About Gasification Power Plant
We hold expertise in providing various eco-friendly solutions by providing advanced Gasification Power Plant. It generates more electrical power & thermal energy and are installed in various industrial sectors. These advanced plants are installed by our experienced employees using best techniques and world-class resources. These eco-friendly plants are widely appreciated and provided at cost-effective ranges.
Product details
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Application
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Industrial
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Brand
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Urja
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Material
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Mild Steel
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Frequency
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50 Hz
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Temperatures
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Greater than 700 deg C
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Phase
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Three phase
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Flexible Feedstock CapabilitiesThis gasification power plant accommodates a wide variety of input materials such as biomass, coal, and agricultural waste. Its adaptive design ensures consistent gas output even with up to 20% fuel moisture, giving users flexibility to harness locally available resources. The system can be tailored for different capacities, making it suitable for diverse industrial applications.
Automated Operation & Fast Start-UpEquipped with a PLC-based, fully automatic control system, the plant enables seamless operation and quick start-up in less than 30 minutes. Automated features such as settable ash discharge intervals and computerized monitoring reduce manual interventions, ensuring greater reliability and reducing downtime for users.
Superior Emissions and Environmental ControlsIncorporating cyclone separators and wet scrubbers, this plant effectively limits particulate and gas emissions, maintaining compliance with stringent environmental regulations. The low noise profile (<75 dB) and water-cooled systems further enhance workplace safety and environmental responsibility.
FAQs of Gasification Power Plant:
Q: How does the gasification process work in this power plant?
A: The plant thermally converts biomass, coal, or agricultural waste into producer gas or syngas using a controlled, high-temperature oxidation reaction at 900C 1200C. This gas is then cleaned and used for power generation, providing a reliable and efficient energy source for industrial applications.
Q: What types of feedstock can be used, and does fuel moisture affect operation?
A: Feedstock options include biomass, coal, and agricultural waste. The advanced design accommodates up to 20% fuel moisture, allowing users to utilize a wide range of local materials without extensive drying, thus saving processing time and energy.
Q: When is ash discharged, and how is it managed?
A: Ash discharge intervals are fully automatic and can be set according to operational needs. This reduces the frequency of manual handling, simplifies plant maintenance, and contributes to smooth, uninterrupted power generation.
Q: Where can this gasification power plant be installed, and how long does setup take?
A: It is suitable for industrial facilities and can be installed in diverse environments across India. Installation is efficienttypically completed within 30 to 60 days depending on plant size and site specifics.
Q: What benefits do the emissions control systems provide?
A: The integrated cyclone separator and wet scrubber minimize particulate and gas emissions, enhancing air quality and complying with environmental standards. This makes the plant suitable for industries prioritizing sustainable and responsible energy solutions.
Q: How user-friendly and maintenance-intensive is the operation?
A: The plant is designed for ease of use with its computerized, PLC-based control system. It requires low-frequency service intervals, reducing the operational burden and maintenance costs for operators.
Q: What is the typical life expectancy and reliability of this power plant?
A: Built using high-grade mild steel and advanced automation, the plant boasts a life expectancy of over 10 years when properly maintained. Its robust design ensures dependable performance and long-term value.