STORY 1126 — DIPOM: Stepping Beyond the Mill

After those early years in the palm oil mill, life began to move at a much faster pace.

I got married, welcomed my first child, and somehow, the loneliness I once felt in the plantation slowly disappeared. With my beloved wife by my side, life in the estate no longer felt strange or difficult. As the Malay saying goes, alah bisa tegal biasa—what is difficult at first eventually becomes familiar.

At work, managers came and went, and each new manager brought a different leadership style and a new opportunity to learn. I began to understand that managing a palm oil mill was not simply about machinery, production, and numbers. It was also about managing people—people from different backgrounds, personalities, cultures, and experiences.

Whatever happened at the management level often became the topic of conversation among the staff. To me, however, those stories were simply part of the daily journey—small episodes that carried valuable lessons.

I remained focused on one thing: what do I need to accomplish during my first five years in the industry?

Without realising it, I began setting my sights on two important goals.

The first was to obtain my Steam Engineer competency license, under the Department of Occupational Safety and Health (DOSH/JKKP).

The second was to enroll in DIPOM—Diploma in Palm Oil Milling Technology and Management, a program organized by the Malaysian Palm Oil Board (MPOB).

My interest in DIPOM grew even stronger because my second manager was a former top student of the program. I admired his knowledge and experience, and knowing that he had once excelled in DIPOM made me even more determined to follow the same path.

There was, however, one obstacle.

At that time, I was not the most senior assistant engineer. There was another engineer who had served longer than I did, and naturally, he would have priority to attend the course.

But life has its own way of opening doors.

When I was instructed to transfer to the second mill, that obstacle disappeared.

In 2007, I finally registered for DIPOM at PLASMA, Lahad Datu, Sabah.

At that time, the MPOB program was conducted alternately between MPOB Headquarters and PLASMA in Lahad Datu. Due to various developments in the following years, the training centre was eventually moved from Lahad Datu to MPOB Kota Kinabalu, where it continues today.

After more than four years of being almost completely surrounded by oil palm plantations, with the difficulties of travelling in and out of the estate, DIPOM felt like a window opening to the outside world.

For the first time in years, I had the opportunity to step beyond the boundaries of my own mill and discover the wider palm oil industry.

And it was an exciting time.

At the same time, I was already holding responsibilities in managing a palm oil mill. I had to balance everything—work, assignments, projects, travelling, study, and family.

Time management became essential.

So did knowing what to prioritize.

Stepping Out of the Shell

DIPOM was more than just a diploma to me.

It was like coming out of a shell.

I met people from the MPOB Training Unit who were highly knowledgeable and passionate about the industry. I met engineers from many of Malaysia's leading plantation and palm oil companies. More importantly, I met industry veterans—people who had spent decades building, improving, and developing the palm oil industry.

Their knowledge and stories opened my eyes.

They inspired me to remain committed to the industry from the very first day I joined the program.

The DIPOM program covered four major areas:

1. Palm Oil Technology

2. Engineering & Utilities

3. Mill Management

4. Industry, Environment & Sustainability

The objective was not simply to teach participants technical knowledge. It was designed to help us understand the development of the palm oil industry, research and development, management principles, environmental and sustainability issues, and the opportunities to engage directly with industry experts.

It was not a program where we simply sat in a classroom listening to lectures.

There were discussions, projects, assignments, practical sessions and examinations.

The program consisted of three semesters, covering a total of 20 days of study, with a final examination at the end of each semester. Assessment was based on 70% examinations and 30% projects and assignments.

For someone who loved learning new things, this was an exciting experience.

Previously, my world revolved around one mill.

DIPOM expanded that world.

I began to see the palm oil industry not as separate pieces, but as one interconnected chain—from upstream plantations to palm oil mills, refineries and the wider downstream industry.

I also had the opportunity to meet people from regulatory agencies such as JKKP and DOE. For the first time, I was not only looking at the industry from the perspective of my own company. I was seeing it through the eyes of people from other organizations, companies and sectors.

I made full use of the opportunity.

Whenever we had weekends off, I would visit mills belonging to my new friends. Each visit exposed me to different technologies, practices and ways of managing operations.

Every mill had a story.

Every engineer had something to teach.

Palm Oil Mill Design

One of the projects that captured my interest was Palm Oil Mill Design.

We were required to prepare a complete proposal for the development of a 60 MT/hour palm oil mill, starting from the feasibility study and project justification.

We had to consider almost everything.

How large should the supplying plantation be?

What should be the capacity of the mill?

How should the ramp, sterilizer, threshing system, digesters and presses be designed?

What about the boiler?

The turbine?

The clarification system?

The kernel recovery system?

The utilities?

Every major component had to be justified and calculated properly.

The calculations had to be accurate because a mistake in one part of the design could affect the performance, cost and viability of the entire mill.

I particularly enjoyed this subject because it was taught by Ir. Amin Buhari, a highly respected figure in the palm oil industry who had been involved in numerous new mill development projects within one of the country's prominent government-linked companies.

His experience made the subject come alive.

It was no longer just about formulas and engineering calculations.

It was about understanding why a particular design was selected.

That lesson stayed with me.

Seeing the Industry Differently

During the program, we also visited palm oil mills and refineries in the surrounding areas.

These visits gave us exposure to new technologies and, importantly, to the downstream sector.

Before DIPOM, my understanding of the industry was largely shaped by what I saw every day at the mill.

After DIPOM, I began to understand the bigger picture.

I started asking different questions.

Where does our crude palm oil go after it leaves the mill?

How is it refined?

What technologies are used downstream?

How do upstream decisions affect downstream quality?

How do engineering, economics, environmental requirements and sustainability come together?

DIPOM gave me the foundation to think beyond my immediate responsibilities.

Looking back, I believe this exposure played an important role in a decision I would make many years later.

After almost 15 years in the upstream sector, I eventually decided to move into downstream palm oil processing.

And, in many ways, the journey began with DIPOM.

More Than a Diploma

After completing all the learning requirements and examinations, I passed the program.

The following year, a grand diploma presentation ceremony was held in Sandakan, Sabah. At the same event, certificates were also presented to participants of the Palm Oil Mill Supervisor course.

The ceremony became another opportunity to meet people who were deeply involved in the industry.

I met experts from plantations, industry associations and NGOs supporting the palm oil sector.

Some of the friendships formed during DIPOM continued long after the course ended.

Among them were friends from FGV who later became my study-group partners when I prepared for the Grade 1 Steam Engineer examination.

That was another unexpected benefit of DIPOM.

It did not merely give me a certificate.

It gave me a network of people who shared the same passion for learning and improving themselves.

Giving Back

Today, when I look back at DIPOM, I consider it one of the most valuable program MPOB has ever offered to engineers in the palm oil industry.

It provides a strong foundation for engineers who will eventually take on greater responsibilities—as mill managers, technical leaders, plant managers and other professionals throughout the industry.

Ultimately, these people become part of the generation responsible for leading the Malaysian palm oil industry forward.

The knowledge shared by the industry experts left a deep impression on me.

Their experience gave me confidence.

Their stories gave me inspiration.

And their dedication reminded me that being part of the palm oil industry was more than simply having a job.

It was an opportunity to contribute to an industry that supports millions of people and plays an important role in the country's economy.

But perhaps the most meaningful part of the story came almost a decade later.

About ten years after I completed DIPOM, I received a call from MPOB.

They invited me to become a lecturer for several topics in the same program.

I was deeply touched.

The student who had once sat in the classroom, listening to experienced industry experts and absorbing everything he could, was now being invited to stand at the front of the classroom and share his own experience with the next generation.

It felt like life had come full circle.

What I had received a decade earlier, I was now given the opportunity to give back.

That, to me, was the true meaning of education.

Learn. Apply. Grow. Then give back.

Thank you, MPOB, for giving me the opportunity to step beyond my own little world and see the palm oil industry from a much wider perspective.

DIPOM did not merely teach me how a palm oil mill works.

It taught me to see the industry as a whole.

It introduced me to people who shaped my thinking.

It opened doors I did not know existed.

And, unknowingly, it planted the seed that would eventually take me from upstream to downstream.

