Mensilin Green Energy Sdn Bhd (MGE) formerly Kejuruteraan Yuhana was incorporated in 1984 under the enterprising vision to venture in Energy Efficiency projects development, specializing in active and passive energy conservation measures for commercial & industrial buildings and facilities. MGE collaboration with local sovereign wealth fund enables itself to develop and finance Energy Efficiency projects without any cost to the building’s or facility’s owner. This is made possible through the adoption of Energy Performance Contracting module that is internationally recognized and accepted.
Working together with the other sister companies under the umbrella of Mensilin Group (Mensilin), MGE has established itself in the Energy Efficiency space in Malaysia and expanded its business activities into Renewable Energy space with focus on Waste to Energy Projects. The business network spans into countries such as Germany, Scandinavia, Wales, Sri Lanka, Indonesia (Aceh, Riau, Java/Bali), South Africa and many others. This global footprint augurs well for internalization of the business ventures.
Apart from Energy Efficiency projects, MGE is actively developing Waste to Energy projects on various local dumpsites and landfills to improve today’s MSW management practice by sorting of waste centrally and in a more efficient way while at the same time - creating downstream products and resources with high value potential. The vision is to create an industrial complex around the waste management centre that is economically self-sustained from the feedstock produced from the waste management centre.
KOGEN SDN BHD (KOGEN) was incorporated in 2000 under the enterprising vision to venture in renewable energy development projects, specializing in biomass and biogas utilization as well as processing equipment, conversion of biomass and biogas for main stream energy generation, particularly the co-generative and combined heat & power generation.
In July 2007, KOGEN acquired the 100% stake of Eko Synthesis SDN BHD (Eko Synthesis), a special energy efficiency and human capital resource company that was initially developing a Small Renewable Energy Power plant in Kluang, Johor under the United Nation Development Programme - Global Environmental Facility (UNDP GEF) implementation in Malaysia. Since its acquisition, KOGEN has gradually increased the paid up capital of Eko Synthesis to RM 1 million as of January 2008. Eko Synthesis has subsequently obtained approval from Suruhanjaya Tenaga with the collaboration of Pusat Aperantis Amero to recruit and provide human capital in green technology field.
KOGEN Sdn Bhd has also been actively venture in Energy Efficiency projects development, specializing in active and passive energy conservation measures for commercial & industrial buildings and facilities. KOGEN collaboration with local sovereign wealth fund enables itself to develop and finance Energy Efficiency projects without any cost to the building or facility owner. This is made possible through the adoption of Energy Performance Contracting module that is internationally recognized and accepted.
Working together with the other sister companies under the umbrella of MENSILIN Group (MENSILIN), KOGEN has established itself in the Energy Efficiency space in Malaysia and expanded its business activities into Renewable Energy space with focus on Waste to Energy Projects. The business network spans into countries such as Germany, Scandinavia, Wales, Sri Lanka, Indonesia (Aceh, Riau, Java/Bali), South Africa and many others. This global footprint augurs well for internalization of the business ventures.
KOGEN Sdn Bhd also has collaborated with Aktif Perunding Sdn Bhd as a team that strongly advocates the use of the latest technology including software, standards and modern engineering practice. Aktif Perunding take pride in the skill, dedication and self-motivated shown by their multidisciplinary workforce in making this company the success as well as successful services. With their wide range of expertise, professionalism, knowledge and experience, they are able to provide each project with the client’s specific need and requirement. One of the project proposed by Aktif Perunding is Consultant For The Development Of Renewable Energy Power Generation Palant By Using Landfill Gas At Jeram Sanitary Landfill, Kuala Selangor, Selangor Darul Ehsan.
Eko Synthesis was incorporated in 2003 under the enterprising vision to venture into renewable energy development projects, specializing in biomass and biogas to energy generation. Energy stream generation through combined heat and power generation is our key focus in developing sustainable energy generation solution.
Starting with a small renewable energy power plant in Kluang, Johor under the United Nation Development Programme’s - Global Environmental Facility (UNDP GEF) implementation in Malaysia, Eko Synthesis has gradually expand its business and increased its paid up capital to RM 1.5 million by year 2008. Eko Synthesis has subsequently obtained approval from Suruhanjaya Tenaga with the collaboration of Pusat Aperantis Amero to recruit and provide human capital in green technology field.
