admin In recent years, more companies have Industry Innovations started including the United Nations Sustainable Development Goals (SDGs) in their business plans. According to a UN Global Compact report in Spain, in 2018, 69% of Spanish companies knew about the SDGs, and by 2024, that number had risen to 88%. More companies are now taking real action, with the percentage of businesses working towards the SDGs increasing from 86% in 2020 to 90% in 2024.
Focus on SDG 9: Building Resilient Infrastructure and Supporting Innovation
On September 25, 2024, the ninth anniversary of the SDGs, the UN is focusing on SDG 9, which promotes resilient infrastructure, sustainable industrialization, and innovation. Aqualia, a company specializing in water management, has renewed its commitment to SDG 9 and is highlighting its efforts to develop modern, adaptable, and sustainable infrastructure.
Through its Innovation Department and Aqualia Industrial, Industry Innovations the company is working on projects that ensure clean and efficient water treatment for industries. This year, 9 Aqualia experts are sharing how their work is helping to achieve SDG 9. The campaign can be followed on social media and the company’s website.
Aqualia’s Sustainable Industry Innovations for SDG 9
For over 50 years, Aqualia has focused on industry, Industry Innovations, and infrastructure as key elements of sustainable development. Industrial water, like urban water, needs treatment before use and must be cleaned before being released back into the environment.
“Aqualia helps industries treat their Industry Innovations water efficiently and maintain high productivity,” says Juan Carlos Rey, Director of Aqualia Industrial. The company supports businesses in food, chemicals, pharmaceuticals, petrochemicals, mining, and aeronautics in their journey towards sustainability.
Key Areas Where Aqualia is Making a Difference
Aqualia works in nine key areas to promote sustainability and innovation:
Clean and eco-friendly technologies – Industrial water needs different solutions based on its use. For example, at the Villena Thermosolar Power Plant, Aqualia used advanced technologies to treat water from multiple sources, including raw wastewater, to keep the plant running smoothly.
Promoting technological innovation – Aqualia is committed to research and development (R&D) in water treatment. Some of its innovations include Industry Innovations third-generation floats (DAFAST) and continuous washing sand filters (PURASAND). By the end of 2023, Aqualia had seven patents under review.
Building strong water infrastructure – Industry Innovations Aqualia designs flexible water systems that can adapt to industry changes. A great example is the AITASA treatment plant in Tarragona, which serves twenty different industries and is the largest petrochemical wastewater facility in Southern Europe.
Upgrading infrastructure and investing in research – Aqualia is modernizing water systems and investing in R&D. A new project called NICE, launching at its Madrid headquarters, will treat and reuse greywater from sinks, making it one of the most sustainable office buildings in Madrid Industry Innovations.
Meeting regulations and protecting the Industry Innovations environment – As governments introduce stricter environmental laws, industries need expert solutions to meet new standards. Aqualia helps industries like mining, where it has developed technology to treat acidic water.
Circular economy and creating valuable byproducts – Aqualia is working on ways to reuse waste from water treatment to create useful products, such as biogas. A great example is Jealsa Group’s treatment plant in A Coruña, which transforms wastewater into valuable resources.
1. Smart Sensors: Eyes on Our Water
Imagine tiny sensors placed throughout our water pipes, rivers, and treatment plants. These sensors are like doctors for our water systems, constantly checking the health of the water.
What they do: These smart sensors measure things like water pressure, flow, and quality. They can find leaks before they become big problems, warn us about pollution, and help us use water more efficiently.
Why they matter: Industry Innovations They give us real-time information, allowing us to react quickly to problems and prevent waste. This means less water lost, cleaner water, and a more reliable system.
2. AI and Data: Making Water Smarter
All that data from the sensors? We need a way to make sense of it. That’s where Artificial Intelligence (AI) comes in.
What it does: AI can analyze huge amounts of data to predict when pipes might break, optimize water treatment, and even manage water distribution during droughts.
Why it matters: AI helps us make smarter decisions about water management. It can save money, reduce waste, and improve the overall efficiency of our water systems.
3. Advanced Filtration: Cleaner Water for Everyone
Traditional water treatment methods are often not enough to remove all the harmful things in our water. New filtration technologies are changing that.
What they do: Advanced filtration uses things like nanomaterials and membrane technology to remove even the smallest pollutants, including microplastics and pharmaceuticals.
Why it matters: These technologies ensure that everyone has access to clean, safe drinking water, no matter where they live.
4. Water Recycling: Turning Waste into Resource
We can’t keep using fresh water like it’s endless. Water recycling is becoming more and more important.
What it does: Water recycling takes wastewater and treats it to a level where it can be used again for things like irrigation, industrial processes, and even drinking (with advanced treatment).
Why it matters: It reduces the demand for fresh water, conserves resources, and helps us build a more sustainable water future.
5. Desalination: Tapping into the Oceans
For coastal areas facing water shortages, desalination offers a solution.
What it does: Desalination removes salt from seawater, making it drinkable.
Why it matters: It provides a reliable source of fresh water, especially in regions with limited rainfall. New technologies are making desalination more energy-efficient and affordable.
6. Rainwater Harvesting: Capturing Nature’s Gift
Rainwater is a valuable resource that we often let go to waste.
What it does: Industry Innovations Rainwater harvesting systems collect rainwater from roofs and other surfaces, storing it for later use.
Why it matters: It reduces the demand for treated water, helps replenish groundwater supplies, and reduces flooding.
7. Nature-Based Solutions: Working with the Environment
Sometimes, the best solutions are the ones that work with nature, not against it.
What they do: Nature-based solutions use natural systems like wetlands, forests, and green roofs to manage water. They can help filter water, reduce flooding, and replenish groundwater.
Why it matters: They are sustainable, cost-effective, and provide additional benefits like biodiversity and recreation.
Conclusion
Aqualia is proving that innovation and sustainability can go hand in hand. By improving water treatment technologies, modernizing infrastructure, and supporting industries, the company is actively working towards SDG 9. These efforts not only help businesses but also ensure a cleaner and more sustainable future for all.
good!
wonderful!
good!
good!