Most importantly, it taught me that knowledge becomes more meaningful when it is shared.

May the Malaysian palm oil industry continue to grow, innovate and contribute to the world.

That is my story today.

During the ceremony, represent the batch to give speech. 

First time meet Tn. Hj. Ghafar, MPOA Sabah Chairman during the ceremony.

With my wife during the ceremony and dinner.

With all friends that attending the ceremony in 2008.

After giving lecture to DIPOM Batch 2023 at MPOB Kota Kinabalu

Development of the Oil Palm Industry in Malaysia

The oil palm industry in Malaysia has a history that spans more than a century. Oil palm was first introduced as a commercial crop in 1917 at the Tennamaram Estate in Selangor, laying the foundation for what would later become one of Malaysia’s most important industries¹.

From a modest planted area of 55,000 hectares in 1960, oil palm cultivation expanded phenomenally to 5.74 million hectares by 2016. In line with this growth, palm oil production rose from less than 100,000 tonnes in 1960 to approximately 17.23 million tonnes in 2016². This remarkable transformation positioned Malaysia as one of the world’s leading producers and exporters of palm oil, contributing significantly to the nation’s Gross Domestic Product (GDP), foreign exchange earnings, and employment opportunities³.

Exports also saw rapid growth, increasing from 1.17 million tonnes in 1975 to 16.05 million tonnes in 2016. While Europe was once the primary destination, Malaysian palm oil now reaches over 200 markets worldwide, including the Indian sub-continent, West Asia, Africa, and other parts of Asia⁴. Alongside this market expansion, the product portfolio diversified significantly—from a reliance on crude palm oil (CPO) in the early years to a wide array of processed palm oil products, which today account for 99% of exports, reflecting the evolving needs of global consumers⁵.

On average, the palm oil industry contributes between 5% and 7% of Malaysia’s GDP, with export revenue over the past five years averaging RM 64.24 billion annually⁶. However, the industry faces several challenges. Limited arable land and labour shortages threaten productivity and expansion, while external pressures from non-governmental organisations (NGOs) on environmental and health-related issues add further constraints⁷.

To address these challenges, Malaysia’s Transformasi Nasional 50 (TN50) programme has emphasized greater mechanisation to reduce labour dependency and the commercialisation of higher-yielding clonal planting materials to boost productivity⁸. At the same time, efforts to strengthen the image of palm oil through the Malaysian Sustainable Palm Oil (MSPO) certification scheme are seen as crucial in countering negative allegations and positioning Malaysian palm oil as a globally recognised sustainable commodity⁹.

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Footnotes

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👉 Hashim, do you want me to also prepare this in formal academic citation style (APA or Harvard) for consistency across your eBook?

Footnotes

1. Basiron, Y. (2007). Palm oil production through sustainable plantations. European Journal of Lipid Science and Technology, 109(4), 289–295. ↩

2. MPOB (2017). Malaysian Oil Palm Statistics 2016. Malaysian Palm Oil Board. ↩

3. Ahmad, A. L., et al. (2011). Sustainable palm oil industry in Malaysia. Journal of Cleaner Production, 19(6-7), 643–651. ↩

4. MPOC (2016). Palm Oil Export Performance. Malaysian Palm Oil Council. ↩

5. Khatun, R., et al. (2017). Oil palm industry in Malaysia: Socioeconomic and environmental perspectives. Environmental Science and Pollution Research, 24(4), 2821–2832. ↩

6. Department of Statistics Malaysia (2017). Gross Domestic Product (GDP) by Kind of Economic Activity. ↩

7. Pye, O. (2019). Commodifying sustainability: Development, nature, and politics in the palm oil industry. World Development, 121, 218–228. ↩

8. Government of Malaysia (2017). Transformasi Nasional 2050 (TN50) Policy Framework. ↩

9. RSPO & MSPO Reports (2018). Sustainability Certification in Palm Oil Industry. ↩

#blog #blogger #kembarainsan

🌴 Palm Oil Industry: History, Biology, Uses and Development in Malaysia

1.1 Historical Background

The oil palm (Elaeis guineensis Jacq.) is indigenous to West Africa, where the main palm belt stretches from Sierra Leone, Liberia, Ivory Coast, Ghana, and Cameroon to the equatorial regions of Congo and Zaire .

The crop’s development as a plantation industry began in Southeast Asia. In 1848, four seedlings were introduced from Mauritius and Amsterdam into the Bogor Botanic Gardens, Indonesia. The first commercial estate was later established in Sumatra by Belgian agronomist Adrien Hallet, who had experience in the Belgian Congo .

Malaysia’s development began with Henri Fauconnier, who planted oil palm at Rantau Panjang, Selangor in 1911 and Tennamaram Estate in 1917, marking the start of commercial planting in Malaysia .

Scholars divide Malaysia’s oil palm industry into phases :

• Experimental (late 1800s–1916): Early trials.

• Plantation Development (1917–1960): Tennamaram & expansion.

• Expansion (1960s): Government promoted oil palm to diversify from rubber, following the 1955 World Bank Mission recommendation .

Key institutional driver: FELDA (1956), tasked with rural poverty eradication via plantation schemes.

Later phases:

• 1970s–1990s: Expansion to Sabah & Sarawak.

• 1995 onwards: Offshore expansion, particularly to Indonesia.

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1.2 The Oil Palm Biology

Two major species:

• Elaeis guineensis (African oil palm): Main commercial crop.

• Elaeis oleifera (American oil palm): Lower oil, higher unsaturated fatty acids, used in hybrid breeding .

Pollination

Initially believed to be wind-pollinated, discovery of weevil Elaeidobius kamerunicus in 1982 transformed pollination efficiency .

Yield

• Harvest: 24–30 months after planting.

• 8–15 FFB per palm/year, each 15–25 kg.

• Elite planting: 30–39 t FFB/ha, ~5–8.6 t oil/ha .

• National average (2001): 19.14 t FFB/ha, 3.66 t oil/ha.

Cultivars

• Dura: Thick shell, moderate mesocarp.

• Pisifera: Shell-less, female sterile, used for breeding.

• Tenera (DxP hybrid): Thin shell, high mesocarp; discovered by Beirnaert in 1939 .

Breeding Focus

• Yield, oil quality, slow-height increment.

• Dwarf palms, high unsaturated oil, lauric oil, carotenoid-rich hybrids .

Clonal palm research (1980s): yields ↑ 30–54% .
MPOB also pursues genetic engineering for high oleic acid palms .

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1.3 Characteristics of Palm Oil

Palm oil produces:

• CPO (mesocarp).

• CPKO (kernel).

Fractionation yields olein (liquid) & stearin (solid).

Fatty acid profile:

• Palm oil = balanced saturated/unsaturated.

• Palm kernel oil = high saturated, like coconut oil.

• Soy oil = high unsaturated, less stable at heat .

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1.4 Uses of Palm Oil

Food Uses (~80%)

• Cooking oil, margarine, shortenings, frying fats.

• Ice cream, non-dairy creamers, cocoa butter equivalents .

• New product: Red Palm Olein (high in carotenoids, Vit A precursor) .

Non-Food Uses (~20%)

• Direct: Biofuel, drilling mud, soap, epoxidised palm oil.

• Oleochemicals: Fatty acids, esters, alcohols, nitrogen compounds, glycerol.

  • Candles, detergents, cosmetics, lubricants, biodiesel.

• In 2000, Malaysia produced 1.2 mt oleochemicals (19.7% world total) .

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1.5 Global Production

• 2001: World palm oil = 23.18 mt, 19.8% of oils/fats.

• Doubled 1990–2001.

• Malaysia: 11.8 mt (50.9%); Indonesia: 7.5 mt (32.3%).

• Palm oil = most traded oil, 45.6% of world oils/fats exports .

Projection: By 2020, >40 mt production, with Indonesia overtaking Malaysia .

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1.6 Palm Oil in Malaysia

1.6.1 Planted Area

• 1960: 54,638 ha.

• 2001: 3.49 m ha (60% Peninsular, 29% Sabah, 11% Sarawak).

• Growth focused in East Malaysia due to land .

1.6.2 Production

• 1980: 2.57 mt.

