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Series Chemical Vol.3 – Edisi Bahasa Indonesia
Kebakaran di Tambang Batu Bara: Ancaman Serius yang Harus Diantisipasi

Kebakaran di tambang batu bara adalah salah satu risiko terbesar yang dapat menyebabkan kerugian material, gangguan operasional, dan bahaya bagi keselamatan pekerja. Sumber utama kebakaran di tambang batu bara dapat berasal dari proses oksidasi batu bara, percikan api dari peralatan mekanis, kebocoran bahan bakar, serta endapan gas mudah terbakar seperti metana dan karbon monoksida. Jika tidak ditangani dengan cepat dan tepat, api dapat menyebar dengan cepat, terutama di lokasi dengan ventilasi terbatas atau tumpukan batu bara besar yang dapat mempercepat peningkatan suhu.

Titik Potensi Kebakaran di Tambang Batu Bara

Kebakaran dapat terjadi di berbagai lokasi dalam tambang batu bara, tergantung pada kondisi operasional dan faktor lingkungan. Beberapa titik kritis yang memiliki risiko tinggi terhadap kebakaran antara lain:

Stockpile Batu Bara
Tumpukan batu bara di stockpile mengalami reaksi oksidasi alami dengan oksigen di udara, yang secara bertahap meningkatkan suhu internal. Jika panas ini tidak dilepaskan dengan baik, akumulasi suhu dapat mencapai titik nyala dan menyebabkan spontaneous combustion. Faktor eksternal seperti cuaca panas dan tekanan mekanis dari alat berat juga dapat mempercepat proses ini.

Kapal Tongkang dan Conveyor Belt
Saat batu bara dipindahkan dari stockpile ke kapal tongkang atau conveyor belt, gesekan antar partikel batu bara dapat menciptakan percikan api kecil yang memicu pembakaran, terutama jika terdapat debu batu bara dalam jumlah besar yang sangat mudah terbakar.

Tambang Bawah Tanah (Underground Mining)
Dalam tambang bawah tanah, gas-gas mudah terbakar seperti metana (CH₄) dan karbon monoksida (CO) sering kali terperangkap dalam lorong-lorong tambang. Jika tidak ada sistem ventilasi yang baik, akumulasi gas ini dapat membentuk campuran eksplosif yang berisiko tinggi untuk terbakar jika terkena percikan api atau pemanasan berlebih dari alat mekanis.

Area Penyimpanan dan Transportasi Bahan Bakar
Banyak tambang menggunakan diesel atau bahan bakar lainnya untuk alat berat dan generator, yang jika tidak dikelola dengan baik, dapat bocor dan memicu kebakaran. Tumpahan bahan bakar pada permukaan batu bara juga dapat meningkatkan risiko kebakaran spontan.

Bagaimana Mengatasi Kebakaran di Tambang Batu Bara?

Ketika kebakaran terjadi, langkah pertama yang harus dilakukan adalah mengidentifikasi sumber api dan menilai seberapa cepat api menyebar. Penggunaan air sebagai metode pemadaman sering kali tidak efektif, terutama pada batu bara yang mengalami spontaneous combustion, karena air dapat mempercepat reaksi oksidasi jika tidak diterapkan dengan cara yang tepat.

Solusi terbaik untuk mencegah dan menangani kebakaran di tambang batu bara adalah dengan menggunakan chemical pemadam khusus yang dapat menurunkan suhu batu bara serta menghambat oksidasi. Salah satu solusi yang dapat diterapkan adalah BANA FireTide, yang diformulasikan khusus untuk:

Menurunkan suhu batu bara yang mengalami peningkatan panas akibat oksidasi
Membentuk lapisan pelindung untuk mencegah kontak langsung dengan oksigen
Memadamkan api secara efektif tanpa memperparah reaksi kimia dalam batu bara
Mengurangi risiko kebakaran ulang dan mempercepat proses pemadaman

Dengan pemantauan yang baik, penggunaan chemical yang tepat, serta penerapan sistem pencegahan kebakaran yang efektif, risiko kebakaran di tambang batu bara dapat dikurangi secara signifikan.

