Resilient and sustainable construction

Out of environmental awareness, foresight in the face of eventualities, and operational cost savings, companies are increasingly involved in the path towards resilient and sustainable construction.

Sectors such as industrial, logistics, or administrative, among others, are joining a global movement that seeks to improve their position responsibly and proactively, preventing contingencies through more durable constructions in which to settle, with better adaptability and flexibility, and greater resistance.

---

At VALL, we are involved in this paradigm shift, which is why we design, manufacture, and assemble resilient and sustainable prefabricated buildings for companies, entities, and communities.

What is a resilient and sustainable construction.

It is one designed and carried out to have the maximum capacity for resistance, recovery, and adaptation after being subjected to problems such as natural disasters, accidents, or serious incidents, and can do so effectively while minimizing its environmental impact at the same time and optimizing natural resources throughout its life cycle.

Keys to advancing towards resilient and sustainable construction in the business environment.

• Use of highly durable materials. Their useful life is longer, they minimize the consumption of natural resources, and they minimize waste.
• Preference for sustainable materials, with solutions such as steel structures or aluminum structures that are recyclable and durable, thereby reducing their environmental impact.
• Preventive planning from the design stage for a quick recovery that allows maintaining functionality after a crisis.
• Energy efficiency. Efficient constructions and industrial buildings reduce energy consumption needs and are more sustainable.
• Flexible design and modularity, which facilitates recovery and adaptation after an adverse event. Modular prefabricated buildings adapt simply, efficiently, and profitably to future needs for change.
• Life cycle analysis at the design stage. It is key to making decisions that involve the minimum environmental impact from the procurement of raw materials, during the manufacturing and assembly phases, and towards their dismantling at the end of their long useful life.
• Construction resistance and strict building codes to maximize resilience.

At VALL, our team carefully considers these keys to fulfill the company's mission and vision and to move forward solidly with resilient and sustainable solutions in the field of manufacturing and assembling industrial infrastructures, logistics warehouses, and buildings for companies.

What are the advantages of the resilience and sustainability of constructions in the business environment.

The future is uncertain, and this is becoming increasingly evident in today's society. Armed conflicts that increase the risk of sabotage and the greater concurrence of severe adverse climate events due to the effects of climate change are added to eventualities that have always been a risk, such as fires or earthquakes, among others. In this context, countries need an economic sector housed in resilient, sustainable, and competitive constructions whose advantages are diverse and highly relevant.

MAXI
SPACE

The strongest and most sustainable removable buildings on the market | MAXISPACE

DISCOVER MAXISPACE

Economic advantages.

At the economic level, the benefits of resilient and sustainable buildings are undeniable.

• Reduction of operational costs, with savings on energy consumption needs, which means significant savings on these supplies.
• High return on investment. According to the Lifelines: The Resilient Infrastructure Opportunity report by the World Bank and the GFDRR, investing in more resilient infrastructure yields a return of 4 dollars for every dollar invested. Data that is even greater in the case of natural disasters in the developed world, according to studies by the US Chamber of Commerce and Allstate, indicating savings of up to 13 dollars in economic impact, damage, and cleanup for every dollar invested in disaster preparedness and mitigation.
• Greater durability and speed of recovery. They save costs by increasing their useful life, saving on replacement, as well as allowing the operability in demountable modular buildings to be quickly restored after a contingency.
• Lower maintenance and repair costs since their durable, high-quality materials better withstand adverse events, reducing breakdowns or damage and, therefore, maintenance needs.
• Higher market value, sustainable solutions are more attractive in the market if you decide to rent or sell.
• Greater security for equipment, merchandise, and other material assets in the event of adverse events or other contingencies, minimizing losses and the probability of damage, resulting in savings on repair or replacement costs.

Maintenance of the operational capacity of companies.

The resilience of the construction allows companies to maintain their operability, thus fulfilling their commitments to clients and suppliers. Their corporate image and reputation are strengthened, gaining competitiveness while improving brand recognition.

Environmental advantages.

• Greater resilience means greater safety for people and the environment.
• Reduction of the carbon footprint by minimizing the need for raw materials and waste generation.
• Lower energy consumption.
• Greater protection of ecosystems.

Social advantages of choosing resilient and sustainable constructions in the business environment.

• Better adaptation to the environment and its conditions.
• Greater protection of life and the physical integrity of people by minimizing risks in the event of a disaster.
• Resilient and sustainable constructions that house workspaces make it easier for workers to keep their jobs in the event of a disaster or incident. This has a positive impact on the local economy and the mental well-being and quality of life of the nearby population.

https://arquitectura-sostenible.es/arquitectura-sostenible-resiliente/
https://arquitectura.news/diseno-y-construccion-sostenible-para-un-futuro-resiliente/
https://universidadeuropea.com/blog/infraestructuras-resilientes/
https://www.bbva.com/es/sostenibilidad/como-la-innovacion-ha-cambiado-la-construccion-sostenible/
https://www.minambiente.gov.co/asuntos-ambientales-sectorial-y-urbana/construccion-sostenible/
https://www.mivau.gob.es/arquitectura-edificacion/edificacion-sostenible
https://www.eesc.europa.eu/es/news-media/news/la-ue-necesita-un-sector-de-la-construccion-competitivo-y-resiliente