• 2001: 11.8 mt (↑ 4.6x).

• Sabah became largest CPO producer by 1999, 31.5% share .

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🌟 Summary

Palm oil’s journey — from four seedlings in Bogor (1848) to global industry dominance — reflects Malaysia’s role as a pioneer. FELDA’s schemes, breeding breakthroughs, and R&D (MPOB) positioned Malaysia as a leader.

Key strengths:

• World’s highest oil yield per hectare.

• Versatile food & non-food applications.

• Stable oil profile.

Challenges:

• Land scarcity, sustainability pressures, and competition from Indonesia.

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📚 References / Footnotes

1. Hartley, C.W.S. (1988). The Oil Palm. Longman Scientific & Technical.

2. Tate, D.J.M. (1996). The RGA History of the Plantation Industry in the Malay Peninsula. Oxford University Press.

3. Gray, R. (1969). The History of Agriculture in Malaya. Kuala Lumpur.

4. Singh, H. (1976). Plantation Agriculture in Malaysia. Universiti Malaya Press.

5. World Bank (1955). Malaya: Economic Survey Mission Report. Washington DC.

6. Latiff, A. (2000). Elaeis oleifera Breeding Potential. MPOB Journal.

7. Syed, R.A. et al. (1982). Introduction of Elaeidobius kamerunicus for Oil Palm Pollination in Malaysia. Planter Journal.

8. Henson, I.E. (1990). Oil Palm Productivity: Potential and Limits. PORIM Bulletin.

9. Rajanaidu, N. et al. (2000). Oil Palm Breeding Strategies. MPOB Monograph.

10. Siburat, S. et al. (2002). Performance of Oil Palm Clonal Plantings. Planter.

11. Cheah, S.C. (2000). Transgenic Oil Palm Development. MPOB Research Report.

12. Yusof, B. (2001). Genetic Engineering in Oil Palm: Progress and Prospects. MPOB.

13. Salmiah, A. (2000). Palm Oil: Chemistry and Uses. MPOB Publication.

14. De Man, J. & De Man, L. (1994). Cocoa Butter Substitutes from Palm Oil. JAOCS.

15. Berger, K. (1996). Nutritional Aspects of Palm Oil. American Journal of Clinical Nutrition.

16. MPOB (2001). Palm Oil Statistics 2001. Malaysian Palm Oil Board.

17. Oil World (2000). Oil World 2020: Global Projections for Oils and Fats. Hamburg.

18. Abang Helmi, I. (1998). Future Expansion of Oil Palm in Sarawak. Sarawak Development Journal.

#blog #blogger #kembarainsan #sawit #mill

🌴 Hana and DIPOM: From Participant to Educator

Hana sat quietly in front of the lecture hall, holding the teaching schedule for the Diploma in Palm Oil Milling Technology & Management (DIPOM). Once again, she had been invited by MPOB to teach two topics this year.

“Why me?” she asked herself. The answer, however, was not just about teaching—it was about giving back to a platform that once shaped her career.

📖 Memories of 2007 – A Turning Point

Hana recalled the year 2007, when she was still a participant in DIPOM.

Before that, her world was small, confined to the daily routines of palm oil mill operations. For over three years, she had been battling the challenges of mill management—pressure, fatigue, and steep learning curves. Her career path felt narrow, almost like a frog trapped in a well.

But through DIPOM, everything changed. She met fellow millers from other companies, attended lectures by seasoned industry practitioners, and visited mills run by her classmates on weekends.

That was the moment she realized the world of palm oil milling was far larger than she imagined. Networking, industrial exposure, and mentorship became the turning points in her professional journey .

🌟 From Participant to Educator

Fast forward nearly two decades later, Hana returned to the same platform—but now in a different role.

From a participant hungry for knowledge, she now stood at the front as an educator. For Hana, teaching at DIPOM was not just an assignment; it was a mission—to share her experience, inspire others, and pave the way for the next generation of millers and managers .

🤝 Supporting MPOB & the Industry

Hana firmly believed that the strength of the palm oil industry does not only lie in machines, technology, or policies, but in people—the millers and managers nurtured through programs like DIPOM.

That is why, whenever invited, she made every effort to be present. She also encouraged her peers in the industry to support MPOB in producing future leaders.

For Hana, knowledge shared today is an investment for tomorrow’s industry .

✨ Hana smiled. Once, she sat on the benches as a participant. Today, she stood at the podium as a lecturer. The journey felt complete—not because she had reached the end, but because she was finally giving back what she had once received.

📚 Footnotes

[1] MPOB (2007). History and Objectives of the Diploma in Palm Oil Milling Technology & Management (DIPOM). Malaysian Palm Oil Board.

[2] Razak, A. & Ismail, S. (2018). The Role of Training in Developing Palm Oil Mill Managers. Journal of Oil Palm Research.

[3] MPOB (2023). Capacity Building for the Palm Oil Milling Sector: Challenges and Opportunities. MPOB Technical Bulletin.

#blog #blogger #mpob #dipom

🌴 Hana dan DIPOM: Dari Peserta ke Tenaga Pengajar

Hana duduk termenung seketika di hadapan dewan kuliah. Di tangannya, ada jadual pengajaran Diploma in Palm Oil Milling Technology & Management (DIPOM). Tahun ini, sekali lagi dia dijemput oleh MPOB untuk mengajar dua topik.

“Kenapa aku?” bisik Hana dalam hati. Soalan itu membuatkan dia tersenyum kecil kerana dia tahu jawapannya bukan sekadar tentang mengajar, tetapi tentang membayar semula budi kepada sebuah platform yang pernah membentuk dirinya.

📖 Kenangan 2007 – Titik Perubahan

Hana teringat kembali tahun 2007, ketika dia sendiri masih seorang peserta DIPOM.

Sebelum itu, hidupnya ibarat katak di bawah tempurung. Tiga tahun bergelumang dengan rutin harian di kilang sawit — mengurus operasi, menanggung tekanan, belajar dari kegagalan — semuanya dirasakan seperti dunia yang sempit.

Namun, melalui DIPOM, Hana mula mengenali wajah-wajah baharu. Rakan-rakan miller dari pelbagai syarikat, tenaga pengajar berpengalaman, malah peluang melawat kilang sawit lain sewaktu hujung minggu bersama rakan sekelas.

Itulah saat Hana sedar bahawa dunia ini jauh lebih luas daripada apa yang dia bayangkan di sebuah kilang kecil. Networking, pengalaman lapangan, mentor industri — semuanya menjadi bekalan berharga dalam perjalanan kariernya.

🌟 Dari Peserta ke Penceramah

Kini, selepas hampir dua dekad, Hana kembali ke platform yang sama — tetapi dengan peranan berbeza.

Daripada seorang peserta yang dahagakan ilmu, kini dia berdiri sebagai tenaga pengajar. Baginya, mengajar di DIPOM bukan sekadar tugasan, tetapi sebuah misi untuk berkongsi semula pengalaman, memberi inspirasi, dan membuka ruang bagi generasi baharu miller untuk melangkah lebih jauh.

🤝 Menyokong MPOB & Industri

Hana percaya, kejayaan industri sawit tidak hanya bergantung kepada mesin, teknologi atau polisi, tetapi juga kepada manusia — miller dan pengurus kilang yang lahir daripada program seperti DIPOM.

Sebab itu, setiap kali dipanggil, Hana seboleh mungkin hadir. Malah, dia turut mengajak rakan-rakan industri untuk sama-sama menyumbang.

Kerana bagi Hana, ilmu yang dikongsi hari ini adalah pelaburan untuk industri esok.

✨ Hana tersenyum. Dahulu dia duduk di bangku peserta, kini dia berdiri di podium tenaga pengajar. Perjalanan ini seakan lengkap — bukan kerana dia sudah sampai, tetapi kerana dia telah memulangkan semula apa yang pernah dapat.

#blog #blogger #dipom #mpob #miller

🌴 Why Malaysia’s Replanting Program Matters for Palm Oil

🌴 Why Malaysia’s Replanting Program Matters for Palm Oil

Not many people realise this: an oil palm tree is most productive between 7–18 years old. After that, yields fall, trees grow too tall to harvest efficiently, and farmers earn less.

