TS No. 46: Determination of Arsenic in Animal Feed Using Microwave Digestion and Graphite Furnace Atomic Absorption Spectrometry Method

Arsenic contamination of palm oil is of great concern due to its carcinogenic effects. Most soils contain some arsenic, generally at low levels of 1 to 50 mg kg-1. However, industrial wastes and pesticides may contain more, and their disposal/application will contaminate the environment. Unpublished data obtained from a laboratory in the European Union (EU) … Read more

TS No. 44: Determination of Lubricity of Biodiesel and Diesel Fuel

Lubricity is defined as the ability of a liquid to provide hydrodynamic and/ or boundary lubrication to prevent wear between moving parts; or the ability to reduce friction between solid surfaces in relative motion. Thus, diesel fuel with poor lubricity will contribute to wear and tear in the fuel system of diesel engines. Various international … Read more

TS No. 43: Effective Effluent Management System

In the typical biological treatment of effluent in a palm oil mill, sludge is produced as the by-product. This is dead microbial material, which accumulates at the bottom of anaerobic lagoons and is rich in plant nutrients and organic matter. Periodically, it has to be removed so that the lagoon does not get ‘silted up’. … Read more

TS No. 42: Determination of Formaldehyde Emission for Bio-Composite Products

Concern about the possible health effects of formaldehyde emitted from wood based panel products manufactured with urea-formaldehyde (UF) and melamine-formaldehyde (MF) binding resins has led to the development and increasing use of low emission products. The potential formaldehyde emission by wood-based panels is determined by a standard test ISO WD 12460 – TC 89/WG 5 … Read more

TT No. 378: A Transdermal Tocotrienol Breast Cream

Our research shows that high levels of tocotrienols in the breast were associated with lower incidence of breast cancer. Oral administration of tocotrienols however ends up with poor uptake into the blood. We have therefore developed an alternative method of delivering tocotrienols to the breast via transdermal application. Main Research: Dr. Kalanithi Nesaretnam

TT No. 377: Improved MPOB-HIE in Broiler Finisher Feed

MPOB-HIE is formulated with 100% Malaysian refined, bleached and deodorized (RBD) palm products. It is scientifically designed and formulated to replace crude palm oil (CPO) in the manufacture of total mixed rations (TMR) for finisher broilers. Main Research: Dr. Osman Atil 

TT No. 376: Improved MPOB-HIE in Broiler Starter Feed

MPOB-HIE is a high fat energy feed ingredient made from refi ned palm oil products, meant for replacing crude palm oil (CPO) in formulating total mixed rations (TMR) for starter broilers. Main Research: Dr. Osman Atil