The product development of gluten-free Bake goods with Thai rice. The rice used in research is the product of the Baan Chanode community enterprise of Khlong Yong - Lan Tak Fa Community such as Nakhonchaisri brown rice and black rice. It is processed into rice flour as a substitute for wheat flour to make gluten-free pastry product contains cookies products Tuile cookies and tart dough. Product development of gluten-free pastries with Thai rice with Nakhonchaisri brown rice and black rice can be made into a gluten-free product. Products that contain more fiber. They have a natural color of rice at the same time it resulted in a lower products texture characteristic score. Which affects acceptance The proper packaging is beautiful the respondents rated it on a very satisfactory level. Consumer acceptance testing The development of gluten-free pastries made with 3 Thai rice of 100 people found that most of the testers more than 80% accepted the product development of gluten-free pastries with Thai rice. Product development of Thai rice snacks. The rice such as Nakhonchaisri brown rice and Jubilee black rice from Bann Chanode community enterprise Khlong Yong-Lan Tak Fa community are used in this research. Nakhonchaisri brown rice to make pop rice and Jubilee black rice to milled in rice flour for substitute wheat flour. The snack products include Nakhonchaisri brown rice cereal bar Jubilee black rice Thai crispy pancake and Jubilee black rice scone. The Nakhonchaisri brown rice and Jubilee black rice for Product development of Thai rice snacks increase of dietary fiber has some colorant from rice is raw material meanwhile decrease in texture attribute which affects acceptance. The packaging design of product development of Thai rice snacks. The respondents gave a very satisfactory rating so the package is beautiful. Consumer acceptance testing The development of 3 products of Thai rice snack for 100 tasters found that most of the testers more than 80% accepted the product development of Thai rice snacks.

. This research aimed to study the acidification processes of carving vegetable using acid conditioning machine under emperature and pressure control which was developed in this study. Four acidification procedures were done at normal atmospheric pressure (method 1) under vacuum pressure for 10 (method 2) and 20 min (method 3) and vacuum pressure alternating with normal atmospheric pressure for each of 1 hour. There were two main parts of acid conditioning machine including the temperature controller inside the pickle tank and heat conductor tank and the pressure controller inside the pickle tank. The pickling temperature was stabled at 40oC under the pressure of 0.5 Bar. PLC (Programmable Logic Controller) program was used to write the ladder for controlling all processes and display through SCADA system. The results showed that the acidification method by soaking the carved-rose carrot under vacuum pressure alternating with normal atmospheric pressure showed the shortest time to equilibrium by 7 hours. Then the carved-rose carrot was packed in the glass jar followed by sterilized in boiling water for 15 minutes and stored at room temperature for 7 days. Total bacteria count Escherichia coli and Yeast-mold were not exceeded than the standard limit. Staphylococcus aureus was not detected throughout the storage periods

Durian has been very popular not only local people but also tourists. As a result there are many durian peels wasted so this research is explored the utilization of durian peels. Durian rind is a biological waste but contains high amount of crude fiber. This research aims to study using durian rind powder to replace wheat flour in butter cakes at 5 10 and 15 % (w/w) (DRB-5 DRB-10 and DRB-15). Physical properties chemical composition and sensory evaluation of the butter cakes were analyzed. The results showed that durian rind powder contained 51.43 % of crude fiber. Increasing of durian rind powder in butter cakes showed significant decreasing of lightness (L*) blue–yellow component (b*) springiness and cohesiveness values while green–red component (a*) hardness and gumminess values were significantly higher than the control sample (BC) (p≤0.05). Dietary fiber content of the products shown significantly increased by 13.98% for DRB-5 48.92 % for DRB-10 and 54.84% for DRB-15 as compared with BC (p≤0.05). The acceptance scores of DRB-5 including appearance odor taste texture and overall liking scores were highest. There are 300.28 kcal for 1 serving of butter cake which contain 1.70 gram of dietary fiber. However durian rind powder can be used as a food ingredient and source of dietary fiber in other food recipes for further studies.

The objective of this research was to determine effect of substitution wheat flour with durian rind powder at 0 5 10 and 15% on tarts quality. Assessment by physical and chemical properties sensory evaluation. Results showed that increasing of durian rind the texture of the tart dough before baking hardness toughness and cohesiveness increased. After tart dough baked hardness and toughness increased. Both the tart dough before and after baking decreased lightness (L*) and yellowness (b*) increased of redness (a*) and water activity (aw) of baked tart dough has decreased. The durian rind tart contained increased of moisture protein ash and crude fiber. As of fat and carbohydrate are decreased. For sensory evaluation in acceptance color odor taste flavor texture and overall the tester accepted like very much at 15% of substitution durian rind powder with wheat flour.

The objective of this research to study the basic 3 formulas of tamarind gummy products physicals and chemical properties of final product of this research by 9- point hedonic scale of 30 examiner laboratory. The results show the basic formula of tamarind gummy be recognized to study in the next step. The results show the basic formula of tamarind gummy accept on the like moderately (7). Then tamarind pulp substituted at 0 25 52 75 and 100 by weight of tamarind. At 0 percentage of tamarind pulp substituted renewable panelists for the most respected. However estimates replacing the 50 percent level still has to accept the product tasting of tamarind gummy. The chemical composition of tamarind gummy were 371.25 Kcals of total energy 4.05 of energy from fat 0.64 of protein 0.45 of fat 3.44 of ash 91.16 of carbohydrate and 4.56 of crude fiber. For the technology transfer of tamarind gummy at community enterprise the participants were satisfied in all of all aspects. However substituted of tamarind pulp in tamarind gummy can be extra consideration of chemical composition of ingredients such as sugar and fiber for acceptance of tamarind gummy of these features may affect to physical properties such as in color and texture of production should be intensive studied.