Circular Solutions

Transforming battery waste into sustainable resources for tomorrow's economy.

A vintage typewriter with a sheet of paper that has the words 'CIRCULAR ECONOMY' typed on it, set on a wooden surface.
A vintage typewriter with a sheet of paper that has the words 'CIRCULAR ECONOMY' typed on it, set on a wooden surface.
Collaborative Partnerships

Libr8 connects with EV shops and recyclers for impactful solutions, ensuring community-driven efforts in lithium battery reuse and fostering a circular economy while optimizing environmental benefits and resource efficiency.

Hands are assembling electronic components on a green cutting mat. Several cylindrical battery cells are visible in the background, along with other electronic parts.
Hands are assembling electronic components on a green cutting mat. Several cylindrical battery cells are visible in the background, along with other electronic parts.
Community Engagement

Encouraging local involvement through awareness programs, we empower communities to participate actively in battery recycling and repurposing, highlighting co₂ savings and building a sustainable future together.

Our Team

Provide a general summary of the services you provide, highlighting key features and benefits for potential clients.

Aldo Rahmad Ageng

Control System Engineer di Perusahaan Konsultan IT

Fokus pada Strategi Ekonomi Sirkular pada produk daur ulang

Chusnul Khotimah

Postdoctoral di Advanced Electrochemical Storage & Biosensor Laboratory, NTUST.

Fokus pada pengembangan elektrolit untuk baterai lithium dengan tegangan tinggi dan kepadatan energi tinggi.

Postdoctoral Researcher di Advanced Electrochemical Storage & Biosensor Laboratory, NTUST.

Fokus pada pengembangan katoda untuk baterai elektrokimia.

Rio Akbar Yuwono

Customer Feedback

Discover how libr8 is transforming battery reuse and recycling today.

Libr8 has revolutionized our approach to battery waste; it’s an eco-friendly solution.

Sofia Chang
Three recycling bins are positioned side by side in a dimly lit area, with green signage indicating their purpose. Light highlights the bins, casting shadows around them. Nearby, a red structure is visible, contrasting with the dark surroundings.
Three recycling bins are positioned side by side in a dimly lit area, with green signage indicating their purpose. Light highlights the bins, casting shadows around them. Nearby, a red structure is visible, contrasting with the dark surroundings.

Jakarta City

Thanks to libr8, we now have a reliable partner for responsible battery recycling. Their commitment to sustainability is evident in every interaction.

A person is installing or removing a battery pack from an electric bicycle. The individual is wearing a watch on the left wrist, and the bicycle features a robust frame. The setting appears to be outdoors on a paved surface.
A person is installing or removing a battery pack from an electric bicycle. The individual is wearing a watch on the left wrist, and the bicycle features a robust frame. The setting appears to be outdoors on a paved surface.
David Smith

Bali Area

★★★★★
★★★★★

Circular Ecosystem

Empowering lithium battery reuse and recycling for a sustainable future.

A close-up view of a device featuring a smooth metallic surface with buttons and text. The casing has a colorful marbled pattern. The text includes branding and a message about using recycled materials.
A close-up view of a device featuring a smooth metallic surface with buttons and text. The casing has a colorful marbled pattern. The text includes branding and a message about using recycled materials.
A red recycling bin labeled 'Recyclables' placed under a shelter with a red bicycle leaning against it. The bin has an inscription from the UP Medicine Student Council along with other text. The background shows a two-tone wall, with the lower part painted red and the upper part beige.
A red recycling bin labeled 'Recyclables' placed under a shelter with a red bicycle leaning against it. The bin has an inscription from the UP Medicine Student Council along with other text. The background shows a two-tone wall, with the lower part painted red and the upper part beige.
A recycling bin is positioned on a forested pathway, surrounded by lush green trees and scattered fallen leaves. The ground is a paved path lined with grass on the edges.
A recycling bin is positioned on a forested pathway, surrounded by lush green trees and scattered fallen leaves. The ground is a paved path lined with grass on the edges.
A close-up view of a disassembled electronic device, possibly a battery compartment, placed on a textured and worn surface. Two cylindrical objects stand upright in the background, adding to the industrial feel.
A close-up view of a disassembled electronic device, possibly a battery compartment, placed on a textured and worn surface. Two cylindrical objects stand upright in the background, adding to the industrial feel.
A bottle recycling machine with a slot for inserting bottles, a circular sign indicating recycling, and a lit display. An information sheet with text in a foreign language is attached to the front.
A bottle recycling machine with a slot for inserting bottles, a circular sign indicating recycling, and a lit display. An information sheet with text in a foreign language is attached to the front.
Three recycling bins are lined up next to each other against a colorful wall. The bins are labeled for different materials: paper with a blue top, plastic with a brown top, and aluminum with a yellow top. Each bin has a distinct shape for the deposit slot appropriate for the material.
Three recycling bins are lined up next to each other against a colorful wall. The bins are labeled for different materials: paper with a blue top, plastic with a brown top, and aluminum with a yellow top. Each bin has a distinct shape for the deposit slot appropriate for the material.