Axilent was incorporated in 2009 under the field of consulting in business, administration, training & human resources, business matching services, business concern & undertakings.
Axilent is one of the official distributor for Syngas Spectra petroleum products.
Syngas Sdn Bhd envisage is to enhanced a healthier living environment for the future generation, hence its mission statement of creating a brighter future. Established in 2010 by Saham Utama Sdn Bhd, Syngas Sdn Bhd is to embark on researching, designing, developing and manufacturing of mechanical systems and methods which would facilitate to decelerate the impact of global warming.
syngas.com.my
Mensilin JV Sdn Bhd (“MJV”) was incorporated in 2011 by Ir Mohamad Adan Yusof. MJV was established as a company under the umbrella of Mensilin Group that specialised in Joint Venture (JV) businesses and trading.
MJV boast as the sole distributor of HBL monopole and batteries in south east asia.
The first HBL monopole had been erected in Pasir Gudang, Johor for D’Harmoni Sdn Bhd.
We have been active in tendering batteries supply for many Malaysian conglomerates such as Telekom Malaysia Berhad. MJV has also entered into international fuel trading businesses with the capacity as an agent to very well known energy and fuel suppliers
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The energy content in waste streams both agricultural and municipal can be harnessed for the use in industrial areas. Steam and heat generation which is conventionally provided via the combustion of fossil fuels can be replaced effectively using waste resources that need to be reduced.
Energy from the waste resources are extracted in boilers or anaerobic reactors and thereafter the energy are transported via pipes to users.
Mensilin Group has the expertise of designing and integrating the entire system of Biomass and Biogas Power Plant as well as developing the business plan for the power plant. As one of the pioneers in renewable energy in Malaysia, Mensilin Group are one of the notable renewable energy project developer as well as Biomass Expert in Malaysia and around the world for public and private sectors. Mensilin Green Energy Sdn Bhd, leveraging on the group expertise, are now the main contractor for Mensilin Group for businesses in Malaysia, Indonesia and Thailand.
Mensilin Green Energy SdnBhd and associates of Mensilin Group are actively promoting the concept of Biomass and Biogas Steam Plant, MSW Power Plant as well as Plastic-to-Diesel Conversion Plant as our core solutions to waste management for municipal and agricultural sectors.
WASTE TO WEALTH PROJECT
Malaysia is a country with full of resources whether in raw material or fossil fuels. This makes Malaysia dependent on 4 power production components that are oil, gas, coal and hydro. Some of the resource may deplete in coming years and this have to be channel to a new resource of power or energy. Renewable energy is the only answer for the fifth component in energy production. Renewable energy can come in different forms such as biomass, biogas, biodiesel, wind or even solar.
Opportunity is growing in this Renewable Energy industry. Renewable Energy become valuable when limited supply of gas for industries stopping the investors from coming to the country to do business. Abundance of landfill composition and biomass from forestry and palm oil industries effluent makes the Renewable Energy in biogas more valuable. Renewable energy can increase the competitiveness advantage of industry in the country.
With such opportunity in the country is growing, the world has even show their own initiative by promoting CDM (Clean Development Mechanism) by the UNFCC. The Kyoto protocol and latest Copenhagen encourage the non annex country to participate in carbon trading for the purpose of reducing the carbon emission in the world. MGE has volunteered to participate in the Carbon Emission Reduction and has achieved the recognition from UNFCCC in its effort to help the environment.
Renewable energy is the only answer for the fifth component in energy production. Renewable energy can come in different forms such as biomass, biogas, biodiesel, wind or even solar.
• Energy Consulting
• Energy Audit
• Energy Management Training
• MVAC, Lighting &Building Envelopes Energy Efficiency Solutions
• Energy Performance Contracting (EPC)
• Combined Heat and Power
• Renewable Energy from Biomass and Biogas.