Jika ingin mengetahui lebih lanjut tentang solusi pemadaman yang efektif untuk tambang batu bara, silakan hubungi kami:

https://wa.link/q0pzom

Series Chemical Vol.2 – Edisi Bahasa Indonesia

Industri batu bara menghadapi berbagai tantangan dalam penyimpanan dan transportasi, terutama dalam pengendalian debu, oksidasi, dan risiko pembakaran spontan. Tanpa perlindungan yang tepat, batu bara dapat mengalami penurunan kualitas, kehilangan nilai kalor, dan pelepasan debu yang tinggi, yang berdampak pada efisiensi operasional serta keselamatan kerja.

Coal coating menjadi solusi efektif dengan cara membentuk lapisan pelindung pada batu bara, yang berfungsi untuk:

Menghambat oksidasi, mencegah peningkatan suhu yang dapat menyebabkan pembakaran spontan.
Mengurangi pelepasan debu, menjaga lingkungan kerja lebih aman dan mengurangi risiko gangguan kesehatan akibat paparan partikel halus.
Menjaga kelembaban dalam tingkat optimal, sehingga nilai kalor batu bara tetap terjaga selama penyimpanan dan transportasi.
Mengurangi kehilangan material saat distribusi, terutama dalam pengiriman jarak jauh.

Batu bara yang mengalami oksidasi akan terus menyerap oksigen, meningkatkan suhu, dan berisiko mengalami pemanasan hingga titik swabakar. Jika tidak dikendalikan, kondisi ini dapat memicu pembakaran spontan, terutama pada batu bara yang disimpan dalam jumlah besar. Selain itu, debu batu bara yang berlebih dapat menyebabkan polusi udara, meningkatkan risiko penyakit pernapasan bagi pekerja, serta mengotori area operasional dan lingkungan sekitarnya.

Untuk menjawab tantangan ini, BANANA & Partners menghadirkan BANA EnviCoal dan BANA CoalTide sebagai solusi coal coating yang telah teruji secara ilmiah. BANA EnviCoal memiliki formulasi yang lebih pekat dan difokuskan untuk mencegah pembakaran spontan serta menjaga stabilitas batu bara dalam penyimpanan jangka panjang dan ekspor. BANA CoalTide, dengan formulasi yang lebih encer, lebih ideal untuk pengendalian debu selama pemindahan dan transportasi jarak dekat.

Chemical yang Sudah Teruji di Laboratorium Resmi
Produk kami telah melalui pengujian di Laboratorium Pengujian TekMIRA dan BRIN di Pusat Penelitian Metalurgi, membuktikan efektivitasnya dalam mengendalikan debu, menghambat oksidasi, dan menjaga kualitas batu bara. Dengan hasil uji laboratorium yang mendukung, BANA EnviCoal dan BANA CoalTide menjadi solusi terpercaya untuk industri batu bara yang ingin meningkatkan efisiensi dan keselamatan dalam pengelolaan material.

Aplikasi coal coating dilakukan dengan cara mencampurkan chemical dengan air dan menyemprotkan larutan ini ke permukaan batu bara sebelum disimpan atau dikirim. Dalam waktu sekitar dua jam, lapisan pelindung akan terbentuk, memberikan perlindungan optimal terhadap oksidasi, debu, serta kehilangan nilai kalor.

Dengan penerapan coal coating yang tepat, perusahaan dapat mengurangi risiko operasional, meningkatkan efisiensi distribusi, serta menjaga kualitas batu bara tetap tinggi hingga sampai ke pelanggan.

Dapatkan solusi terbaik untuk batu bara Anda! Hubungi kami sekarang:

https://wa.link/cgtaui

Series Chemical Vol.1 – Edisi Bahasa Indonesia

Dalam industri pertambangan, konstruksi, dan transportasi, debu jalan menjadi tantangan utama yang dapat mengganggu operasional, menurunkan visibilitas, meningkatkan risiko kecelakaan, serta berdampak negatif pada lingkungan dan kesehatan pekerja. Untuk mengatasi masalah ini, BANANA & Partners menghadirkan BANA EnviroDust, agen penekan debu berbasis air yang dirancang untuk mengurangi debu secara efektif, aman, dan hemat biaya.

Mengapa Debu Jalan Perlu Dikendalikan?

