Types of tofu for replacement egg yolk affected the quality of salad dressing were studied with respect for health food industry. Soft and steam tofu could be replaced egg yolk on salad dressing processing. The salad dressing which was obtained from steam tofu was accepted than soft tofu. The steam tofu cause decreased the viscosity of the salad dressing. The salad dressing was obtained from 20% of steam tofu gave a good sensory quality. Modified starch could be used as ingredient for replacement of oil in salad dressing processing. Addition of modified starch also increased the viscosity of the salad dressing. The modified starch could be added as ingredient to 2-3% and could be kept more than 4 weeks at temperature 5 ± 1 C ํ The salad dressing which obtained from steam tofu technology was transferred to 30 panels. The trainee majority groups were female 86.67% 15-24 years old 50% the occupation were employees 36.66% and income 10001-15000 baht. The training process was evaluated by trainee the satisfaction was the most appropriate (x = 4.7) (83.2%)

Most inhabitants of Kaeng Pra Lom village Sai York Kanchanaburi province are royal through project of Princess Maha Chakri Sirindhom Rattanaraj Suda have an occupation of agriculture especially cassava com banana turmeric and other. Unfortunately a lot of some part of turmeric will be waste. As the result of only of turmeric will be waste. As the results of only some part of turmeric can be used and a lot of other will be destroyed. The objectives of this research are study of the properties of the fiber from turmeric waste design an Eco Designproduct transfer of technology to produce a prototype community and prepare a business plan. The fiber of turmeric stem was separated by soaking with solution of sodium hydroxide and economic fiber will be modifYing by using high performance machine to create an Eco Designproducts home decorate or using as a material for a factory.

Research project of product development of hemp dying for Hub-Kra-Pong agricultural cooperatives limited. The purposes of this research were I) Products development from hemp dying for Hub-Kra-Pong agricultural cooperatives limited. 2) To transfer technology of creativeproducts from hemp dying. 3) following the result of the project success. The research in the fIrst year (Budget 2551) divided their operations into 3 phases. Phase 1) the experiment selected the appropriate characteristics of hemp fIbers to the dying. Phase 2) the experiment was tie and dye method for appropriating characteristics of hemp fIbers. Phase 3) design patterns in order to create product bags and hats design forms of 15 styles and chosen by the expert. The expert selected in each type 3 styles for making products to survey the product satisfaction. The research in the second year (Budget 2552) is a transfer technology products (bags and hats) prototype from hemp fIber that are made to Hub-Kra-Pong agricultural cooperatives limited. For the satisfaction of 30 participants trained to result as follows. The results of selected characteristics of fIbers suitable for the dying in this research showed that fIber which braided can be formed into the product at all. The experimental tie and dyeing methods to suit the characteristics of the fIbers found that a thick tie dye and hot dJ:y with direct dye suitable for using. Design patterns to create bags and hats products. This research use patterns plant and animal types. Results of the satisfaction of the respondents for bags and hats. Respondents were satisfIed for styles and the colors used in dyeing ofbags and hats in highest level. The transfer of technology bags and hats products from hemp dying. The participants were satisfIed for the speaker is appropriate. Operational training the training activities the contents of the course the objective ofthe course and the facilities in a high level.

This research aims to develop food product from pineapple along with its packaging and to transfer pineapple processing technology to the Hubkapong Agricultural Cooperation Group Limited Khaoyai subdistrict Cha-am district Phetchaburi province. Results of the study showed that dehydrated pineapple and pineapple syrup could be processed to add more value and to extend shelf life. In dehydrated pineapple processing a study of different levels of sugar concentration (20 30 and 40%) indicated that concentration level of the beginning sugar concentration caused the increase of water loss and sugar level in the product. Concerning ratio of pineapple juice and water (1:1 1:1.25 and 1:1.5) and amount of pectin (0.25 0.50 and 0.75 %) in pineapple syrup processing it was found that the increased level of sugar caused the increase of total soluble solid in pineapple syrup. The increased level of pectin also affected the increase of viscosity of pineapple syrup. The processing technology was transferred through a training course for 40 members of Hubkapong Agricultural Cooperation Group Limited Khaoyai subdistrict Cha-am district Phetchaburi province. Results indicated that the finishing food products from pineapple of every groups were in good level with average score range of 4.00-4.36. The trainees regarded the training process as highly suitable (average score of 4.31) and the trainers as most suitable (average score of 4.66). The training materials apparatus document and venue and the training management aspects were regarded as highly suitable with average score of 4.16 and 4.10 respectively.

This research is to study the approach for producing the hard materials part by using tungsten carbide powder. The tungsten carbide powder derived from Tungsten scraps recycle processes which are Insert tools scraps the waste of metal removal process or derived from usage of machining on machine tools which are the production of metal powder by recovering cemented carbide to tungsten carbide powder and bring it to recycle. The first experiment of this research starts with the production of pure tungsten carbide powder in order to produce the hard metal part how to possibly produce the durable part or hard materials. Preparing tungsten carbide powder which pulverized and mixed with Cobalt co-binder less than 17% so that molding with the pressure 300 Mpa and sintering at 1430 degree Celsius to the cemented carbide part in Insert tools type rectangle SNMG standard 120408 for turning. The result is found that the Insert tools have hardness about 1385 HV and density 13.45 g/cm3 and then they are tested to machine specimens in AISI 1045 type. The developed Insert tools can be machining metal removal them as well as the imported Insert tools. It is concluded that the production of Insert tools by recycling of tungsten carbide is qualified as the imported Insert tools. In addition it is the new developed research in Thailand to be the approach for domestic cutting tools product instead of the imported cutting tools.