Captive Power Plant
Captive Power Plant

Top Captive Power Plant Companies

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22 companies for Captive Power Plant

Fortafric Energy Limited's Logo

Gwarinpa, Nigeria

11-50 Employees

2018

Fortafric is an integrated company offering services in the oil, gas, and power sector of the Nigerian economy. We are a provider of sustainable services renowned for rendering premium solutions in a safe, cost-effective, efficient, and resourceful way. We are a leading provider of sustainable power solutions to residential, commercial and industrial clients. We specialize in delivering top-notch engineering solutions, services, and expertise to the oil, gas, and power industry. We specialise in delivering engineering solution, services and expertise to the oil, gas and power industry.

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Image for Engineering | Biodiesel | Captive Power | Nigeria

Engineering | Biodiesel | Captive Power | Nigeria

... CAPTIVE POWER PLANT ...

Minilec India Private Limited's Logo

Pune, India

51-100 Employees

1965

Today our products have been recognized as the best in Quality, Delivery and Customer satisfaction. Starting operations in 1965 as a manufacturer of single phasing preventers (phase failure relays), Minilec is today a leading group involved in 100% indigenous production, marketing and export of reliable industrial electronic products for protection, control and monitoring. Minilec offers the widest, most extensive, and most reliable line of Motor & Pump Protection relays, Phase Failure Relays, Microprocessor Based Annunciation & event-monitoring Systems, Industrial Software for today’s industrial markets worldwide. Leadership through InnovationTo lead through introduction of innovative technology. Expertise through ExperienceTechnological expertise which evolves from our continuous innovative efforts oriented to satisfying market needs. To continue to improve its product and services and always remain synonymous with better values. Minilec offers the widest, most extensive and reliable line of Motor & Pump Protection relays, Phase Failure Relays, Microprocessor Based Annunciation & event-monitoring Systems for today's industrial markets worldwide. Minilec has traditionally been the leading producer of phase failure relays & motor protection relays since the late 1960's.

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Image for D5 PTW3 - Minilec

D5 PTW3 - Minilec

... Cogeneration /Captive Power Plants ...

Sangam (India)'s Logo

India

10001+ Employees

1984

We are committed to foster trusted client relationships and to enhance our stakeholders value. Sangam is a leading textile conglomerate with a workforce of over 12,000 employees. The company today has 5 highly-organized production bases equipped with the latest technology and skilled workforce,. We enable others to trust us by delivering on our accountabilities and stand by decisions when they are made. It is our endeavor to provide high quality products and adhere to world class standards.

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Image for Sangam Group

Sangam Group

... Built Captive Power Plant ...

QUA's Logo

Canonsburg, United States

51-100 Employees

QUA is a leading-edge developer and manufacturer of advanced membrane products. These innovative technologies are used to treat challenging waters. Qua’s diverse product portfolio includes FEDI® (fractional electrodeionization), Q-SEP® (hollow fiber ultrafiltration membranes), CeraQ™ (Ceramic Filters), and EnviQ® (flat sheet submerged ultrafiltration membranes). QUA focuses on consistently delivering its core values of exceptional product performance and continuous product improvement to meet the needs of the dynamic global water treatment market. These products are sold and serviced through a global network of qualified equipment manufacturers. In 2013, QUA received the Frost & Sullivan’s New Product Innovation Award for Industrial Water & Wastewater Treatment Technology, North America, for Its Q-SEP® and FEDI® Products. UF membranes incorporate high-strength, hollow fibers that deliver superior performance without the risk of fiber breaks. The membranes offer reliable removal of turbidity, microorganisms, and viruses.

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Image for Case Study: Ultratech Cements – QUA

Case Study: Ultratech Cements – QUA

... The client’s captive power plant ...

PT. INDO-RAMA SYNTHETICS TBK's Logo

Special Capital Region of Jakarta, Indonesia

5001-10000 Employees

1974

In 2006, Indorama Synthetics set up a 60 MW coal based power plant (2 x 30 MW) to address its power requirements at its large complex in Purwakarta, Indonesia. Indorama Synthetics is one of the largest producer of polyester and spun yarn in Indonesia. The Company, incorporated in 1975, commenced commercial production in 1976 with a cotton spinning mill in Purwakarta steadily diversified and expanded its Spun Yarn business and added manufacturing of Polyester Filament Yarns, Polyester Staple Fibers, PET Resin, Polyester Chips, and Polyester Filament Fabrics production for global markets, with plants located in West Java (in Purwakarta, Campaka and Bandung), Indonesia. A continuous process of reinvestment and productivity enhancement programs has made the Company one of the most competitive producers of polyester worldwide. The Company’s business is all about delivering superior quality, consistency and reliability with the right service every time. The Company has consistently operated at high level of capacity utilisation, surpassing its peers both in Asia and globally. The Company exports its products to over 70 countries covering all the five major continents across the globe. The Company has set up a foundation Yayasan Pendidikan Indorama, Purwakarta, and set up a Politeknik Engineering Indorama, a world class engineering polytechnic that is focused on providing high quality and industry relevant education at subsidized cost for Indonesian students.

