Corporate Social Responsibility

The Foundation of Sustainable Growth

NU GREEN is committed to advancing the production of New Clinker-Free (NCF) low-carbon cements, playing an active role in global decarbonization efforts. By focusing on reducing CO2 emissions through its core operations, the company ensures that increased production results in greater CO2 reduction and resource conservation.

As an emerging company, NU GREEN is dedicated to developing a forward-thinking global CSR strategy. External evaluations conducted in 2025 and 2026 have provided valuable insights into the challenges the company faces on its sustainability journey.

NU Green’s CSR Policy

NU Green’s clinker-free, low-carbon cements are designed to reduce the carbon footprint of the construction sector. However, the company’s commitment extends beyond just product innovation. Since its inception, NU Green has actively pursued a global and progressive Corporate Social Responsibility (CSR) strategy to support sustainable development.

The CSR policy is structured around three core pillars:

RESPONSIBLE PRODUCER

As a responsible producer, NU Green strives to minimize its environmental footprint and preserve natural resources through sustainable practices.

RESPONSIBLE EMPLOYER

Being a responsible employer involves creating optimal conditions for job creation and new professions related to NU Green’s activities, while prioritizing employee health and safety.

RESPONSIBLE PARTNER

As a responsible partner, NU Green places quality at the heart of its operations and embraces governance models that meet the expectations of all stakeholders.

4,619.8

Tons of CO2 avoided in 2021 through the use of NU Green Cements

This figure represents the CO2 savings achieved by replacing traditional cement with NU Green’s clinker-free, low-carbon alternatives, based on the current cement consumption mix.

8,187

Tons of limestone extraction avoided in 2021

In 2024, the use of NU Green’s clinker-free cement prevented the extraction of 1,435 tons of limestone that would have been required for equivalent production using traditional cement.