Debu yang tidak terkontrol dapat menyebabkan berbagai dampak negatif, seperti:

1. Menurunkan visibilitas dan meningkatkan risiko kecelakaan di area tambang dan industri
2. Mengganggu kesehatan pekerja, menyebabkan gangguan pernapasan seperti silicosis atau pneumokoniosis
3. Mengotori area kerja, peralatan, kendaraan, dan lingkungan sekitar
4. Merusak tanaman, karena debu menutupi daun dan menghambat fotosintesis
5. Meningkatkan biaya operasional, karena jalan lebih cepat rusak dan membutuhkan perawatan lebih sering.

 

BANA EnviroDust: Solusi Efektif untuk Jalan Bebas Debu

BANA EnviroDust adalah dust suppressant berbasis bio-organic polymer yang bekerja dengan mengikat partikel debu, sehingga tidak mudah beterbangan akibat kendaraan berat atau angin kencang.

Keunggulan utama BANA EnviroDust:

1. Efektif dalam mengatasi debu di jalan tambang dan industri
2. Ramah lingkungan, karena berbahan biodegradable yang terurai secara alami
3. Hemat biaya, mengurangi frekuensi penyiraman jalan dan menekan biaya operasional
4. Tidak korosif, aman untuk kendaraan dan peralatan
5. Tidak licin, tetap aman untuk kendaraan berat
6. Tahan terhadap sinar UV, sehingga efeknya bertahan lebih lama.
7. Menjaga permukaan jalan tetap stabil, mengurangi erosi dan memperpanjang umur jalan.

 

Teruji Bebas dari Toksisitas

BANA EnviroDust telah lolos uji toksisitas berdasarkan standar OECD 203 / E 729 – 88a, dengan hasil 4489.71 ppm, yang berarti produk ini dikategorikan sebagai “praktis tidak beracun” (practically non-toxic) sesuai dengan standar US EPA Appendix 3 STD/LTD Template Guidance Material, 2004. Dengan hasil ini, BANA EnviroDust terbukti aman bagi lingkungan dan tidak membahayakan ekosistem perairan.

Aplikasi & Cara Penggunaan

BANA EnviroDust mudah digunakan dan dapat dicampurkan langsung dengan air di dalam water truck.

Dosis pemakaian:

1. Hari 1-4: Campurkan 1 bagian BANA EnviroDust dengan 500 bagian air (1:500)
2. Hari ke-5 dan seterusnya: Campurkan 1 bagian BANA EnviroDust dengan 1.000 bagian air (1:1.000) untuk pemeliharaan.
3. Setiap 1 kg BANA EnviroDust dapat menutupi 700 – 1.500 m² permukaan jalan.

Penyemprotan dilakukan menggunakan water tanker, dan produk akan bercampur secara merata selama pergerakan kendaraan. Setelah aplikasi, debu berkurang secara signifikan, permukaan jalan menjadi lebih stabil, dan efeknya bertahan lebih lama dibandingkan penyiraman air biasa.

Dampak Penggunaan BANA EnviroDust

Uji coba menunjukkan bahwa setelah 1 jam penyiraman dengan air biasa, debu kembali naik, sedangkan setelah penyiraman dengan BANA EnviroDust, permukaan jalan tetap stabil dan debu terkendali. Hal ini membuktikan bahwa BANA EnviroDust jauh lebih efektif dibandingkan metode penyiraman air biasa.

Sebagai bagian dari komitmen BANANA & Partners untuk mendukung operasional yang lebih efisien dan ramah lingkungan, BANA EnviroDust menawarkan solusi praktis yang mudah diterapkan, aman, dan efektif. Dengan penggunaan yang tepat, produk ini dapat membantu meningkatkan keselamatan, mengurangi polusi debu, serta menjaga keberlanjutan operasional di industri pertambangan, konstruksi, dan transportasi

Jangan biarkan debu mengganggu operasional bisnis Anda! Hubungi kami sekarang untuk informasi lebih lanjut melalui link berikut:

https://wa.link/7nrbg5

BANANA & Partners is proud to announce the signing of a Memorandum of Understanding (MoU) with three leading companies from Chungcheongbuk-do Province, South Korea, namely HS Solar Energy, Daeyon C&I, and Kum kang Electric. This agreement marks the start of a long-term collaboration aimed at developing sustainable recycling projects, including the recycling of solar PV panels, biomass waste, and batteries.