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Image for Overview

Overview

... Captive Power Plant ...

TurboTech Precision Engineering Private Limited's Logo

Bengaluru, India

51-100 Employees

1989

We are a creative firm focused on discovering new applications in the fields of co-generation and non-conventional energy for high speed and high-efficiency turbo-machinery technology.‍Over the years, we have designed and developed a series of highly efficient steam turbines ranging from 20 to 5500 kW for both energy conservation and power generating applications.These co-gen and tri-gen products, aimed at the MSME sector, were developed with the assistance of the Department of Scientific and Industrial Research (Government of India). It caters to deliver mission-critical precision engineering systems for the government of India’s strategic establishments such as “Naval Science & Technological Laboratory- Vizag,” “Hindustan Aeronautics Ltd,” and “DRDO- Bangalore,” among others.‍. TurboTech really understands the requirement and provides best application solutions. Our skilled team of 100+ employees is committed to creating products that ensure innovation, efficiency, and sustainability. Our in-house R&D facilities provide state of the art manufacturing technologies to cater to the modern business needs. TurboTech is a Turbo-Machinery OEM involved in Design, Manufacture and Testing of Steam Turbines for Saturated Steam and Superheated steam applications.

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Image for TurboTech Turbines

TurboTech Turbines

... Captive Power plant/De- ...

Sree Metaliks Ltd.'s Logo

India

1001-5000 Employees

1995

We manufacture standard quality sponge iron, also known as direct-reduced iron (DRI), which is a crucial intermediate product used in steel production. With our unmatched experience and industry knowledge, Sree Metaliks Limited has Provided a variety of top-notch products in the iron and steel sector, straight from our mines to end customer. Pig-Iron is manufactured at SML’s Mini Blast Furnace using the process of producing hot metal from Iron Oxide burden, using coke, both as reductant and fuel. Sree Metaliks Limited manufactures the finest TMT bars in India with impeccable and high-quality standards. With an in-depth knowledge and understanding of every aspect of pelletisation, we deliver the best products. Our sponge iron is known to produce unmatched quality and grade consistency. We use advanced technology and strict quality control measures to ensure top-grade sponge iron production. Sree Metaliks produces steel billets, semi-finished steel products, using state-of-the-art technology and strict quality control measures, ensuring their superior metallurgical properties and consistency.

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Image for 28 MW Power Plant in Loidapada, Orissa | Sree Metaliks

28 MW Power Plant in Loidapada, Orissa | Sree Metaliks

... SML is a leading iron mining company in India, with our own 28 MW Captive Power Plant, based on Waste Heat Recovery Boiler and AFBC Boilers. Waste gases from the Kiln (DRI) are utilised to generate power and make the plant more eco-friendly. Learn more. ...

TAPSI ENGINEERING COMPANY's Logo

New Delhi, India

11-50 Employees

We are one of the lead active group in undertaking engineering / EPC / Turn Key package of smallest to major Power projects with Non-Conventional Energy as one of the emphasis areas and in short list of companies of Ministry of New & Renewable Energy (MNRE) Government of India. Suggest & implement more efficient use of energy and provide total energy scheme from concept to commissioning. Control and Automation most reliable, fast, safe, easy operation of plant facilitating optimum productivity and efficiency giving desired mode and configuration. Sequence of operation as programmed centralized / distributed, independent controls provided as required. Expertise in comprehensive power system modeling and studies using SKM, EASYPOWER, ETAP etc. Complete Breaker coordination studies including Existing and Proposed Time Current Curves for mission critical and regular applications.

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Image for Home | TAPSI GROUP

Home | TAPSI GROUP

... Power Plant, Captive Cogeneration & ...

ARAVINTHRAAJAN ENERGY SYSTEMS PRIVATE LIMITED's Logo

Chennai, India

1-10 Employees

2015

Professional Engineering service provider to global client in the field of Electric Power Generation, Oil & Gas, Renewable & Waste to Energy, Industrial Heavy Engineering and Infrastructure related Industry. Providing innovative Digitalized POWERful SOLUTIONS for all the stakeholders of end customers through the application of quality based policies and prudent industry practices and international Standards. Project Development & Execution from Concept to Commissioning including Basic / Detailed Engineering, Supply Chain Management, Project Management, Site Construction co-ordination and Operation & Maintenance. Detailed Project Reports (DPR), Financial Modeling and Analysis, Pre-Bid / Proposal Engineering, and EPC Offer / Tender Document preparation. Construction co-ordination with site for execution of Civil Construction and Erection & Commissioning work with in cost and time, performance testing and Operation & Maintaince of the Plant. Electric Power Generation, Renewable Energy & Infrastructure Domain DIGITAL enabled sustainable solution provider involving Project Development & Execution from Concept to Commissioning including System Design, Basic / Detailed Engineering, Strategy formulation and deployment, Supply Chain Management, Project Management for Schedule & Cost Control and Construction co-ordination.Engineering, Procurement & Construction Management (EPCM) of Combined Cycle (LNG/Natural Gas), Thermal (Coal, Oil & Biomass), Waste to Energy (WtE), Waste Heat & Renewable Energy Power Plants for Utility, Independent, Captive, Co-Generation (combined heat & power) and Tri-Generation needs.Artificial Intelligence (AI) powered ENERGY ENGINE expert system software (ESS) products for Integrated Digital Power Plant System Design, Diagnosis and Performance Optimization solutions, equipment design and detailed engineering.

