INVAX Group Initiatives

Sustainability

INVAX Group Initiatives

Illustration of achieving a sustainable cycle by INVAX Group

RESOURCE UTILIZATION OF LOCAL SEDIMENT AS SOIL CEMENT

	By recycling local soil as soil-cement in every region, we promote local consumption, regional revitalization, and enhance the economic strength of the area. Additionally, we aim to build a circular business model through resource utilization, reducing environmental impact. This involves supporting the development and dissemination of environmentally friendly technologies.

By recycling local soil as soil-cement in every region, we promote local consumption, regional revitalization, and enhance the economic strength of the area. Additionally, we aim to build a circular business model through resource utilization, reducing environmental impact. This involves supporting the development and dissemination of environmentally friendly technologies.

	We are building a circular business model that utilizes locally discarded soil as resources, ensuring a sustainable cycle of consumption and production.

We are building a circular business model that utilizes locally discarded soil as resources, ensuring a sustainable cycle of consumption and production.

CONTRIBUTION TO A LOW CARBON SOCIETY

	By solidifying runoff soil and sand caused by heavy rain using soil-cement technology, we contribute to suppressing the outflow into rivers and oceans. Additionally, reducing the disposal of dredged and excavated soil contributes to the protection of marine and terrestrial ecosystems.

By solidifying runoff soil and sand caused by heavy rain using soil-cement technology, we contribute to suppressing the outflow into rivers and oceans. Additionally, reducing the disposal of dredged and excavated soil contributes to the protection of marine and terrestrial ecosystems.

	The utilization of soil-cement reduces the CO2 emissions associated with transportation from outside the region, contributing to climate change mitigation. It also enhances resilience and adaptability to climate-related disasters and natural disasters.

The utilization of soil-cement reduces the CO2 emissions associated with transportation from outside the region, contributing to climate change mitigation. It also enhances resilience and adaptability to climate-related disasters and natural disasters.

EMPLOYMENT OPPORTUNITIES

	Investing in innovative technologies that meet the needs of the region, such as automation, AI adoption, and other cutting-edge developments, enhances economic productivity. Furthermore, creating new labor-intensive industries contributes to job creation and the development of the regional economy.

Investing in innovative technologies that meet the needs of the region, such as automation, AI adoption, and other cutting-edge developments, enhances economic productivity. Furthermore, creating new labor-intensive industries contributes to job creation and the development of the regional economy.

	Advancing mechanization and digitization of work contributes to creating an environment where people can work in a gender-neutral manner, regardless of technical expertise.

Advancing mechanization and digitization of work contributes to creating an environment where people can work in a gender-neutral manner, regardless of technical expertise.

	By creating new labor-intensive industries, employment opportunities are generated, preventing depopulation in the region. Additionally, the increased human flow activates various industries, contributing to an improvement in the standard of living.

By creating new labor-intensive industries, employment opportunities are generated, preventing depopulation in the region. Additionally, the increased human flow activates various industries, contributing to an improvement in the standard of living.

COLLABORATION WITH EDUCATION AND RESEARCH INSTITUTIONS

	Engaging in development and research involving educational and research institutions regarding the use of soil cement contributes to improving the technical and skills-related abilities of young people. Through workplace experiences, it also contributes to the creation of talent for the next generation in the community.

Engaging in development and research involving educational and research institutions regarding the use of soil cement contributes to improving the technical and skills-related abilities of young people. Through workplace experiences, it also contributes to the creation of talent for the next generation in the community.

REVITALIZING THE COMMUNITY

	Building a business model based on local production and consumption, without importing materials or labor from external sources, contributes to creating a resilient community in economic, social, and environmental aspects.

Building a business model based on local production and consumption, without importing materials or labor from external sources, contributes to creating a resilient community in economic, social, and environmental aspects.

PROMOTION OF AN EFFECTIVE PUPLIC, PRIVATE AND CITIZEN PARTNERSHIPS

	Contribute to promoting partnerships between administrative bodies planning infrastructure, private enterprises constructing it, research and educational institutions exploring new approaches, and citizens living in the region.

Contribute to promoting partnerships between administrative bodies planning infrastructure, private enterprises constructing it, research and educational institutions exploring new approaches, and citizens living in the region.