The MoU was signed directly by BANANA & Partners’ CEO, Herry Wijaya, in Cheongju, South Korea. This agreement is not only symbolic but represents a concrete step toward green investment in Indonesia, with a strong focus on strengthening the national recycling industry. This collaboration is expected to accelerate technological innovation in recycling while positioning BANANA & Partners as a leader in supporting the green job ecosystem in Indonesia, aligned with global sustainability goals.

“We hope this partnership will accelerate the pace of green investment in Indonesia, especially in the promising recycling sector. BANANA & Partners is committed to leveraging this collaboration to create positive impacts for the environment and communities, while strengthening our position as a company that develops green technology and sustainable job opportunities,” said Herry Wijaya.

Herry emphasized that the commitment to this partnership is reflected in the involvement of various parties, including the Chungcheongbuk-do Provincial Government and the Asia-Europe Sustainable Economic Cooperation (ASEIC), who have fully supported the project. The three local South Korean companies have also agreed to guide this project through several critical stages, including pre-feasibility studies (pre-FS), feasibility studies (FS), and investment stages. The support from the local government and ASEIC underscores the seriousness of all parties in realizing this project.

Throughout the journey toward signing the MoU, ASEIC played a crucial role as a facilitator and supporter, providing invaluable guidance in knowledge transfer and discussions between both sides. Herry added, “We extend our special thanks to ASEIC for their assistance and support. We realize that there were various challenges in the knowledge transfer process and preparations before our journey to Korea, but ASEIC’s presence brought a fresh perspective and new confidence to this collaboration. They not only helped us prepare technically but also enriched our insights on how to improve efficiency and sustainability in the recycling sector.”

This partnership marks a major milestone in BANANA & Partners’ journey to strengthen its presence in the sustainability industry in Indonesia. The solar PV recycling project will focus on repurposing waste solar panels to mitigate the environmental impact of technological waste. In the biomass sector, organic waste and plant residues will be processed into fuel or other valuable products, supporting the transition to renewable energy. Meanwhile, the battery recycling project will help address challenges in battery waste management, especially with the increasing demand for electric vehicles in Indonesia.

Through this collaboration, BANANA & Partners is committed to supporting green economic growth in Indonesia, creating more jobs in the recycling sector, and leading in the development of eco-friendly technology. This project is expected to lay a strong foundation for long-term sustainability, while also encouraging Indonesia to achieve lower carbon emissions targets. With project development based in Indonesia, BANANA & Partners aims to make a positive contribution to the environment and local communities, while strengthening ties between Indonesia and South Korea in addressing global climate challenges.

BANANA & Partners views this MoU as the beginning of future collaborations. They hope that this partnership will expand its positive impact not only in Indonesia but also across Southeast Asia, where effective and sustainable recycling technology is greatly needed.

Other Source : https://n.news.naver.com/article/079/0003954560

At the recently held Tech Link Summit 2024 in Jakarta, a landmark partnership was forged between BANANA & Partners and Bayan Group, heralding a new era of sustainability initiatives in Indonesia. This significant agreement focuses on transforming Non-B3 Waste Management using circular economy principles and pioneering sustainable product development in Bayan Group’s extensive operations across Kalimantan.

The signing event was not just a formality but a declaration of intent in front of an esteemed audience, including Agus Gumiwang Kartasasmita, the Indonesian Minister of Industry. Minister Kartasasmita praised the initiative, noting, “This partnership epitomizes our strategic efforts towards realizing a sustainable ‘Golden Indonesia’ by 2045. Collaborations like these are pivotal, as they leverage innovative technologies for environmental and economic resilience.”

Director General of Small and Medium Industries, Reni Yanita, also highlighted the critical role of industrial partnerships in achieving sustainable growth. She remarked, “Through proactive engagements like today’s agreement, we are setting a new standard for industrial collaboration. These partnerships are essential for embedding sustainable practices deep within our industrial sectors, driving us closer to our national sustainability goals.”

The Tech Link Summit serves as a catalyst for such transformative collaborations. This year’s summit brought together over 20 startups along with established industry leaders to explore and implement cutting-edge sustainable technologies. The event was attended by key stakeholders from various sectors, all united in their commitment to sustainability. Among the attendees were influential partners such as PIDI 4.0, Kadin Indonesia, Asosiasi Cloud Computing Indonesia, Leave a Nest Group, Fordigi BUMN, and Imajin, each playing a vital role in shaping the future of Indonesia’s industrial landscape.

