Aslicnova Renewables
151 Chin Swee Road #14-01, Manhattan House, Singapore 169876
ph: +65 6235 0898
fax: +65 6734 9798
alt: +65 9675 1783
sales
We are working with palm oil mills to capture methane gas or biogas and utilize it to generate electricity that powers the plant and machinery as well as their staff quarters.
Methane gas, one of the green house gases (GHG), is naturally produced by microbes during anaerobic digestion of organic matters in the wastewater, called palm oil mill effluent (POME) in this context. Methane has 21 times higher Global Warming Potential than carbon dioxide gas. Most of the palm oil mills in South East Asia are currently treating POME in open lagoons which result in large amount of methane gas being released into the atmosphere.
Implementation of palm oil mill effluent anaerobic digesters with methane capture enclosures and biogas electric power generation technologies contribute directly to GHG emission reduction and at the same time, generate electricity that replaces the electricity generated by diesel generators.
At a 90ton palm oil mill where we implemented these technologies, the installation had enabled the mill to reduce emission of 3'000 ton of methane, equivalent to 63'000 ton of carbon dioxide, to our atmosphere annually. At the same time, the methane captured is used to generate 2'000 kW of electricity, which can power a small town with population of 5'000.
A testimony of right technology improving natural resource utilization and enabling environmentally sustainable agricultural practices.
Tank based POME anaerobic digesters with methane gas capture enclosures
Biogas engines using methane gas to generate electricity
Green Palm Biofuels
Palm biomasses are processed using electricitiy generated from the methane gas captured from its wastewater treatment plant
Hammermill
Dryer
Copyright 2015 AslicNova Pte Ltd. All rights reserved.
Aslicnova Renewables
151 Chin Swee Road #14-01, Manhattan House, Singapore 169876
ph: +65 6235 0898
fax: +65 6734 9798
alt: +65 9675 1783
sales