Engr. Arvin Gastardo
A Six Sigma Green Belt and aeronautical engineer, Arvin ensures operational efficiency, safety, and quality across Klimatech’s clean technology systems.
Across ASEAN, communities and businesses face growing challenges—from limited access to reliable electricity and rising energy costs, to worsening plastic pollution, air quality, and inefficient waste systems. These issues are further intensified by extreme weather events and flooding, highlighting the urgent need for resilient, sustainable, and locally adapted solutions that can protect both livelihoods and the environment.
Across ASEAN, millions of households and communities continue to face limited or unreliable access to electricity, particularly in remote and underserved areas. At the same time, businesses in urban and coastal regions are increasingly burdened by rising electricity costs and grid instability.
Air pollution remains a major challenge across ASEAN, with average annual PM2.5 levels in several cities ranging from 30–60 µg/m³, far exceeding the World Health Organization guideline of 5 µg/m³, and contributing to over 900,000 premature deaths annually in Southeast Asia.
Millions of metric tons of plastic waste are generated each year, with a significant portion mismanaged and ending up in rivers and oceans. Rapid urbanization, high plastic consumption, and limited waste infrastructure contribute to the region being one of the largest sources of marine plastic pollution globally.
Improper disposal of used cooking oil (UCO) in ASEAN leads to up to 40% of sewer blockages and rising treatment costs. According to the United Nations Environment Programme, 1 liter of oil can contaminate up to 1,000 liters of water.
Southeast Asia is one of the most climate-vulnerable regions in the world, experiencing increasing frequency and intensity of typhoons, floods, and extreme weather events. Rapid urbanization, coastal exposure, and limited adaptive infrastructure amplify the impact on communities and economies.
Reports show that canals clogged with plastic, grease, and used cooking oil have become a major trigger for urban flooding. When oil from kitchens hardens inside pipes and waterways, it chokes drainage routes and forces water back into the streets—turning neighborhoods into flood zones after even moderate rains.
With a Master in Innovation and Business from the Asian Institute of Management, Joseph leads Klimatech’s strategy, partnerships, and market development for its portfolio of renewable energy and climate technology solutions. He drives the company’s mission to deliver scalable innovations that advance clean energy adoption, carbon reduction, and circular economy practices across communities and industries.
The team brings together expertise in engineering, business strategy, and sustainability to deliver innovative renewable energy and climate resilience solutions.
With strengths spanning mechanical design, aerodynamics, manufacturing, and strategic partnerships, they are driven to translate cutting-edge technologies into scalable, real-world impact across communities and industries.
A Six Sigma Green Belt and aeronautical engineer, Arvin ensures operational efficiency, safety, and quality across Klimatech’s clean technology systems.
Alsus oversees the design, engineering, and production of Klimatech’s sustainable technology solutions.
Luis leads research and development efforts for Klimatech’s renewable energy and climate resilience technologies.
Jeanette Pao leads research, validation, and performance analysis across Klimatech Innovation Solutions’ climate technology portfolio.
Anvie leads Klimatech’s marketing, partnerships, and community engagement initiatives.
Atty. Millitante oversees Klimatech’s legal and regulatory compliance, safeguarding the company’s innovations and partnerships.