Adding to the collaborative environment were New Energy Nexus and Alpha JWC Ventures, organizations known for their support and development of tech startups focused on sustainability. Their participation ensured that the innovative solutions discussed at the summit had the backing needed to move from ideas to implementation.

The agreement between BANANA & Partners and Bayan Group is a testament to the power of strategic partnerships in the realm of environmental sustainability. Dwi Setyo Nurhayati representing Bayan Group, and Herry Wijaya, CEO of BANANA & Partners, both emphasized the transformative potential of their collaboration. “By integrating circular economy methods into our operations, we aim to not only enhance efficiency but also set a benchmark for environmental stewardship in the region,” said Wijaya during the signing.

This initiative is set to revolutionize the way industrial waste is managed in Kalimantan, turning waste into a resource and significantly reducing the ecological footprint of the operations. It is a prime example of how businesses can effectively contribute to the sustainable development goals (SDGs) by innovating in their processes and practices.

Moreover, the summit highlighted the supportive role of the Indonesian government through initiatives like Startup4Industry, which facilitates the integration of startups into the larger industrial framework of the country. This program and others like it are essential for nurturing the growth of green technologies and sustainable business practices across Indonesia.

In conclusion, the partnership formed at the Tech Link Summit 2024 between BANANA & Partners and Bayan Group is a significant milestone in Indonesia’s journey towards sustainability. It exemplifies how strategic alliances, supported by a network of committed organizations and government backing, can lead to substantial environmental and economic benefits. This collaboration not only paves the way for a sustainable future for Indonesia but also serves as a model for other regions and countries aiming to integrate sustainability into their industrial operations.

Source :

https://www.antaranews.com/berita/4204779/kemenperin-pacu-transformasi-ekonomi-digital-lewat-tech-link-summit

https://swa.co.id/read/448700/dari-startup-ke-pemimpin-industri-visi-kemenperin-untuk-transformasi-digital-di-tech-link-summit-2024

https://www.rri.co.id/nasional/836846/kementerian-perindustrian-gelar-tech-link-summit-2024

Cocomesh is a woven material made from coconut fiber, designed for various environmental applications such as land rehabilitation and erosion control. This product has gained popularity due to its eco-friendly, biodegradable nature and effectiveness in supporting new vegetation growth and preventing soil erosion. BANANA & Partners, a company dedicated to innovation and sustainable solutions, produces high-quality cocomesh for a range of environmental projects.

Uses of Cocomesh
Cocomesh has several important uses that support conservation and land rehabilitation efforts:

Land Rehabilitation:

Mining Areas: Cocomesh is extensively used to restore land damaged by mining activities. The coconut fibers in cocomesh help hold the soil in place and provide a good foundation for new vegetation to grow. This is crucial in areas where the soil structure has been disrupted and natural vegetation has been stripped away. By stabilizing the soil, cocomesh helps prevent further erosion and facilitates the reestablishment of plant life, thus aiding in the ecological recovery of the area.

Agricultural Land: In agricultural settings, cocomesh can help restore degraded lands by preventing soil erosion and maintaining soil moisture. It is particularly beneficial in sloped areas where soil erosion can be a significant problem.

Erosion Control:

Steep Slopes and Cliffs: On steep slopes or cliffs prone to erosion, cocomesh effectively stabilizes the soil and prevents landslides. The fibrous structure of cocomesh interlocks with the soil, providing physical support that keeps the soil in place even under heavy rainfall.

Infrastructure Projects: Cocomesh can be used in infrastructure projects such as road and railway embankments to prevent soil erosion and ensure stability. It helps to reinforce the soil, reducing the risk of erosion-related issues that can compromise the integrity of these structures.

Coastal Ecosystem Restoration:

Shoreline Protection: In coastal areas, cocomesh helps prevent abrasion and supports the growth of vegetation like mangroves, which are crucial for coastal ecosystems. Mangroves play a vital role in protecting coastlines from storm surges and erosion, and cocomesh provides an ideal substrate for these plants to establish and thrive.

Dune Stabilization: Cocomesh is also used to stabilize sand dunes, preventing them from being blown away by the wind and protecting inland areas from sand encroachment.

