TT No. 373: Palm-Based Solid Fat For Frying

Solid fats/shortenings are produced as substitutes for solid animal fats, especially lard. In North America, cottonseed oil was converted to shortening to replace lard in the 1890s. Soyabean oil did not become a major ingredient in shortening until the late 1930s. Now, partially hydrogenated cottonseed oil and soyabean oil have been used to produce shortenings in … Read more

TT No. 372: Trans Free and Low Saturated Palm-Based Packet Margarine Formulation

A trans-free and low saturated palmbased packet margarine was formulated. The product was consistent, yet soft and spreadable on bread at refrigerator temperature (5°C-10°C). However, as with other soft margarines, it becomes soft and oily after being left at > 30°C for more than 1 hr. Margarines containing < 33% total saturated fatty acids (SAFA) and … Read more

TT No. 371: Trans Free Palm-Based Shelf Stable Margarine Formulation

Tans-free palm-based shelf-stable margarine was formulated from palm oil derivatives without hydrogenation. The margarine, processed in a scraped surface heat exchanger (was filled in containers of 10 and 20 kg and could be marketed for baking and shallow frying) (Figure 1). The formulation has a melting point of 36°C – 37°C, and is thus suitable for … Read more

TT No. 370: Palm-Based Trans Free Puff Pastr Margarine

Puff pastry is one of the most remarkable products from the bakeshop. It has the ability to rise to eight times its original thickness when baked to form a flaky structure. The rise is due to the unique and intricate lamination of alternate layers of pastry dough and roll-in fat. Puff pastry dough recipes are usually … Read more

TT No. 369: Palm Blends for Temperate Climates

Polyunsaturated oils present problems with regards to flavour and oxidative stability. Partial hydrogenation reduces the problems by removing some of the double bonds which are the sites of oxygen attack. However, hydrogenation is not desirable as it gives rise to formation of trans-fatty acids which are detrimental to health. Blending the unsaturated oils with palm olein … Read more

TT No. 366: Membrane Bioreactor Technology for Tertiary of Palm Oil Mill Effluent(POME)

With better membrane developed from better understanding of the fi ltration mechanisms, membrane bioreactor (MBR) systems become a feasible option for aerobic treatment of wastewater, industrial wastewater and potentially for palm oil mill wastewaters. Owing to their ability to produce excellent treatment effi ciency, MBRs are increasingly used around the world. MBR installations are also increasing … Read more

TT No. 364: 3-N Lumber from Oil Palm Trunk

Each year, the oil palm industry produces more than 15 million cubic metre of oil palm trunks (OPT) during replanting. Despite their possible use as wood, the material is largely wasted. Some of the problems are a low recovery of sawn timber after seasoning, and the poor inherent physical and mechanical characteristics of the wood. … Read more