The language of the green economy is now firmly embedded in public policy. Governments are setting climate targets, expanding renewable energy, and introducing green finance and circular economy policies. Across Southeast Asia, these ideas are no longer niche. They are becoming part of how countries discuss competitiveness, investment, jobs, and long-term development. The challenge is no longer whether governments are talking about the green economy, but whether those ambitio

Southeast Asia is growing rapidly. Cities are expanding, energy demand is rising, industries are changing, and governments are setting new climate and sustainability targets. But as the region moves toward greener growth, one question becomes more important: How can we determine if the goals of a green economy are being translated into actual policy actions? This question is not easy to answer. Green economy progress cannot be measured only by indicators or figures related to

Many of the products and materials people use every day follow a simple pattern: resources are taken from nature, turned into products, used, and eventually thrown away. This is known as a linear economy. A circular economy takes a different approach. Instead of treating materials as something that becomes waste after use, it aims to keep products, materials, and resources in use for as long as possible. Understanding what is circular economy and example can help explain how

Climate change is creating challenges that affect energy systems, agriculture, water resources, businesses, and communities. At the same time, new technologies are creating practical ways to reduce emissions, use resources more efficiently, and help communities adapt to changing environmental conditions. Climate tech and innovation refers to technologies, products, and solutions designed to address climate change. These can include renewable energy systems, low-carbon technol

Sustainability is no longer limited to large environmental projects or major changes in how products are made. Businesses can also apply sustainability principles through everyday decisions, from how offices use energy and manage waste to how employees travel, purchase supplies, and work with local communities. Sustainability in business and workplace means considering the environmental, social, and economic impact of business activities and finding practical ways to reduce n

Biogas and biomass are both connected to renewable energy, but they are not the same thing. The terms are sometimes used interchangeably, especially when discussing agricultural waste, organic materials, and clean energy. However, biomass refers to the organic material itself, while biogas is one type of energy that can be produced from certain organic materials. Understanding the difference between biogas and biomass makes it easier to see how agricultural waste, food waste,

Renewable energy is often discussed as if one technology can meet every energy need. In reality, different renewable energy technologies have different costs, performance levels, resource requirements, and applications. Solar, wind, hydropower, geothermal, and biogas can all contribute to a cleaner energy system, but the most suitable option depends on factors such as location, available resources, energy demand, and how consistently electricity needs to be produced. Understa

Indonesia’s fisheries sector is vital for economic growth, coastal livelihoods, and food security. Yet its full value is often limited by what happens after harvest: whether the catch can be cooled quickly, powered reliably, and preserved with low-carbon energy. For premium seafood such as tuna and shrimp, cold chain access can determine whether a product reaches export-grade value or falls to commodity prices. This is where low-carbon cold chains can help Indonesia strengthe

What if organic waste from kitchens, restaurants, resorts, and communities was not treated as waste, but as a resource? This idea was at the center of the Soil-to-Table Workshop organized with su-re.co, JCI Japan, Noema Resort Pererenan, and TPST Pererenan. Understanding the Soil-to-Table Concept The workshop introduced a practical way to understand the connection between soil, food, waste, and community resilience. In a circular food system, food does not end at the dining t

In April 2026, at least 250 shrimp farmers and fisheries extension officers across West Nusa Tenggara participated in the Climate Resilience Farmers Field School (CRFSS), a collaborative program between su-re.co and Crustea. The program aims to strengthen climate resilience in Indonesia’s shrimp aquaculture sector through capacity building, climate-smart technology demonstrations, market research, and preparation for future investment and technology adoption. As climate chang

su-re.co and SporaEV held an electric vehicle (EV) focus group discussion under the P4G framework to explore how vocational education can support Indonesia’s growing electric motorcycle ecosystem. The discussion highlighted the importance of skills development, Sekolah Menengah Kejuruan (SMK) curriculum readiness, and green job opportunities. Advancing Sustainable Mobility through Collaboration Indonesia’s transition toward electric mobility requires more than the adoption of

In February, su-re.co held its Annual International Workshop as part of its ongoing commitment to connect science, innovation, and practical climate action. The workshop brought together partners, experts, and stakeholders to discuss one of Bali’s most urgent environmental challenges: organic waste management. The event served as a platform to exchange knowledge, explore practical technologies, and strengthen collaboration across sectors. For su-re.co, sustainability is not o

A waste to energy climate solution helps address two urgent global challenges: growing waste and rising greenhouse gas emissions. Every day, households, farms, markets, food businesses, and industries generate large amounts of organic waste. When this waste is dumped in landfills or left unmanaged, it can release methane and pollute land and water. Waste to energy technologies convert waste into useful energy such as electricity, heat, fuel, or biogas. For organic waste, anae

The biogas circular economy model is a powerful example of how waste can become a valuable resource. In a linear economy, materials are produced, consumed, and discarded. This creates pollution, increases resource demand, and wastes valuable nutrients and energy. A circular economy takes a different approach by keeping resources in use and recovering value from waste. Biogas fits naturally into this model. It converts organic waste into renewable energy and organic fertilizer

Biogas for livestock waste management is one of the most effective ways for farms to reduce pollution while producing renewable energy. Livestock farming generates large amounts of manure from cattle, pigs, poultry, goats, and other animals. If this waste is not managed properly, it can cause odor, water contamination, methane emissions, and health risks. Biogas technology provides a smarter solution. Instead of allowing manure to decompose in open areas or lagoons, farmers c

Jakarta, Indonesia May 2026 su-re.co participated in the Indonesia Fisheries Decarbonisation Workshop organized by the International Pole & Line Foundation (IPNLF) and Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) on 19–20 May 2026 in Jakarta. The workshop brought together government representatives, industry stakeholders, development organizations, and technical experts to discuss pathways toward a more resilient and low-carbon fisheries sector in Indonesia.

Badung, Bali, May 21, 2026 – Organic waste generated by hotels, restaurants, cafés, households, and tourism activities remains one of Bali’s most pressing environmental challenges. Much of this waste still ends up in landfills, while the valuable nutrients it contains are often lost instead of being returned to support local food production. At the same time, local farmers are facing declining soil health and rising agricultural input costs. These interconnected challenges hi

Biogas solutions for rural communities are becoming an important answer to two major challenges: organic waste management and access to affordable clean energy. In many rural areas, households, farms, and small businesses produce large amounts of livestock manure, crop residues, food scraps, and other biodegradable waste. At the same time, many communities still rely on firewood, charcoal, LPG, diesel, or unreliable electricity. Biogas technology helps solve both problems by

In recent years, the concept of climate resilience has gained significant attention as communities and organizations seek to address the complex challenges posed by climate change. But the crucial question remains: How can we actually turn the idea of resilience into meaningful action? The answer lies in adopting a structured approach through a climate resilience framework, which provides a comprehensive methodology for understanding risks, designing solutions, and implement

When the seasons no longer feel the same In a small farming community, the planting season used to be predictable. Farmers knew when the rain would come, when to plant, and when to harvest. However, in recent years, this has changed. Rain now arrives later or sometimes all at once. Dry periods last longer, making crops harder to manage. What was once routine has become uncertain. For many farmers, this issue extends beyond weather; it affects their income, food security, and