Agricultural Use:

Organic Mulch: Cocomesh can be used as an organic mulch to retain soil moisture and reduce erosion on sloped agricultural land. It helps maintain soil structure, supports healthy plant growth, and reduces the need for chemical fertilizers and pesticides.

Environmental Impact and Carbon Emission Reduction
One of the key advantages of cocomesh over synthetic alternatives is its lower carbon footprint. The production and use of synthetic geotextiles, such as those made from polypropylene or polyester, involve significant energy consumption and emissions. In contrast, cocomesh is made from natural coconut fibers, a renewable resource with a minimal environmental impact.

For a project requiring 1000 square meters of material, the total carbon emissions for cocomesh are approximately 800 kg CO2e. This includes emissions from the production of coconut fibers, manufacturing of cocomesh, and transportation. In comparison, synthetic geotextiles can generate up to 3000 kg CO2e for the same area, considering the higher energy requirements and non-renewable nature of the materials used. This substantial difference demonstrates that using cocomesh can significantly reduce the carbon footprint in rehabilitation and conservation projects.

Cocomesh Applications by BANANA & Partners
BANANA & Partners has implemented cocomesh in various significant projects, showcasing its versatility and effectiveness. One notable project is the reforestation of mining lands and slope reinforcement in West Kutai, Kalimantan. In this project, over 200,000 square meters of land have been supported to become greener using cocomesh. This project not only helps reduce erosion and restore mining lands but also contributes to carbon emission reduction and improves local environmental quality.

Another successful application of cocomesh by BANANA & Partners includes:

Slope Stabilization in Infrastructure Projects: Cocomesh has been used to stabilize slopes along highways and railway embankments, ensuring that these critical infrastructure elements remain safe and functional by preventing soil erosion and landslides.

Coastal Protection Projects: In various coastal areas, cocomesh has been deployed to protect shorelines from erosion and to support the growth of mangroves and other coastal vegetation. These projects have been instrumental in preserving coastal ecosystems and protecting communities from the impacts of coastal erosion and storm surges.

Cocomesh is an effective and eco-friendly solution for various environmental challenges such as land rehabilitation and erosion control. Produced by BANANA & Partners, cocomesh helps repair damaged ecosystems and reduce carbon emissions. We offer services for your environmental projects. Order our cocomesh and contribute to a better environment!

Contact us at BANANA & Partners for more information and orders.

In a concerted effort to drive global sustainability initiatives, BANANA & Partners was privileged to participate in the APEC Forum 2024, held from June 12-13 at National Taiwan University in Taipei, Taiwan. This year, our Chief Business Officer, Rifqi Al-Ghifari, represented our team at the “Digital Innovation to Implement SMEs’ Low-carbon Transformation Workshop,” continuing our commitment from the previous year’s forum in April 2023.

The workshop is a direct response to growing demands from the market, where a significant majority of small and medium-sized enterprises (SMEs) have been called upon by their customers to actively reduce their carbon footprint. According to recent findings by the SME Climate Hub, 77% of SMEs have faced such demands, and 61% see the urgent need for tools that effectively measure and monitor greenhouse gas emissions.

This year’s APEC forum focused on harnessing digital innovations to facilitate a low-carbon transformation across SMEs in the Asia Pacific region. The event kicked off with insightful opening remarks from Dr. Chin-Tsang Ho, Deputy Minister of the Ministry of Economic Affairs Taiwan, and Dr. Hattori Takashi, Deputy Representative of JTEA Japan.

The comprehensive agenda spanned various engaging activities designed to foster deep understanding and collaborative solutions for climate challenges. Highlights included in-depth global trend analysis, sharing of inspiring case studies, workshops on greenhouse gas audits, and strategic discussions on digital decarbonization techniques. Such sessions were instrumental in illustrating practical steps and innovations for reducing carbon emissions within business operations.

Participants from various countries including Indonesia, Malaysia, Philippines, Vietnam, Thailand, Japan, Taiwan, Peru, and more shared their experiences and initiatives, making the workshop a melting pot of ideas and strategies for sustainability. The Indonesian delegation was notably strong, featuring key figures such as Mohammad Naufal from Carbon Addons and Iben from Sebumi, alongside our own Rifqi Al-Ghifari from BANANA & Partners.

