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SERIGAS

The Next Billion-Dollar Business Opportunity

Efficient Energy Innovations
sustainable water technology

AN EMERGING GLOBAL OPPORTUNITY

The global bioenergy market is expected to reach USD 229 billion by 2030, up from the USD 116.5 billion market base in 2021 (source: Straits Research). The exponential growth of the bioenergy industry has been triggered by several factors

Increasing shift towards renewables due to the amplified urgency to shift from fossil fuels

Advancements in bioenergy conversion technologies

Increasing demand for energy targets to reduce carbon emissions

Government incentives promoting renewable energy adoption

The need for energy from waste deployment is growing strongly as urbanization and economic development are leading to problems in biowaste management.

sustainable technology solutions

THE BIOWASTE MENACE
THE BIGGEST FACTOR FUELLING GROWTH

Organic waste is a complex and multi-layered problem that negatively impacts the environment, public health, and economy. Poor organic waste management, which leads to the release of methane, is detrimental in myriad ways

A heightened and growing awareness of these pitfalls and advancements in bioenergy technologies is fuelling the growth of the waste-to-energy industry.

PRESENTING SERIGAS:
THE NEXT GEN
BIO ENERGY
SOLUTION

The SERIGAS technology employs a distinctive proprietary technology known as the Microbe Incubated Bio-Reaction (MIBR) Reactor, based on the principles of biomimicry that emulate the natural gas production process beneath the Earth’s surface. While our planet takes approximately 200 million years to convert lignin into methane, our innovative process accomplishes the same outcome in just 28 days.

AQUATRON: THE NEW BREAKTHROUGH TECHNOLOGY AND THE FUTURE OF WASTEWATER RECOVERY

TECHNOLOGICAL
SUPERIORITY:
SIX REASONS
THAT MAKE
SERIGAS UNIQUE

Even the best effluent treatment technology available today makes it difficult to meet the new stringent regulatory norms. That’s because currently:

Ensuring higher ROI in 7 ways

  • Works effectively on all types of agricultural and lignocellulosic waste
  • Automatic monitoring and control of all vital parameters including load rate, pH, temperature, humidity, flow rate, etc.
  • Minimal cost and complexity of operation.
  • SERIGAS is an Organic Natural Gas with 97% Methane purity
  • Energy generated is suitable for a wide range of energy applications like Domestic Cooking Fuel, Automotive Fuel, Industrial Heating, Welding and Power Generation
  • Consistent quality and highest yield of renewable natural gas
  • Convert energy produced to carbon credits
Efficient Energy Innovations

SERIGAS for any energy requirements

One technology platform
to generate gas from all
types of organic waste

SERIGAS VS. CONVENTIONAL BIOGAS TECHNOLOGY

*Kindly note that the figures provided are approximations.

Description SERIGAS – MIBR Technology Conventional BIOGAS Technology
Digestion of Lignocellulosic Biomass Digests all Lignocellulosic Biomass, notably coffee biowaste. Does not digest Lignocellulosic Biomass and high lignin content feed
Yield 30 kg to 120 kg per ton of feed based on Biomass with 20% to 40% higher yield than conventional technology Usually works on less complex feed giving a yield of 20 Kg to 60kg per ton of feed based on Biomass
Operational Due to specialised Bio-rings the bacteria colonies inside the reactor last for over a decade without the need to top-up Needs constant re-introduction of bacteria along with feed due to washout
Pathways for the production of gas 16 families of bacteria work on four pathways for the production of gas Largely works on the C-H pathways giving low purity and high H2S concentration
NPK value in Residual Fertiliser Produces high-quality organic NPK fertiliser that can used for farming Produces low-nutrient-quality residue
Financial Viability Due to grid grade quality and high yield, the plant is viable with a high ROI Due to low quality and yield the Biogas plant is usually unviable