Every day, tonnes of fruit and vegetable peels are discarded from homes, school canteens, restaurants, and markets. Most people see them as nothing more than kitchen waste destined for the landfill. However, a team of innovative students from SMK St. Patrick, Membakut saw something different—a valuable natural resource waiting to be transformed.

Their award-winning innovation, ORA PAPER, demonstrates how creativity, science, and environmental awareness can come together to solve a real-world problem.

Developed for the Borneo Solid Waste Management Innovation Competition (BSWMIC) 2026, ORA PAPER is an environmentally friendly paper produced entirely from discarded fruit and vegetable skins, offering a sustainable alternative to conventional paper manufacturing that relies heavily on wood pulp.

Seeing Opportunity in Everyday Waste

The idea behind ORA PAPER began with a simple observation. Every day, large quantities of organic waste are generated from school canteens, local markets, and households. While these materials are biodegradable, they often end up in landfills where they contribute to greenhouse gas emissions as they decompose.

Recognising that many fruit and vegetable peels still contain strong natural fibres, the students wondered whether these fibres could be repurposed into a useful product.

Instead of allowing these resources to go to waste, they explored a way to convert them into durable sheets of paper, creating a practical solution that supports sustainable resource management while reducing dependence on forest-based raw materials.

Transforming Waste into Value

Unlike conventional paper, which requires wood pulp harvested from trees, ORA PAPER utilises fibres extracted from discarded fruit and vegetable skins.

The production process demonstrates the principles of the circular economy by giving organic waste a second life rather than treating it as a disposal problem.

The resulting paper is suitable for a variety of everyday applications, including:

• Notebooks

• Greeting cards

• Bookmarks

• Gift tags

• Decorative crafts

• Educational materials

By creating products that are both functional and environmentally friendly, the students have shown that waste can become an economic opportunity rather than an environmental burden.

Supporting a Greener Future

ORA PAPER offers several environmental benefits beyond reducing food waste.

By decreasing reliance on wood pulp, the innovation has the potential to contribute towards forest conservation while promoting responsible resource utilisation. It also encourages communities to view organic waste as a renewable resource that can be recovered, reused, and transformed into value-added products.

The project reflects several important sustainability principles:

• Waste reduction through resource recovery

• Circular economy practices

• Sustainable material innovation

• Environmental conservation

• Green entrepreneurship

These are precisely the kinds of solutions needed to build a more sustainable future.

Recognition at BSWMIC 2026

The originality, practicality, and environmental impact of ORA PAPER impressed the judging panel during BSWMIC 2026.

The project received:

🏆 Waste to Wealth Commercialisation Award

🥇 Gold Award (K1 Category)

These awards recognise not only the technical quality of the innovation but also its strong commercial potential and positive contribution to sustainable waste management.

Inspiring Future Innovators

ORA PAPER reminds us that innovation often begins with curiosity.

By asking a simple question—"Can fruit and vegetable peels become paper?"—the students of SMK St. Patrick developed an innovation that transforms an everyday waste problem into a meaningful environmental solution.

Their success reflects the vision of BSWMIC 2026: empowering young innovators to create practical ideas that benefit communities, protect the environment, and inspire others to think differently about waste.

Sometimes, the greatest innovations begin with the things we throw away.

Healthy soil, thriving crops, productive livestock, and clean aquaculture systems are the foundation of food security. Yet modern agriculture faces increasing challenges, from declining soil quality and rising production costs to environmental pollution caused by excessive chemical use.

Students from Kolej Vokasional Keningau saw these challenges as an opportunity for innovation. Their solution, EMAS (Effective Microorganism EM4), demonstrates how naturally occurring beneficial microorganisms can improve agricultural productivity while protecting the environment.

Presented at the Borneo Solid Waste Management Innovation Competition (BSWMIC) 2026, EMAS impressed judges with its practical applications across multiple sectors, earning recognition for both its innovation and potential impact.

Nature's Workforce

Microorganisms are often invisible to the naked eye, yet they play an essential role in maintaining healthy ecosystems. Certain beneficial microbes help decompose organic matter, recycle nutrients, suppress harmful pathogens, and improve environmental quality.

The students behind EMAS recognised the enormous potential of these microorganisms and developed an effective microbial solution that can be easily applied in agriculture, livestock farming, and aquaculture.

Their innovation provides an affordable and environmentally friendly alternative that encourages sustainable farming practices without relying heavily on synthetic chemicals.

Supporting Sustainable Agriculture

In crop production, healthy soil is essential for strong plant growth.

When applied to agricultural land, EMAS improves soil conditions by enhancing microbial activity and increasing nutrient availability. Healthier soil enables crops to absorb nutrients more efficiently, leading to improved growth and productivity.

For farmers, this means stronger plants, healthier harvests, and a more sustainable farming system.

Creating Healthier Livestock Environments

Livestock farming often faces challenges related to unpleasant odours, waste management, and disease transmission.

EMAS helps improve animal housing by accelerating the decomposition of organic waste while reducing odours that commonly occur in livestock facilities. Cleaner environments can lower stress levels among animals and contribute to better overall health.

The innovation therefore supports both environmental management and animal welfare.

Improving Aquaculture

Water quality is one of the most important factors in successful aquaculture.

By introducing beneficial microorganisms into aquatic systems, EMAS helps maintain cleaner water conditions while reducing the accumulation of organic waste.

Healthier water creates a better environment for fish growth, improving productivity while reducing environmental impacts associated with aquaculture operations.

A Simple Innovation with Wide Applications

One of EMAS's greatest strengths is its simplicity.

The solution can be applied easily by spraying or mixing it with water, making it accessible for farmers, livestock operators, and aquaculture practitioners alike.

Its versatility demonstrates how one innovation can address multiple sustainability challenges across different industries.

Recognition at BSWMIC 2026

The judges recognised EMAS for its scientific foundation, practical implementation, and significant potential to contribute towards sustainable agriculture.

The project received:

🏆 Innovation Excellence Award

🥇 Gold Award (K1 Category)

These achievements highlight the students' ability to translate scientific knowledge into practical solutions with real-world benefits.

Innovation for a Sustainable Future

EMAS reminds us that impactful innovation does not always involve complex machinery or advanced technology.

Sometimes, nature already provides the solution—we simply need to understand it.

Through scientific curiosity and creative thinking, the students of Kolej Vokasional Keningau have demonstrated how beneficial microorganisms can support healthier farms, cleaner environments, and more sustainable food production.

Their achievement reflects the spirit of BSWMIC 2026: developing practical innovations that improve lives while protecting our planet.