• Renewable Energy from MSW
• MY FUEL: Waste Plastic to Transportation Fuel
• SRF Pellet Plant and Power Plant
• Recycled Plastic Bale and Pellet Facilities
• Waste Sludge to Soil Conditioner and Fertilizer
• Recycled Waste Sorting Facilities
As MGE is concern about the biomass power plant, MGE become the lead consultant and project management company (PMC) for the development and design of biomass steam plants using steam for power generation for 3 projects below:
1. Tg. Seumantoh Integrated Biomass Power Plant - Aceh Indonesia-
In Malaysia, the effluent ponds of all mills produce this gas. Methane is a green house gas (GHG) and if it is freely emitted to the atmosphere, it can contribute to global warming. The effect of methane as a GHG is many times stronger than, say, carbon dioxide. The temperature of the earth is slowly but surely rising and if it is high enough, it could cause the melting of ice at the north and south poles.
This eventually results in the rise of water levels in the oceans of the planet and the consequences on flooding of land masses and on climate change will be catastrophic. Most countries are now considering how to mitigate the emission of GHG by replacing fossil fuels, which we use for power generation and powering vehicles with RE.
Some of the RE source materials are biomass such as wood, palm oil mill wastes like fiber, shell and empty fruit bunches. At the moment, most of the empty fruit bunches produced by palm oil mills are dumped in estates as a fertilizer or just disposed off elsewhere serving no useful purpose.
Mensilin Green Energy Sdn Bhd (MGE) has introduced the "Kurinka" (Clinker) Road Paving Method, an innovative product from Japan that uses waste as the main material for the product.
It is basically a two-layer of an environmental friendly pavement material with permeable and water retention capability.
The main ingredient for producing Kurinka comes from recycled ash discharged from coal-fired thermal power plant. Unlike any other pavement materials, Kurinka can absorb and retain 50% of water from the maximum volume of Kurinka pavement before the water seeps into the ground slowly.
MGE collaborate with Syngas for R&D on their 5TPD Plastic to Diesel machines. Fabrication is made prior for improvement in machines efficiency as well as product quality.
Mensilin Green Energy Sdn Bhd will begin constructing Plastic to Diesel machine in Sg Ikan Landfill, Kuala Terengganu at the end of year 2017 as part of “Waste to Wealth” project in collaboration with Mercu Resolution Sdn Bhd, which is supported by Terengganu State.
Mensilin has initiated energy optimisation schemes in commercial and government complexes. This scheme is currently being considered for implementation in University Malaya, Star-Light Rail Transit, Vistana Hotel and a number of Small Medium Scale Industries (“SMI”) via collaboration with Sirim Berhad (“Sirim”).
The challenges in biogas green technology industry are major drivers such as always lagging project development cost, regulatory impediment in terms of Department of Environmental in differentiation of interpretation by different bosses and also government subsidy removal U-turn. Furthermore, bad experiences and financing contribute to the challenges in this industry. Undermining overall confidence in bio-energy and economic upheavals strangle projects are the bad experiences. Financing challenges are banks and financial institutions have yet developed an appetite for bio-energy. Previous projects undertaken by SME with poor creditworthiness affect the challenges.
Biogas can come from any material of waste or effluent that has been going into anaerobic or fermentation process. This kind of waste mostly been recycle back and turn into organic fertilizer or dump away. The huge amount of biogas can be turn into power and generally, it helps reducing carbon emission and makes the production more efficient by using the power generated from the waste.
Using biogas solves two environmental problems in one stroke. Since biogas is produced from waste products you help taking care of the waste issue at the same time as contributing to cleaner air, since biogas as a fuel does not add to the greenhouse effect.
The present drive to increase the use of biogas as vehicle fuel has its background in the European Commission´s objective toreplace more than 20% of today´s vehicle fuels (fossil fuels such as gasoline and diesel) with other, renewable fuels. This means that more than 20 million cars will be running on natural gas, biogas, and other renewable fuels by 2020.
Biogas:
• is the vehicle fuel that generates the least emissions of greenhouse gases and regulated emissions from a life-cycle perspective
• is a domestic fuel that can be produced locally, creating a more secure energy supply and reducing dependence on oil
• is produced from waste and residual products, avoiding any competition with food production
• contributes to sustainable agriculture
• contributes to the creation of a sustainable waste system
• currently has the greatest production potential within waste, agriculture and future gasification technology using forest residues
• is a bridge to hydrogen gas technology