Malaysia now faces a challenge: too many old trees, not enough replanting.

That’s why the government has announced a RM 1.4 billion replanting fund (2026–2030), including a RM 100 million matching grant this year.

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💡 Why it matters:

1️⃣ Productivity & Competitiveness
Without replanting, Malaysia risks losing its place as the world’s #2 palm oil exporter. Rejuvenating estates ensures output stays strong without clearing new land.

2️⃣ Support for Smallholders
Nearly 40% of plantations are run by smallholders. Replanting costs RM 15k–20k/ha, and income disappears for 3–4 years until new palms bear fruit. Support is not a subsidy—it’s survival.

3️⃣ Sustainability & Global Trust
Replanting means higher yields from the same land. This aligns with EU deforestation-free policies and shows Malaysia is serious about green growth.

4️⃣ Jobs & Rural Economies
Palm oil sustains millions of livelihoods, from Sabah and Sarawak estates to refineries and ports. A strong replanting program safeguards not just exports—but families, communities, and rural economies.

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🌍 The palm oil industry contributes over RM 100 billion in exports annually. Replanting is not just about trees—it’s about protecting income, jobs, and Malaysia’s global standing in a sustainable way.

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✨ As leaders, we must see beyond today’s yield. True vision means planting for tomorrow, even if we may not be the ones harvesting it.

#PalmOil #Malaysia #Sustainability #Leadership #KembaraInsan

Replanting Initiative in the 13th Malaysia Plan (13MP)

The current focus in Parliament centers on a bold replanting strategy for ageing oil palm trees—especially those held by smallholders. Key highlights include:

RM 1.4 billion allocation over five years (2026–2030) under the 13th Malaysia Plan to rejuvenate oil palm plantations. This includes a RM 100 million matching grant in 2025 to encourage replanting among smallholders  .

The parliamentary debates on 13MP began on August 4, 2025, with MPs actively providing feedback. The Minister of Plantation Industries and Commodities, Johari Abdul Ghani, emphasized that the funding aims to sustain Malaysia’s position as the world’s second-largest palm oil producer and uphold export volumes (currently around RM 115 billion)  .

The impetus for this initiative stems from a significant shortfall in replanting rates: only 2% annually, well below the 4% government target. This reluctance to replant—driven by aging farmers, inadequate income during tree maturity delays, and insufficient subsidies—is expected to potentially reduce combined palm oil exports from Malaysia and Indonesia by up to 20% by 2030  .

🌴 Hana’s Field Exposure: A Day in the Oil Palm Estate

The sun had barely risen when Hana arrived at Pamol Estate, Sabah. Unlike the mill’s heavy clanking of machines, the estate greeted her with morning mist, the hum of cicadas, and the distant echo of a chainsaw. It was her first day shadowing the estate team to understand the journey of the Fresh Fruit Bunches (FFB) before they ever reached the mill.

🌅 Morning Roll Call

At 6:30 a.m., dozens of harvesters, loaders, and field staff gathered under a large shelter. The estate supervisor, Encik Musa, stood before them with a clipboard.

“Selamat pagi semua. Today we harvest Blocks 15 and 16, and manuring will continue at Block 12. Safety first — remember your gloves and helmets.”

Hana noticed the discipline. Attendance was taken, tasks assigned, and safety reminders emphasized. It felt like a military roll call — precise, structured, and essential to daily success.

🌴 The Harvest Begins

By 7:00 a.m., harvesters were already deep among the palms. Hana followed, her boots sinking into soft earth. She watched a seasoned harvester skillfully cut a ripe bunch with a long chisel pole. With one strike, the spiky FFB, weighing up to 25 kg, crashed onto the ground.

“Not all bunches are ready,” Musa explained. “We look for loose fruits on the ground. That’s nature’s sign the bunch is ripe.”

The harvesters worked quickly, slicing bunches, collecting them in wheelbarrows, and placing them neatly by the roadside for collection. Hana admired their strength — and discipline. Without good harvesting, the mill would never receive quality fruits.

🚜 Collection & Transport

By mid-morning, FFB collection tractors rumbled along estate paths, loading bunches from roadside stacks. Hana watched them weighed roughly in the field before being taken to the mill.

“This is the lifeline,” Musa said. “If harvesting is delayed, Free Fatty Acids (FFA) rise, and the oil quality suffers.” Hana noted how critical time and logistics were to palm oil value.

🌱 Manuring for the Future

In the afternoon, Hana joined another team in Block 12. Workers carried heavy sacks of fertilizer, spreading it carefully around the base of each palm.

“Manuring is the heart of productivity,” Musa told her. “Without proper nutrients, palms produce fewer and smaller bunches.”

Hana bent down to see the white granules dissolving into the soil. She realized that just like people needed food, palms required balanced nutrition to thrive — nitrogen, phosphorus, potassium, and magnesium.

🛠 Field Maintenance

As they moved along, Hana also noticed pruned fronds stacked neatly between palms. “This helps sunlight reach the fruits,” Musa explained. “Good field upkeep means better yields.”

She learned that estate work was not glamorous, but it was systematic: pruning, pest control, weeding, drainage upkeep — every detail mattered to ensure that the mill received quality fruits.

🌟 Hana’s Reflection

At the end of the day, Hana stood at the edge of the estate, looking out at endless rows of palms stretching towards the horizon. She whispered to herself:

> “The estate is the beginning of everything. Roll call brings discipline. Harvesting brings fruit. Manuring brings future yields. Field upkeep ensures sustainability. Without the estate, the mill is nothing. And without the people, the estate is nothing.”

She felt a new respect not just for machines in the mill, but for the sweat, patience, and skill of estate workers who made palm oil possible.

📚 Footnotes

1. MPOB (Malaysian Palm Oil Board), Good Agricultural Practices for Oil Palm Cultivation, 2020.

2. Corley, R.H.V. & Tinker, P.B., The Oil Palm, 5th Edition, Wiley-Blackwell, 2016.

3. Basiron, Y., Palm Oil — Nature’s Gift to Malaysia, 2007.

4. Rankine, I.R., Field Handbook on Oil Palm Cultivation, 2009.

5. Goh, K.J. & Härdter, R., General Oil Palm Nutrition: International Potash Institute, 2003.

#blog #blogger #kembarainsan #oilpalm #palmestate #mill #pamol #sabah #sarawak #malaysia

🪲 The Tiny Giant: How a Weevil Changed the Destiny of Malaysia’s Palm Oil Industry

Chapter 1 – The Birth of a Crop (1917)

When the first oil palm seeds were planted at Tennamaran Estate in Selangor in 1917, few could imagine that this exotic African crop would one day become the beating heart of Malaysia’s economy【1】.

The trees grew tall, elegant, with crowns heavy with male and female flowers. But soon, planters noticed something troubling. The palms were flowering, but the bunches were small and poorly filled. The yields were disappointing compared to their African homeland.

The problem was invisible: pollination.

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Chapter 2 – The Missing Link

In West Africa, where the oil palm had thrived for centuries, nature had built a partnership. A small black insect, the weevil Elaeidobius kamerunicus, lived among the palm flowers. It carried pollen from the male spikes to the female blooms, ensuring that nearly every flower was fertilized【2】.

But when the palm traveled across oceans to Malaya, the weevil did not come along. The palms here stood silent, waiting for a pollinator that never arrived.

Without this natural helper, fruit set was poor. Oil palm plantations in Malaya were like a great machine missing a vital cog.

---

Chapter 3 – The Era of Hand Pollination (1920s–1980)

To survive, planters turned to human hands. Assisted pollination began — a process as laborious as it was costly【3】.

Every day, workers climbed palms or cut down male inflorescences. They dried the flowers, collected pollen, and painstakingly dusted it onto receptive female flowers. Teams of men spent hours in the fields, repeating this day after day.

The results? Better fruit set, yes — but never perfect. Fruit set hovered around 40–50%, far below the potential. Expansion of plantations was limited by one cruel truth: the more palms you planted, the more workers you needed for pollination【4】.

