Autogas or LPG (Liquefied Petroleum Gas) is a mixture of liquefied gases present in natural gas or dissolved in petroleum.

Trade name

In Spain, LPG sometimes has different commercial names, mainly Autogas, although it is often simply referred to as LPG.

It is the most widely used alternative fuel due to its low carbon dioxide emissions, which are around 35% lower than those of diesel.

It is obtained from the oil refining process and from natural gas recovery plants.

What's Autogas?

Autogas or LPG (Liquefied Petroleum Gas) is a mixture of liquefied gases present in natural gas or dissolved in petroleum.

Trade name

In Spain, LPG sometimes has different commercial names, mainly Autogas, although it is often simply referred to as LPG.

It is the most widely used alternative fuel due to its low carbon dioxide emissions, which are around 35% lower than those of diesel.

It is obtained from the oil refining process and from natural gas recovery plants.

What's BioAutogas?

BioAutogas is a biofuel produced from organic and renewable raw materials. It is mainly composed of biopropane, a highly efficient biogas, as most of its energy is converted into heat during combustion.

How is it obtained?

Currently, it is mainly obtained as a by-product in the manufacturing process of hydrotreated vegetable oil (HVO) or SAF. To a lesser extent, it is also obtained as a by-product of the manufacturing processes of biomethanol, biomethane and rDME. However, there are many alternatives for producing BioAutogas, so it is estimated that the liquefied gas market will be 100% renewable by 2050.

The aim of this new fuel, which will help achieve the long-awaited ecological transition, is that it can be used for:

    - Domestic use in the kitchen, supplying hot water or for heating.
    - Industry, generating heat in processes such as steel production or distilleries.
    - Rural hotels or the commercial and services sector.
    - Agriculture, as a fuel for vehicles, drying crops or in poultry farming.
    -Transport or mobility, as it can be an alternative and clean fuel.

From a practical point of view, there are really no differences between BioAutogas and conventional Autogas, as the molecule is identical. The only difference lies in the origin of the gas. While BioAutogas comes from sources such as organic waste, biomass or vegetable oils, Autogas comes from the extraction of oil and natural gas from the earth or from the refining of crude oil.

Although autogas LPG already reduces the carbon footprint because it is a much more sustainable fuel than conventional fuels, BioAutogas can reduce this footprint even further.As both gases are identical in composition, they are both safe for use in transport and mobility. Therefore, using Autogas-powered vehicles will allow you to drive with both fuels and pollute much less.

The biggest advantage of BioAutogas is precisely that it is the same molecule as regular Autogas. This means that it can be used in existing infrastructure and equipment (vehicles or boilers), avoiding the need to change or upgrade them. The fact that the same infrastructure can be used makes BioAutogas a fuel with a great advantage and high sustainability, because it does not require any adaptation of the machine.

Another major advantage, as already mentioned, is that it is much cleaner than Autogas, as it can reduce greenhouse gas emissions by up to 95% compared to fossil fuels, and up to 80% compared to conventional liquefied gases. The only disadvantage is that currently, not enough BioAutogas is being produced or marketed.

What's BioAutogas?

BioAutogas is a biofuel produced from organic and renewable raw materials. It is mainly composed of biopropane, a highly efficient biogas, as most of its energy is converted into heat during combustion.

How is it obtained?

Currently, it is mainly obtained as a by-product in the manufacturing process of hydrotreated vegetable oil (HVO) or SAF. To a lesser extent, it is also obtained as a by-product of the manufacturing processes of biomethanol, biomethane and rDME. However, there are many alternatives for producing BioAutogas, so it is estimated that the liquefied gas market will be 100% renewable by 2050.

The aim of this new fuel, which will help achieve the long-awaited ecological transition, is that it can be used for:

    - Domestic use in the kitchen, supplying hot water or for heating.
    - Industry, generating heat in processes such as steel production or distilleries.
    - Rural hotels or the commercial and services sector.
    - Agriculture, as a fuel for vehicles, drying crops or in poultry farming.
    -Transport or mobility, as it can be an alternative and clean fuel.

From a practical point of view, there are really no differences between BioAutogas and conventional Autogas, as the molecule is identical. The only difference lies in the origin of the gas. While BioAutogas comes from sources such as organic waste, biomass or vegetable oils, Autogas comes from the extraction of oil and natural gas from the earth or from the refining of crude oil.

Although autogas LPG already reduces the carbon footprint because it is a much more sustainable fuel than conventional fuels, BioAutogas can reduce this footprint even further.As both gases are identical in composition, they are both safe for use in transport and mobility. Therefore, using Autogas-powered vehicles will allow you to drive with both fuels and pollute much less.

The biggest advantage of BioAutogas is precisely that it is the same molecule as regular Autogas. This means that it can be used in existing infrastructure and equipment (vehicles or boilers), avoiding the need to change or upgrade them. The fact that the same infrastructure can be used makes BioAutogas a fuel with a great advantage and high sustainability, because it does not require any adaptation of the machine.

Another major advantage, as already mentioned, is that it is much cleaner than Autogas, as it can reduce greenhouse gas emissions by up to 95% compared to fossil fuels, and up to 80% compared to conventional liquefied gases. The only disadvantage is that currently, not enough BioAutogas is being produced or marketed.

Products

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Products

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