ในปี 2552 ทางบริษัท ร่วมกับศูนย์ควา

In the year 2552 (2009) company in cooperation with the Centre for excellence in the biomass. Suranaree University of technology as a research consultant on renewable energy projects. Learn to take advantage of the residual materials used in the production process (coconut shell, coconut fiber) to produce energy and charcoal kamman. The fuel is tested with a large biomass power plants 100 kW by charcoal production process development kamman from coconut shell coupled with energy production, using a process of gas-Phoenix and physical stimulation method with steam. Study results showed that stimulation by the vapour pressure of water at 0.5 bar flow rate condition of biomass gas equal to 195 m3/hr is the most appropriate conditions, with production capacity of electricity equal to 64.21 kW with coconut Shell fuel consumption is equal to 1.92 kg/kWh, or kg/hr and 122.68, coal output, kamman is equal to 18.9 kg/hr, performance, production, gas and biomass electricity production efficiency. Is equal to 42.83% and 9.88%, respectively. By kamman charcoal that is produced. Has a total surface area of pores and absorbs iodine equals mg/g and m2 896.00 876.56/g, respectively. Which charcoal kamman produced quality criteria in the class 1 according to industry standards. Standard number: 900-2532 (1989) (with density appear equal to 0.20-0.75 grams per ml pH value is equal to the 5-8% moisture content does not exceed 8 and iodine number no less than 600 mg/g)

In 2552 the company partnered with the Center for Excellence in biomass. Suranaree University of Technology as a consultant for research on renewable energy. The project Studies on the use of waste materials in the production process (coconut and coconut fiber) to be used to produce energy. Activated carbon and These fuels were tested with a prototype biomass power of 100 kW through the development process Activated carbon from coconut shells together with the production of electrical energy using gasification process length. And the use of physical stimuli with steam. The results showed that stimulation with steam at 0.5 bar pressure conditions of the gas flow rate, biomass was 195 m3 / hr is the optimum conditions. The power capacity of 64.21 kW fuel utilization of coconut shell 1.92 kg / kWh or 122.68 kg / hr and yielding Activated carbon was 18.09 kg / hr gas, biomass productivity. And the efficiency of electricity production is equal to 42.83% and 9.88% respectively Activated carbon produced. Surface area, pore size And the iodine adsorption of 896.00 m2 / g and 876.56 mg / g, respectively Activated carbon produced is rated as Class 1 according to industrial standards. Standard No. 900-2532 (with the apparent density of 0.20 to 0.75 grams per milliliter pH of 5-8 humidity up to 8% and the iodine number is less than 600 mg / g).

In 2552 the company, with the center of excellence on biomass. Suranaree University of technology as an advisor, research on alternative energy project. Utilization of residues in the production process.And the coconut fiber) to bring the energy production, and activated carbon. The fuel were tested with prototype Size 100 biomass power plant.And the use of physical activation with steam. The results showed that the activated by steam pressure 0.5 bar conditions of gas flow rate biomass was 195 m3 / hr. Is the most appropriate conditions. The capacity of 64.21 kW. A fuel consumption of coconut shell as 1.92 kg / kWh or 122.68 kg / HR and yield of activated carbon were 18.09 kg / HR production efficiency gas biomass. And the production efficiency and electric equals 42.83% 9.88% respectively. The activated carbon production, surface area, total pore and the iodine adsorption of 896.00 m2 and / g 876.56 mg / g respectively. The activated carbon produced the quality level floor 1 products in accordance with the standard industry standard number 900 - 2532 (density appears as 0.20-0.75 g / ml, the pH was 5-8 moisture content 8%. The iodine number is less than 600 mg / g).