Palm oil was slowly becoming a significant crop, but it was shackled by inefficiency. The dream of making Malaysia a global leader seemed distant.

---

Chapter 4 – A Scientist’s Curiosity (1970s)

By the 1970s, Malaysia had already overtaken rubber in estate expansion. Palm oil demand was rising. Yet yields were still not reaching the levels seen in Africa.

At the Palm Oil Research Institute of Malaysia (PORIM), scientists began asking: Why?【5】

Among them was Dr. Rajanaidu and his colleagues, who studied oil palms in Africa. There, they discovered the secret: the tiny weevil, Elaeidobius kamerunicus, tirelessly moving pollen between flowers.

The insect was the missing link. But could it be brought safely into Malaysia? Would it adapt to a new land? Would it harm other plants?

The idea was bold, risky, and unprecedented. Yet it held the promise of transforming the entire industry.

---

Chapter 5 – The Great Journey (1981)

In February 1981, after years of research and careful planning, a decision was made. A small consignment of weevils from Cameroon was flown to Malaysia【6】.

They arrived not in luxury, but in simple containers filled with palm flowers — their natural home. Scientists transported them to the Tenom Agricultural Research Station in Sabah, where they were released under strict monitoring【7】.

What happened next would change history.

Within weeks, the weevils adapted. They visited male flowers, feeding and picking up pollen, then carried it to female flowers, fertilizing them naturally. Researchers observed fruit set improving dramatically. The weevils had found a new home【8】.

It was as if Malaysia’s oil palms had finally been reunited with their long-lost partner.

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Chapter 6 – The Miracle Spreads (1981–1983)

The insects multiplied quickly. By the end of 1981, the weevils had spread beyond Tenom into nearby plantations. By 1983, they were everywhere — across Sabah, Sarawak, and Peninsular Malaysia【9】.

The results were breathtaking:

• Fruit set rose to 70–80%.

• Yields per hectare climbed significantly.

• Labour previously tied up in pollination was freed for harvesting and maintenance.

• Within two years, hand pollination disappeared from Malaysian plantations【10】.

Planters celebrated. Some joked that the weevil was “the cheapest labourer in Malaysia” — working day and night, never asking for wages, never going on strike.

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Chapter 7 – The Age of Abundance (1980s–1990s)

With pollination solved, Malaysia’s palm oil industry entered a golden age.

Plantations expanded rapidly. Mills processed ever greater volumes. By the mid-1980s, Malaysia became the largest producer and exporter of palm oil in the world【11】.

The tiny insect, no larger than a grain of rice, had triggered a revolution. Its introduction was hailed as one of the greatest successes of biological control and agricultural science in the 20th century【12】.

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Chapter 8 – Challenges in the New Millennium (2000s–2025)

But the story did not end in triumph alone.

As plantations grew, scientists noticed challenges:

• In some areas, pesticide use reduced weevil populations.

• Rainfall patterns and habitat conditions affected pollination efficiency.

• In certain blocks, fruit set began to decline, forcing managers to experiment with supplementary pollination again【13】.

Yet the weevil remained the backbone of the industry. Without it, Malaysia’s 25 million tonnes of crude palm oil (CPO) production in the 2020s would have been impossible【14】.

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Epilogue – The Tiny Giant

History often celebrates great machines, towering buildings, and powerful leaders. But in Malaysia’s palm oil story, the hero is a creature so small it can sit unnoticed on the tip of a finger.

The Elaeidobius kamerunicus weevil, introduced from Africa in 1981, reshaped an entire industry. It lifted yields, cut costs, freed labour, and propelled Malaysia to global leadership.

It was not a politician or a tycoon that made this possible, but a tiny insect buzzing between flowers, unseen, tireless, and indispensable.

And so, in every bunch of palm fruit harvested today, in every litre of oil exported across the world, lies the legacy of the tiny giant that changed Malaysia’s destiny.

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📌 Footnotes

1. Corley, R.H.V., & Tinker, P.B. (2016). The Oil Palm. Wiley-Blackwell.

2. Syed, R.A. (1979). Insect pollination of oil palm: Feasibility studies on the introduction of Elaeidobius kamerunicus. The Planter, 55(647), 547–561.

3. Turner, P.D. (1977). Oil Palm Diseases and Disorders. Oxford University Press.

4. Corley, R.H.V. (1976). Pollination and fruit set in oil palm: A review. Journal of the Malaysian Society of Plantations, 8(3), 15–24.

5. Rajanaidu, N. (1980). Breeding and genetics of oil palm. PORIM Bulletin.

6. Syed, R.A., Salleh, K.M., & Rao, V. (1982). Insect pollination of oil palm: Introduction of Elaeidobius kamerunicus to Malaysia. The Planter, 58(682), 547–561.

7. Greathead, D.J. (1983). The introduction of Elaeidobius kamerunicus to Malaysia. Biocontrol News and Information, 4(3), 245–247.

8. Basri, M.W., Norman, K., & Ravigadevi, S. (1987). Impact of Elaeidobius kamerunicus on oil palm yields in Malaysia. Journal of Oil Palm Research, 1(2), 1–10.

9. Tandon, R., & Faizah, A.W. (2001). Pollination ecology of oil palm in Malaysia: Challenges after two decades of weevil introduction. Journal of Tropical Agriculture, 78(3), 171–180.

10. MPOB (2020). Elaeidobius kamerunicus: The pollinator that transformed Malaysia’s oil palm industry. Technical Report, MPOB/TR/220.

11. Abdullah, R. (1995). Oil palm development and the role of pollination in yield improvement. Planter, 71(832), 543–552.

12. Corley, R.H.V. (2009). Biological control in the oil palm industry: The success of the weevil. Agricultural History Review, 57(1), 33–47.

13. Chong, S.P., et al. (2013). Decline in Elaeidobius kamerunicus efficiency in Malaysian plantations. Journal of Oil Palm & The Environment, 4, 12–21.

14. Malaysian Palm Oil Board (2023). Palm Oil Statistics 2023. MPOB, Putrajaya.

#mpob #blog #blogger #kembarainsan #malaysia #sawit #palmoilmill #palm #oilpalm #cpo #sabah #sarawak #refinery #engineer #boiler #sawit

Total palm oil mill in Malaysia

History & Data of Palm Oil Mills in Malaysia

1. The First Palm Oil Mill in Malaysia

• 1917: The first commercial oil palm cultivation began at Tennamaran Estate, Selangor .

• 1932: The first commercial palm oil mill, the Bernam Palm Oil Factory, was established at Jendarata Estate, Perak, by United Plantations .

👉 Summary:
Malaysia started commercial planting in 1917, but the first mill processing Fresh Fruit Bunches (FFB) into Crude Palm Oil (CPO) was only built in 1932.

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2. Total Palm Oil Mills up to 2025

• According to the Malaysian Palm Oil Board (MPOB), as of 2025, in Peninsular Malaysia there are:

  • 239 Fresh Fruit Bunch (FFB) mills,

  • 27 Palm Kernel Crushers,

  • 40 Refineries .

• For nationwide figures (including Sabah & Sarawak), the total is higher. Earlier studies indicate:

  • 117 mills in Sabah,

  • 71 mills in Johor,

  • 67 mills in Pahang .

👉 Summary:
By 2025, Malaysia has more than 300 palm oil mills nationwide (239 in Peninsular + over 100 in Sabah & Sarawak).

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Quick Reference Table

Year	Key Development	Reference
1917	First commercial planting at Tennamaran Estate, Selangor	[1]
1932	First palm oil mill: Bernam Palm Oil Factory, Jendarata Estate (United Plantations)	[2]
2025	239 mills in Peninsular; >300 nationwide including Sabah & Sarawak	[3][4]

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Footnotes

1. Wikipedia, Palm oil production in Malaysia – Link

2. United Plantations, History & Milestones – Link

3. MPOB, Number & Capacities of Palm Oil Sectors 2025 – Link

4. ResearchGate, Distribution of palm oil mills in Malaysia – Link

#blog #blogger #kembarainsan #sawit #palmoilmill #mill #engineer #estate #mpob #mpoc #mpoa #mspo

Sejarah industri sawit negara

Di sebuah tanah lapang di Batang Berjuntai, Selangor, tahun 1917, Henri Fauconnier berdiri merenung deretan pokok kelapa sawit yang baru ditanam. Tanaman yang berasal dari Afrika Barat ini pada mulanya hanya hiasan di taman-taman kolonial sejak 1870-an[^1]. Namun hari itu, Estet Tennamaram menjadi saksi bermulanya perladangan komersial pertama di Malaya – satu titik mula yang bakal mengubah wajah ekonomi negara.

