Planting Operations

Driving sustainable growth and success

Giving our utmost efforts in plantation industry.

We specialize in efficient and sustainable oil palm planting operations. From land preparation to cultivation and maintenance, we ensure every step contributes to a thriving plantation. Our team is dedicated to fostering long-term growth and maximizing yield.

With years of expertise, we are committed to implementing best practices for oil palm farming, ensuring both environmental sustainability and economic success. Through innovation and dedication, we support the growth of healthy plantations that contribute to the industry’s advancement.

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Cultivation of oil palm

Weed Control

Regularly remove weeds to reduce competition for nutrients and water. Use manual weeding or appropriate herbicides if necessary.

Soil Management

Maintain soil fertility by applying appropriate fertilizers based on soil tests. Ensure proper irrigation to maintain soil moisture levels.

Regular Pruning

Remove dead or diseased fronds to promote healthy growth and prevent the spread of diseases. This also helps in better light penetration and air circulation.

Pest and disease control

Sanitation

Remove any decaying logs, dead trees and other debris from the plantation to eliminate breeding grounds for pests.

Regular Monitoring

Inspect plants regularly for signs of pests or diseases and take prompt action to prevent spread.

Chemical Control

Use insecticides and fungicides as needed, but opt for products that are target specific and environmentally safe. Avoid broad-spectrum chemicals with long-lasting residues.

Harvesting
Process

Frequency

Maintain a consistent harvesting schedule to ensure
continuous production and prevent over-ripening.

Timing

Harvest fresh fruit bunches (FFB) when they are ripe, typically every 10 to 14 days. Ensure that the bunches are harvested at the right time
to maximize oil content and quality.

Method

Use a long sickle or mechanical harvester to cut the ripe bunches with out damaging the fruit or the palm. Handle the bunches carefully to avoid bruising.

Sawit Kinabalu

The Sawit Kinabalu is a clone of the oil palm tree that was developed specifically for high-yield oil palm plantations. It is one of the varieties of oil palm clones that have been selectively bred to produce better yields of palm oil while also being more resistant to diseases and pests. The name Sawit Kinabalu generally refers to a variety developed in Malaysia, specifically in the region of Sabah, which is known for its oil palm production.

High Yield

The clone is known for its high productivity in terms of both fresh fruit bunch (FFB) yield and oil extraction rate (OER). This makes it a preferred choice for commercial plantations.

Disease Resistance

Like many improved clones, Sawit Kinabalu is bred for greater resistance to diseases that commonly affect oil palm, such as Fusarium wilt, which can be a significant problem in plantations.

Climate Adaptability

This clone has been adapted to grow well in the specific climate conditions found in Sabah, including the rainfall and temperature patterns of the region.

Better Oil Quality

The fruit produced by Sawit Kinabalu is known for a higher oil content, which is an important factor for oil extraction and the overall efficiency of the plantation.

Kelapa Tacunan

The Kelapa Tacunan is a variety of coconut tree clone that was developed in Malaysia, particularly in the state of Sabah. It is known for being a high-yielding and disease-resistant variety, making it highly suitable for commercial coconut farming.

Nutrient Quality

This variety is valued for its coconut water quality and the amount of copra it produces, making it an excellent choice for both fresh coconut consumption and the production of coconut oil and other coconut-based products.

Adaptability

The Kelapa Tacunan clone is well-suited to the tropical climates in which coconut trees thrive, particularly in the humid and warm conditions of Southeast Asia, such as in Sabah.

Faster Maturity

The Kelapa Tacunan coconut tree tends to mature faster than some traditional varieties, allowing for earlier harvesting and more efficient land use.

Resilience to Environmental Stress

The clone is bred to be more resilient to environmental stresses, such as drought or heavy rainfall, which can be crucial in maintaining consistent yields in varying climatic conditions.