TT No. 537: Zero Waste Technology for Palm Oil Mills (POMEDfree)

Rarid growth of palm oil production in Malaysia in the last few decades has given rise to major environmental issues, particularly the discharge of large quantities of treated waste effluent into the rivers as well as the emission of methane from palm oil mill digestion ponds to the atmosphere. The proposed technology offers a zero … Read more

TT No. 536: Novel Refining Technology of Palm-pressed Fibre Oil

Malaysia is the world’s second largest producer of palm oil. In 2012, Malaysia produced 18.79 million tonnes of crude palm oil from 96 million tonnes of fresh fruit bunches (FFB) processed and generated 13 million tonnes of palm-pressed mesocarp fibres. Several attempts have been made to recover the residual oil from the mesocarp fibre. The … Read more

TT No. 534: Glomus intraradices – A Potential Arbuscular Mycorrhiza Fungus (AMF) to Enhance Oil Palm Vegetative Growth

Endophytic microorganisms such as arbuscular mycorrhiza fungi (AMF) are among the many effective microorganisms (EM) present in the host of system of various plants; ofthen without ill effects on the plants (Holderness et al.,2000;Sieber,2002). A majority of land plants from symbiotic association with the fungi. Mycorrhizae play a key role for soil microorganisms in the soil-plant … Read more

TT No. 533: Detection of Fusarium Wilt in Oil Palm by Polymerase Chain Reaction Methods

Vascular wilt of oil palm is caused by a soil-borne fungus, Fusarium oxysporum f.sp. elaeidis (foe). This disease is seriously affecting the oil palm industry in Africa, where yield in some areas have drastically been reduced. Currently, F. oxysporum can be diagnosed up to the species level through a morphological and molecular technique namely, the Polymerase Chain Reaction (PCR). Detection … Read more

TT No. 532: Field Spectroscopy for Detection of Ganorderma Disease in Oil Palm

The Basal Stem Rot (BSR) disease caused by Ganoderma boninense has caused huge economic losses to oil palm plantations (Roslan and Idris, 2012). The disease can be diagnosed based on the presence of basidiomata of the pathogen on the stem base or frond bases or roots (Idris and Ariffin, 2004). Several technologies have been developed for the … Read more

TT No. 531: Vermicompost for Enhandced Vegetative Growth of Oil Palm Seedlings

Composts are produced in some palm oil mills as a waste management method to mitigate greenhouse gas *GHG) emmisions from empty fruit bunches (EFB) and palm oil mill effluent (POME). Vermicomposting has been considered as a method of achieving stabilised compost products (Elvira et al., 1998; gupta and Garg, 2008; Suthar, 2006). Vermicomposting of EFB and … Read more

TT No. 530: The Performance of Mungbean Integrated with Oil palm

Mungbean, Vigna radiata is a green seeded legume with pods borne at the top of the plant (Figure 1). The crop originated from India. It was distributed to other topical Asian countries in the early 17th century. It belongs to the family Leguminosae, the same as soyabean, groundnut and chick peas (John Milton Poehlman. 1991). … Read more

TT No. 529: Malaysia Unified Peat Clasification Technique

Peat or organic soils are soils in which organic soil materials (OSM) form an important protion of the upper 100cm of the soil. These soils generally occur in lowland coastal swamps, inland swamps and valleys, and high altitudes (Paramananthan and Wahid, 2008). Most published data in Malaysia, Sabah and Sarawak were 716 944 ha, 121 … Read more

TT No. 528: Best Management Practices For Oil Palm Cultivation On Peat: Using Zeolite as Soil Conditioner

Oil palm cultivation on peat in Malaysia was estimated at 0.67 million hectares (Wahid et al., 2010). The poor physical and chemical properties of peat need amelioration for successful cultivation on peat such as land preparation, planting technique, water management, fertiliser requirements and mechanisation have been documented (Gurmit et al., 1987; Hasnol et al., 2007;2010; Mohd Tayeb, … Read more