Harapan Merdeka & FELDA

Selepas Merdeka 1957, negara berdepan cabaran keluar daripada kebergantungan pada getah dan bijih timah. Maka pada 1956, FELDA ditubuhkan[^2]. Ladang-ladang sawit tumbuh di tanah rancangan, membawa keluar ribuan keluarga luar bandar daripada kemiskinan. Setiap pokok bukan sekadar menghasilkan tandan buah segar, tetapi juga menanam impian baru.

Pemodenan 1970-an – 1980-an

Memasuki 1970-an, dasar kerajaan lebih progresif. Pada 1976, duti eksport minyak sawit mentah diperkenalkan[^3], memaksa pembangunan kilang penapisan tempatan. Dari sinilah lahir industri hiliran – sabun, marjerin, minyak masak, dan akhirnya oleokimia.

1979 pula menyaksikan kelahiran PORIM (Palm Oil Research Institute of Malaysia)[^4], menyalakan obor penyelidikan dari genetik benih hingga teknologi kilang. Sawit kini bukan sekadar ladang, tetapi sains dan inovasi.

Penyatuan di Milenium Baru

Tanggal 1 Mei 2000, sejarah baru tercatat. MPOB (Malaysian Palm Oil Board) ditubuhkan, menggabungkan PORIM dan PORLA[^5]. MPOB kini menjadi nadi penyelidikan, penguatkuasaan dan pelesenan industri – dari ladang hingga pasaran global.

Dunia Menuntut Kelestarian

Namun dunia kian peduli. 2004, tertubuhlah RSPO (Roundtable on Sustainable Palm Oil) sebagai piawaian global. Malaysia pula melancarkan MSPO (Malaysian Sustainable Palm Oil) pada 2013 dan menjadikannya mandatori pada 2019[^6].

Walau begitu, pada 2007, Malaysia akur bahawa Indonesia telah mengatasi sebagai pengeluar terbesar dunia[^7]. Malaysia kekal nombor dua, tetapi berpegang pada reputasi kualiti dan inovasi.

Ribut 2020-an

Tahun-tahun 2020-an hadir dengan badai. Covid-19 menutup sempadan, buruh ladang berkurangan, hasil merosot[^8]. Namun selepas 2023, pekerja kembali, hasil mula pulih. Malaysia mencatat 19.34 juta tan CPO pada 2024 dan unjuran meningkat kepada ~19.5 juta tan pada 2025[^9].

Tetapi cabaran baharu muncul dari Eropah – EUDR (EU Deforestation Regulation). Bermula 30 Disember 2025, semua pengeksport besar perlu patuh peraturan ini. Malaysia dan Indonesia segera menubuhkan Pasukan Petugas Bersama bagi mempertahankan industri dan kedaulatan ekonomi[^10].

Denyut Desa & Masa Depan

Di sebalik angka besar, wajah pekebun kecil tetap mewarnai sejarah. Hampir 450,000 keluarga mengusahakan 26–28% keluasan sawit negara[^11]. Dari Sabah ke Sarawak, dari Johor ke Perak, sawit bukan sekadar komoditi – ia adalah periuk nasi, warisan dan maruah bangsa.

Hari ini, menjelang 2025, kelapa sawit bukan lagi sekadar tanaman hiasan kolonial. Ia telah menjadi denyut nadi ekonomi, simbol kebangkitan desa, dan gelanggang diplomasi antarabangsa. Dari Tennamaram 1917 hingga EUDR 2025, sejarah sawit Malaysia adalah kisah keberanian, inovasi dan daya tahan – sebuah epik tropika yang masih terus ditulis.

📌 Nota Kaki

[^1]: Kelapa sawit diperkenalkan dari Afrika Barat ke Tanah Melayu sekitar 1870-an.

[^2]: FELDA ditubuhkan 1956, memperluas perladangan sawit sebagai skim tanah rancangan.

[^3]: Duti eksport CPO pertama diperkenalkan 1976 untuk galak pemprosesan tempatan.

[^4]: PORIM ditubuhkan 1979, menjadi pusat penyelidikan minyak sawit Malaysia.

[^5]: MPOB ditubuhkan 1 Mei 2000 hasil gabungan PORIM & PORLA.

[^6]: RSPO ditubuhkan 2004; Malaysia memperkenal MSPO pada 2013, mandatori 2019.

[^7]: Indonesia mengatasi Malaysia sebagai pengeluar sawit terbesar dunia pada 2007.

[^8]: Covid-19 (2020–2022) menjejaskan pekerja asing & pengeluaran sawit.

[^9]: Malaysia menghasilkan 19.34 juta tan CPO pada 2024; unjuran 19.5 juta tan pada 2025.

[^10]: EU melaksanakan EUDR (EU Deforestation Regulation) – berkuatkuasa penuh 30 Dis 2025.

[^11]: Pekebun kecil menyumbang ~26–28% keluasan sawit Malaysia, dengan 450,000 keluarga terlibat.

#sawit #palmoilmill #mill #mpob #mpoc #mpoa #poram #malaysia 

From Palm Oil Mills to Refineries: What I Learned

Not many millers make the move from upstream (mills) to downstream (refineries). It happens, but it’s rare. I was one of those who took the leap — and honestly, I made a few mistakes in my decision-making.

Why did I make the switch?
1️⃣ I trusted a close friend.
2️⃣ My family was tired of moving every few years, and my eldest child was about to sit for UPSR. Stability mattered.
3️⃣ HR at the new company painted a very attractive picture.

Looking back, I could blame these factors. But the truth is, the decision was mine. And I own it.

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What Changed?

✅ Technology & Learning – Moving to a refinery meant adapting to new systems and processes. With determination, you can master them within a few years.

✅ Lifestyle – Mills are remote, quiet, close to nature. Refineries are in busy cities. The shift was huge, but it gave my family stability.

✅ Facilities – In mills, managers enjoy perks: housing, vehicles, domestic helpers. In refineries, those benefits are rare and depend on company policy.

✅ Team & Complexity – Mills may have 3–4 engineers. Refineries need large, specialized teams. Collaboration and coordination become critical.

✅ Pay & Rewards – Surprisingly, mill managers often earn more than refinery managers because upstream operations generate higher margins.

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My Reflection

If you’re considering the move from upstream to downstream:

• Don’t fear new technology — you’ll adapt.

• Consider lifestyle and family needs carefully.

• Be realistic about perks and compensation.

• Remember: your problem-solving and leadership skills are transferable.

For me, the journey wasn’t perfect. But it gave me perspectives I would never have gained had I stayed in one place.

Sometimes, the value of a decision lies not in whether it was right or wrong — but in what you learned along the way.

#palmoilmill #palmoil #mpob #sawit #malaysia #indonesia #merdeka #blog #blogger #kembarainsan

Engineer Beneath the Palm’s Shadow: A Mission to Change the World’s Narrative

Engineer Beneath the Palm’s Shadow: A Mission to Change the World’s Narrative

Chapter 1 – Between Steam and the Sweet Scent of Palm Fruit

Dawn broke over Lahad Datu with the soft breath of sea air. In the distance, the sun pierced the morning mist, casting golden light over rows of palm trees standing like loyal soldiers. Ahmad Farhan, a process engineer, stood on the mill’s platform, watching trucks roll in, each loaded with freshly harvested fruit bunches.

The warm steam from the steriliser mixed with the sweet aroma of ripe palm fruit, filling the air. To an outsider, this might be just another industrial scene. But to Farhan, it was a symphony — an orchestra of life connecting farmers, truck drivers, technicians, and entire communities.

He knew that every drop of palm oil was not just cooking oil. It was nutrition: carotenoids giving it its golden hue, rare tocotrienol vitamin E, and energy to feed millions across the globe.

