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The client is a well-established textile manufacturer based in Faisalabad, known as the “Manchester of Pakistan.” With over 300 employees and round-the-clock spinning and dyeing operations, the factory relies heavily on stable electricity. However, the local power grid frequently suffers from load shedding and voltage drops, seriously affecting production schedules and equipment safety.Faced with rising diesel prices and environmental regulations, the factory decided in early 2024 to invest in a clean, gas-based on-site power generation system to reduce operating costs and improve energy autonomy.
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A mid-sized manufacturing enterprise located in Addis Ababa faced grid instability, frequent outages, and rising diesel fuel costs. To ensure uninterrupted production and reduce energy expenses, the factory opted for a decentralized natural gas power solution.
SINOENERGY was contracted to deliver a scalable, low-maintenance, and efficient system capable of round-the-clock operation.
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Facing frequent grid outages and high diesel expenses, a local manufacturing company in Lagos, Nigeria sought to upgrade its power infrastructure with a clean, gas-based energy solution. The company required a cost-effective and low-maintenance generator capable of stable operation under local fuel conditions.
SINOENERGY was selected as the solution provider due to its deep experience in African energy projects and proven gas generator technology.
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To support the rapid expansion of a petrochemical facility in Orenburg, Russia, the end-user required a high-capacity, reliable power source independent from the aging local grid. The site demanded continuous power for both production equipment and safety-critical systems.
Previously reliant on a combination of grid electricity and diesel backups, the factory faced rising energy costs, frequent outages, and mounting maintenance complexity. SINOENERGY was selected as the EPC provider to deliver a cleaner and more stable on-site gas power solution.
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To support the stable operation of compressors, control systems, and auxiliary facilities at a major gas pipeline’s No.3 booster station, the client required an independent, high-efficiency on-site power supply solution.
Given the unreliability of local grid access and high cost of diesel fuel, a natural gas-fired generator station was chosen. The project aimed to utilize pipeline gas for internal electricity generation and improve power supply autonomy.
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In response to recurring power shortages and the high cost of diesel-based electricity, a medium-sized manufacturing enterprise in Kano, Nigeria opted to establish an on-site natural gas power station. The company had previously relied on multiple diesel generators to power its production lines, facing frequent interruptions, high maintenance costs, and unstable voltage.
To ensure a more stable and cost-effective energy source, the factory management decided to shift toward natural gas, which is locally available and more environmentally friendly. The goal was to maintain uninterrupted 24-hour electricity supply for the factory’s heavy-duty equipment and office buildings.
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A manufacturing company in Ogun State sought to improve its energy efficiency and reduce its carbon footprint by utilizing waste process gas from its production line. Instead of flaring, the plant chose to recover this waste gas as fuel for onsite power and heat generation.
To support this transition, the company partnered with SINOENERGY to implement a Combined Heat and Power (CHP) solution using natural gas engines tailored to operate on low-pressure process gas.
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To address unstable grid power and rising energy costs, a large-scale manufacturing enterprise in Lagos decided to invest in a captive natural gas power station to supply its own factory with continuous and clean electricity.
The company required reliable 24/7 operation to support its industrial production lines and reduce reliance on diesel.
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In rural Luzon, electricity demand has increased rapidly, but local grid reliability remains poor. To solve this issue, a local agricultural investor built a biogas-based distributed power station to utilize animal and organic waste while feeding clean energy into the grid.
The system required stable long-hour operation to deliver 400kW net output to the grid 24/7.
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In an effort to improve waste management and monetize animal waste, a livestock farm in Jos Plateau, Nigeria decided to invest in an on-site biogas power generation project. The goal was to convert daily manure and organic waste into clean energy and feed it directly into the local grid.
The client required a compact, high-efficiency generator capable of handling variable biogas quality while maintaining stable output and low maintenance costs. SINOENERGY was selected as the equipment and system integrator.