Rifqi Al-Ghifari shared his thoughts on the event: “The workshop not only offered a platform to explore innovative low-carbon solutions but also allowed us to gain new insights from the diverse array of participants. It was particularly impactful for us at BANANA & Partners as it broadened our perspective on low-carbon innovations and connected us with numerous like-minded startups across the Asia Pacific.”

The workshop also featured an expansive networking session, which allowed participants to forge valuable connections with industry leaders and peers from various sectors. These interactions are crucial as they foster collaborations and partnerships that can lead to sustainable business practices across regions.

Representatives from major stakeholders like the International Climate Development Institute (ICDI), Merck Life Science, Victor Taichung Machinery Works, Siemens, TAISE, AMging, ISPONRE (Institute of Strategy and Policy on Natural Resources and Environment), Miseucre Corp, KPMG, TIER, Shou Long Precision Industrial, Plastic Industry Development Center (PIDC), and others shared their latest advancements and strategies for integrating sustainability into their operations. The workshop was also enriched with site visits to industries that are at the forefront of carbon emission reduction innovations, providing participants with a firsthand look at the implementation of sustainable practices.

As BANANA & Partners continues to lead and innovate in the low-carbon sector, we deeply appreciate the opportunity provided by APEC to be a part of such a forward-thinking community. We are inspired to keep advancing our sustainability goals, contributing to a greener and more sustainable future.

We thank APEC for including BANANA & Partners in this important event and look forward to continuing our active participation in global sustainability efforts.

On June 4, 2024, the 38th Petrokimia Gresik Innovation Convention (KIPG) was successfully held in Gresik, East Java. This prestigious event celebrated innovation and creativity within Petrokimia Gresik, an agro-industry solutions company under the Pupuk Indonesia holding. One of the main speakers at the event was Herry Wijaya, CEO of BANANA & Partners, who shared valuable experiences and insights about innovation.

During the opening of the “Innovation Award,” Petrokimia Gresik’s President Director, Dwi Satriyo Annurogo, announced that the company managed to create added value or value creation of IDR 381.1 billion in 2024. This figure shows a 37 percent increase compared to the previous year, which was IDR 277.9 billion. Dwi Satriyo emphasized that this increase is an indicator of the improving quality of innovation at Petrokimia Gresik, supported by the growing involvement of employees in innovation.

“This increase in value creation is an indicator that the quality of innovation at Petrokimia Gresik is improving. It is also supported by the higher involvement of employees in innovation. This is proof that innovation can make Petrokimia Gresik more competitive,” said Dwi Satriyo.

In the event, Herry Wijaya shared his journey of innovation through BANANA & Partners. He shared his experience of starting from scratch after being laid off from a mining company in 2013, and starting innovation with his own capital until he achieved various awards and significant income.

“I was laid off from a mining company in 2013 and started innovation from the ground up with my own capital until today, achieving various awards and income,” said Herry Wijaya. He also emphasized that the most challenging phase of innovation is turning it into a feasible commercial product.

Herry also gave an inspiring message to the younger generation, especially Gen Z, to continue seizing available opportunities and developing amidst competition not only among humans but also with artificial intelligence (AI) and augmented reality (AR).

“The most challenging phase of innovation is turning it into a feasible commercial product,” continued Herry Wijaya.

“Gen Z is not only faced with competition among humans but also with AI and AR created by humans themselves. Use the available platforms to keep growing,” Herry Wijaya advised at the end of the talk show.

The talk show was moderated by Septi Diajeng and enlivened by performances from local Gresik talents and the music group Klantink, which added to the festive atmosphere.

This year’s Petrokimia Gresik Innovation Convention was attended by 1,943 innovation clusters, a 22 percent increase from the previous year’s 1,599 clusters. Among them, 20 of the best innovation clusters competed in this year’s KIPG. Employee involvement in innovation also reached 95 percent, up from 91 percent the previous year, demonstrating the high spirit and commitment of all Petrokimia Gresik’s human resources in supporting the company’s competitiveness.

This event was not only a competition but also a platform to share experiences and inspiration from innovators like Herry Wijaya, who have successfully faced challenges and created added value through innovation.

Thanks to the organizers and Petrokimia Gresik for hosting this inspiring and festive event.