Chapter 2 – A Tale of Two Oils

One evening, Farhan sat in his office, scrolling through an article on olive oil. Pictures of ancient groves, elegant green glass bottles with “Extra Virgin” labels, and romantic Mediterranean tales had seduced millions of consumers.

He sighed. Why can’t palm oil tell its story like this?

Olive oil was wrapped in an image of health, elegance, and purity. Palm oil, on the other hand, was often linked to burning forests, choking smoke, and ruthless corporations. Farhan knew some of these accusations had truth in the past — but he also knew the industry had changed. Plantations were now certified sustainable, mills adopted eco-friendly technology, and wildlife conservation programs operated alongside production.

The only missing piece was the narrative.

Chapter 3 – From CPO to PPO

In a marketing team meeting, Farhan pitched a bold idea. “Let’s stop using the term Crude Palm Oil. The word ‘crude’ sounds dirty, industrial, and unrefined. Replace it with Pure Palm Oil or Natural Palm Oil.”

A marketing officer smirked, “Farhan, the world won’t change just because we change a name.”

He replied calmly, “Names are the first doorway. Look at olive oil — ‘extra virgin’ is just a marketing term, yet it inspires trust and luxury. We can do the same, but with even stronger facts, because our palm oil is genuinely nutrient-rich.”

Chapter 4 – The Stage in Geneva

A month later, Farhan flew to Geneva for the International Edible Oils Conference. The auditorium was filled with business leaders, scientists, and policymakers from around the globe. When his turn came, he stepped onto the stage, heart pounding.

The presentation screen lit up with images of lush palm plantations, harvesters with long sickles, and data comparing crop efficiencies.

“Ladies and gentlemen,” he began, “one hectare of palm oil can produce 7 to 10 times more oil than soybean or sunflower. We don’t need vast forests to feed the world — instead, we use land optimally.”

He held up a bottle of golden-red palm oil. “This is not just oil. It’s a source of natural carotenoids, vitamin E tocotrienols that support heart health, and energy that feeds over three billion people. And it’s extracted without the harmful chemical solvents used in other oils.”

Chapter 5 – Reaching Hearts and Changing Minds

His speech ended with thunderous applause. But what meant most to Farhan was when a nutritionist from Italy approached him afterward, saying, “I never knew palm oil had such high vitamin E content. We need to study this more deeply.”

Months later, a European magazine ran an article titled “Palm Oil: Nature’s Hidden Treasure” with a photo of a Sabah plantation on its cover. Some companies began labeling their products Natural Palm Oil in Middle Eastern markets. The new narrative was taking root.

Chapter 6 – Legacy Beneath the Palm’s Shadow

One evening, Farhan stood at the Lahad Datu dock, watching a palm oil tanker set sail for Rotterdam. The sunset reflected gold on the sea’s surface, as if echoing the promise of palm oil: wealth, health, and sustainability.

He knew this mission was far from over. But as long as there were voices to tell the truth, plantations to thrive, and farmers working with dedication — palm oil would rise again, not as an enemy of nature, but as a tropical gift to the world.

Farhan smiled. He was not just an engineer. He was a storyteller of truth, carrying the tale from beneath the palm’s shadow to the world stage.

Bau kilang sawit dalam kenangan

Matahari pagi memancar garang di langit Lahad Datu. Udara di ladang sawit terasa segar, tetapi baunya bercampur antara aroma dedaun basah dan minyak sawit mentah yang keluar dari cerobong kilang. Farid berdiri tegak di hadapan papan tanda besar bertulis Selamat Datang ke Kilang Sawit Jeroco.

Dia baru seminggu tamat pengajian Ijazah Kejuruteraan Mekanik di sebuah universiti tempatan. Sewaktu di kampus, dia tidak pernah terfikir langsung untuk bekerja di industri sawit. Baginya, kilang sawit hanyalah tempat jauh di pedalaman, penuh dengan bunyi bising dan asap hitam. Tetapi semua itu berubah apabila seorang pensyarah yang pernah menjadi jurutera sawit menceritakan kisah sebenar—tentang betapa kompleksnya proses di kilang sawit, lengkap dengan boiler, turbin, sistem rawatan air buangan, dan pengurusan tenaga stim.

Hari ini, Farid memulakan hidup baru sebagai Kadet Jurutera di sebuah syarikat terkemuka.

Minggu pertamanya penuh cabaran. Setiap pagi dia perlu memakai coverall tebal berwarna biru, lengkap dengan topi keselamatan dan kasut bertapak besi. Dia berpeluh, bukan kerana cuaca semata-mata, tetapi kerana otaknya ligat menyerap setiap ilmu yang diberikan oleh juruteknik senior.

“Farid, tengok ni,” kata Pak Hassan, seorang Boilerman Gred 1 yang sudah 25 tahun bekerja di situ. “Boiler ni jantung kilang. Kalau dia sakit, semua operasi berhenti. Kau kena belajar dengar bunyinya, rasa getarannya… itu cara kau tahu dia sihat atau tak.”

Farid tersenyum. Dia kagum dengan pengalaman orang lama seperti Pak Hassan—orang yang namanya jarang keluar di akhbar, tetapi tenaganya menjadi nadi industri ini.

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Tiga bulan berlalu. Farid semakin mahir membaca steam balance chart dan memeriksa suhu heat exchanger. Dia juga mula sedar bahawa kehidupan di ladang bukanlah seperti yang orang bandar sangka. Rumah disediakan, bil air dan elektrik percuma, malah jarak ke tempat kerja hanya beberapa minit berjalan kaki.

Suatu petang, Farid duduk di anjung rumah sambil memandang hamparan pokok sawit sejauh mata memandang. Angin petang membawa bunyi riuh dari asrama pekerja—gelak tawa, muzik radio, dan aroma kari dari dapur. Dia teringat kata-kata Pengurus Besar sewaktu temuduga dulu:

> “Farid, kalau kau sanggup bermula dari bawah, industri ini boleh bawa kau sampai puncak. Bukan saja gaji, tapi pengalaman dan masa depan yang stabil.”

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Sepuluh tahun kemudian, Farid bukan lagi kadet. Dia kini seorang Pengurus Kilang yang mengetuai lebih seratus pekerja dari pelbagai negara. Dia masih ingat saat pertamanya menjejakkan kaki ke kilang itu, penuh ragu dan soalan. Kini, tangannya tidak lagi sekadar memegang buku teori, tetapi memegang tanggungjawab besar yang memastikan kilang itu terus beroperasi, memberi rezeki kepada ratusan keluarga.

Dan setiap kali dia berdiri di anjung rumah pengurus, memandang matahari terbenam di ufuk ladang, dia tersenyum sendiri. Di tapak tangannya masih terasa jejak minyak—bukan kotor, tetapi tanda perjalanan yang mengubah hidupnya.

Tamat

Story: Transforming Safety Culture at Gambang Palm Oil Mills

Salman Mukmin had been appointed as the Mill Manager for a cluster of palm oil mills in Gambang, Pahang. From his first week on the job, he noticed something troubling — the mills ran like clockwork in terms of production, but safety was treated as an afterthought. Helmets were sometimes worn only when visitors came. Safety briefings were rushed. A few minor accidents were brushed off as “part of the job.”

Salman knew this mindset had to change.

The Turning Point

One morning, a small incident shook him. A worker slipped on an oil spill near the loading ramp. It wasn’t serious, but it could have been far worse. That evening, Salman gathered his supervisors.

“Safety is no accident,” he began, looking around the table. “We have to stop thinking it’s just about rules. Safety is a mindset — a culture. And it starts with us.”

He introduced three key principles for his leadership team:

1. Personal Responsibility: Everyone — from the top floor to the shop floor — must own safety.

2. Proactive Prevention: “Prepare and prevent, don’t repair and repent.”

3. Empowerment to Speak Up: Every worker has the right — and duty — to stop unsafe work.

Building the Culture

Salman rolled out changes in phases:

Daily Safety Huddles: Five minutes at the start of each shift to discuss hazards, good catches, and safe work reminders.

Safety Champions: A rotation system where workers took turns leading safety inspections, making it everyone’s responsibility.

