TechnologyOur manufacturing plant in Singapore can handle multi-feed in all its forms and convert the feed into Biodiesel through an environmentally friendly process.
We produce biodiesel using a continuous flow esterification and trans-esterification process. The plant can convert waste oils and high FFA content into methyl ester using methanol and a basic catalyst. By using insulation and heat economizers, the heating required by the biodiesel powered boiler is very low and efficient control and pumping maintain the electrical power draw at a minimum. Using dry washing facilities ensures saving precious water and minimizing effluents.
Initially, the plant will have a production capacity of 50 tonne per day and approximately 15,000 tonne per year. The process line is designed so that it can be easily scaled up for future expansion. A modular approach is planned to increase the plant capacity with the addition of the second and third process line.
ProductWe produce B100 (100% Biodiesel) that complies with International Standards of Biodiesel such as EN14214 and ASTM 6751.
It is very similar in chemical properties to diesel fuel and is widely blended with diesel for use. Our biodiesel can replace conventional diesel in the market segments such as Transportation, Electricity Generation and Heating.
Biodiesel is a direct replacement for fossil fuel based diesel. It does not require any modifications in the machine that use the diesel for energy generation.
Product testing – We have a fully fledged biodiesel testing laboratory for product quality testing and assurance as per the International biodiesel standard requirement.
FeedstockWe manufacture our Biodiesel product based on a secure and sustainable supply of reliable feedstock based on non-edible vegetable oils which are sourced from specially-cultivated, non-deforested land to ensure non-competition with food production.
Our main form of feedstock is Jatropha but our initial production will commence with the use of Waste Cooking Oil and Palm Fatty Acid Distillate (PFAD) sourced in Malaysia and across Asia. Both of our complementary feedstock are non-edible based.
Apart from the development of Jatropha, we have established long term arrangements to secure other alternative sources of feedstock mainly from the waste streams namely municipal waste in Asian cities, refinery wastes from vegetable oil manufacturers & animal fats and tallow.