Open-door Reporting: A no-reprisal policy for raising hazards or near-misses, paired with immediate follow-up action.

He also used clear, memorable messages:

“A safe team is a strong team.”

“Shortcuts cut life short.”

“Tomorrow: your reward for working safely today.”

Resistance and Breakthrough

At first, some veteran staff muttered, “We’ve been doing this for years without all this fuss.” But Salman didn’t push with threats — he led by example.

When he personally swept oil spills, checked harness fittings, and refused to start operations until safety checks were complete, attitudes began to shift. Workers saw he was serious, not just about rules, but about their lives.

The real breakthrough came when a welder stopped a job because he felt the scaffolding was unstable. Instead of scolding him for slowing down the work, Salman thanked him in front of the team and gave him the “Safety Star” award for the month. That moment sent a clear message: safety over speed.

The Results

Within a year, near-miss reporting tripled — not because things were getting worse, but because workers now felt safe to speak up. Lost-time incidents dropped by 70%. Most importantly, safety became the norm, not an afterthought.

On the anniversary of the first safety huddle, Salman addressed the entire team:

“Safety first, safety always. We protect each other, and we go home together. That’s what makes us strong.”

And as the sun set over the oil palm estates of Gambang, the mills not only ran efficiently — they ran with a new culture of care, where every worker watched out for the next.

Azian – The Young Engineer with Integrity

In the quiet town of Sandakan, Sabah, nestled between lush oil palm estates and the shimmering blue of the Sulu Sea, stood a palm oil mill known for its efficiency and spotless safety record. The person at the heart of it was not a seasoned veteran with decades of experience, but a young engineer named Azian.

Fresh out of university, Azian joined the mill with a hunger to learn and a determination to prove herself. Many doubted her at first—young, soft-spoken, and new to the industry. But it didn’t take long for her to earn the trust of both the workers on the factory floor and the management in the office.

Azian’s leadership was rooted in integrity. She believed that leading a mill wasn’t just about machines and production numbers—it was about people. She treated the operators, fitters, boilermen, and lab technicians with the same respect she would offer to a senior manager.

Whenever there was a breakdown, Azian was not the type to hide in the office. She would be on-site, helmet on, safety boots laced, working alongside her team to troubleshoot the problem. She listened to the ideas of the older technicians, acknowledged their expertise, and gave credit where it was due.

One rainy evening, a critical conveyor belt jammed, threatening to halt production. While others might have barked orders in panic, Azian stayed calm. She organised a small team, assigned roles clearly, and even stood under the heavy rain to monitor the repairs. By midnight, the mill was back online—without compromising safety.

Her integrity shone brightest not during major crises, but in the small choices she made daily:

Giving second chances to workers who made mistakes but were willing to learn.

Standing up for a technician when a supplier tried to shift blame unfairly.

Staying back after hours to help a young trainee understand the boiler operation.

Listening patiently to estate managers during meetings, even when opinions clashed.

Under her leadership, the mill not only met its production targets but also became a workplace where people felt valued. Workers began to take greater pride in their roles, knowing they had a leader who would defend them, guide them, and hold everyone—including herself—accountable.

Azian’s story became well-known across the plantation division. Not because she was loud or sought recognition, but because her consistency, fairness, and quiet strength inspired those around her.

In the end, her success was not measured by how many tonnes of crude palm oil the mill produced, but by how many people she uplifted along the way.

And that is what made Azian not just a good engineer, but a great leader.

From Sepilok to the Stage – The Transformation of Amir

When Amir was promoted to Mill Manager at Sepilok Palm Oil Mill, he thought the toughest challenges would be about machinery, production targets, and safety standards.

He was wrong.

It wasn’t the boilers, turbines, or processing lines that kept him awake at night — it was the people.

Coordinating teams, handling conflicts, presenting reports to the board… all these required a different skillset than what his engineering background had prepared him for.

Amir often stumbled over his words in meetings.

He avoided public speaking whenever he could.

Even giving feedback to his staff sometimes felt awkward.

One evening, while scrolling through Facebook, Amir noticed a post from an old university friend about Toastmasters. The words “improve your communication and leadership” caught his eye. Out of curiosity, he decided to visit a meeting in Sandakan.

That night changed everything.

Week after week, Amir attended. At first, he spoke nervously, his voice shaky and hands clenched. But slowly, he learned the art of clear communication, active listening, and constructive feedback.

The lessons from Toastmasters didn’t just stay in the meeting room — they spilled over into the mill.

He began running morning briefings with confidence.

He handled audits with calm authority.

He started mentoring young engineers, guiding them not only in technical work but also in decision-making and teamwork.

Over time, Sepilok Palm Oil Mill became known not just for hitting production targets, but for having a motivated, well-connected team. Staff turnover dropped. Productivity rose. And Amir? He was promoted to oversee multiple mills within the group.

Outside of work, Amir’s personal life also flourished. He became more open, more present, and more understanding with family and friends.

Looking back, he realised something powerful:

“Joining Toastmasters wasn’t just about learning to speak — it was about learning to lead, to connect, and to inspire.”

And it all started with one decision, one evening, and the courage to step into a room full of strangers.

Azmeer’s Voice – From Introvert Engineer to Influential Leader

🎯 Story Title:

"Azmeer’s Voice – From Introvert Engineer to Influential Leader"

When Azmeer first walked into SCCA Palm Oil Refinery as a fresh Chemical Engineering graduate from Universiti Sains Malaysia, his mind was bursting with technical knowledge — heat exchangers, process flow diagrams, chemical reactions — but his mouth… well, that was another story.

An introvert by nature, Azmeer preferred the quiet hum of machinery over the chatter of meetings. He excelled at calculations, process optimisation, and troubleshooting plant issues. But when it came to speaking up in front of colleagues, supervisors, or clients, his voice would shrink into the background.

He quickly realised something:

"Technical skills might get me in the door… but communication will decide how far I go."

🌱 The Turning Point

One Friday evening, while scrolling through community events, he saw an announcement:

"Lahad Datu Toastmasters Club – Learn to Speak with Confidence."

Azmeer hesitated. Standing in front of people to speak felt terrifying. But he told himself:

"If I can solve a process bottleneck in a fractionator column, surely I can learn to speak in public."

He attended his first meeting. He didn’t speak that day — he just observed. But what he saw amazed him: ordinary people delivering speeches with clarity, telling stories that held the room’s attention, giving feedback without offence, and inspiring others with just words.

🚀 Growth Through Practice

Week after week, Azmeer returned. At first, he did small roles — timer, ah-counter, speech evaluator. Slowly, his confidence grew.

He learned to structure his thoughts before speaking.

He discovered the power of pausing to make a point.

He practiced listening to understand, not just to reply.

Soon, he delivered his first prepared speech, “The Silent Engineer”, sharing his personal journey as an introvert in the corporate world. His colleagues from the refinery who attended were shocked — Azmeer was no longer the quiet engineer they knew.

💼 Bringing Skills Back to Work

In the refinery, his newfound communication skills began to shine:

During morning production meetings, he presented updates clearly and confidently.

In safety briefings, his calm, structured explanations built trust with operators and contractors.

When negotiating with suppliers, he articulated needs and expectations without friction.

His manager noticed. Within two years, Azmeer was leading cross-department projects, coordinating with the maintenance team, production supervisors, and even head office executives.

🌟 From Learner to Leader

Azmeer’s Toastmasters journey didn’t just improve his speaking — it nurtured his leadership skills. He took on the role of Vice President Education in the Lahad Datu club, mentoring new members and organising speaking programs.

One day, during a management meeting, the refinery’s General Manager said:

“Azmeer, you’ve become the bridge between our technical team and our business partners. You explain things in a way everyone understands — and that’s priceless.”

Azmeer smiled. He knew this transformation didn’t happen overnight. It was the result of continuous learning, practising outside his comfort zone, and listening more than speaking.

Today, the once-quiet engineer commands attention not with volume, but with clarity, respect, and presence. And whenever a young graduate joins the refinery, Azmeer always shares the same advice:

“Your technical skills will open the first door.

Your communication skills will open the rest.