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Image for aessoft – Aravinthraajan Energy Systems Private Limited

aessoft – Aravinthraajan Energy Systems Private Limited

... Optimization solution for Thermal Utility Plants, Combined Cycle Power Plants, Waste to Energy(WtE) Plants, Waste Heat Power Plants, Captive Power Plants and Co-Generation / Tri-Generation Plants offers total POWERful SOLUTIONS for the A to Z design  and diagnosis of Power Plant ...

ContineoWorld's Logo

Pune, India

11-50 Employees

1997

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Core business
Image for Smart Power Plant - Contineo

Smart Power Plant - Contineo

... Smart Power Plant Enables real-time visibility of the captive power plants and provides plant production and performance analysis  Read ...


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Facts about those Captive Power Plant Results

Some interesting numbers and facts about the results you have just received for Captive Power Plant

Country with most fitting companiesIndia
Amount of fitting manufacturers17
Amount of suitable service providers13
Average amount of employees51-100
Oldest suiting company1965
Youngest suiting company2018

Things to know about Captive Power Plant

What is Captive Power Plant?

A Captive Power Plant (CPP) is a facility that is dedicated exclusively to providing energy for a specific industrial or commercial entity, or group thereof, rather than supplying power to the public grid. This type of power generation setup allows organizations to achieve greater control over their energy consumption, ensuring a reliable power supply that is less susceptible to external grid fluctuations and outages. Typically, CPPs utilize a variety of fuel sources, including coal, natural gas, diesel, and renewable resources, to generate electricity. The choice of fuel largely depends on cost considerations, availability, and environmental impact. The establishment of a captive power plant can significantly reduce electricity costs for the owning entity, providing a competitive edge by mitigating the risk of production halts due to power shortages. Additionally, CPPs can contribute to the reduction of stress on the national grid by lessening the dependency on public utilities, especially in regions where the infrastructure may be underdeveloped or prone to frequent disruptions. Furthermore, companies with CPPs can potentially benefit from regulatory incentives designed to promote energy self-sufficiency and sustainability. The strategic importance of captive power plants extends beyond immediate financial gains, encompassing long-term operational reliability, cost predictability, and a reduced carbon footprint, thereby playing a crucial role in the sustainable development and energy security of the regions they serve.


Advantages of Captive Power Plant

1. Reliability and Stability
Captive power plants ensure a continuous and reliable supply of electricity to industries, mitigating the risk of power outages and fluctuations that are common with grid power. This reliability supports uninterrupted production processes, enhancing operational efficiency.

2. Cost-effectiveness
Over time, captive power plants can be more cost-effective than purchasing electricity from the grid. By generating power onsite, industries can avoid high tariffs and reduce transmission losses, leading to significant savings on energy costs.

3. Energy Efficiency
Captive power plants often use advanced technology to capture and utilize waste heat from the generation process, improving overall energy efficiency. This not only reduces the carbon footprint but also maximizes the utilization of resources.

4. Customization and Control
Operating a captive power plant allows industries to tailor their energy production based on specific needs, such as peak load times. This level of control can optimize energy usage and further reduce operational costs.


How to select right Captive Power Plant supplier?

While evaluating the different suppliers make sure to check the following criteria:

1. Technical Expertise and Experience
Evaluate the supplier's experience in designing and implementing captive power plants. Look for a track record of successful projects similar in scale and complexity to your requirements.

2. Quality of Equipment
Ensure the supplier offers high-quality, reliable equipment with warranties. This includes turbines, generators, and control systems that meet international standards.

3. Customization Capabilities
The supplier should have the ability to customize the power plant according to your specific needs, including capacity, fuel type, and integration with existing systems.

4. Compliance with Regulations
Check that the supplier adheres to all local and international environmental, safety, and quality regulations relevant to captive power plants.

5. After-Sales Support
Consider the level of after-sales support provided, including maintenance, training for your staff, and availability of spare parts.

6. Cost-Effectiveness
While not compromising on quality, ensure the supplier's proposal is cost-effective, taking into account the total cost of ownership including installation, operation, and maintenance costs.


What are common B2B Use-Cases for Captive Power Plant?

Captive power plants offer a reliable power supply, critical for industries with continuous production cycles, such as the manufacturing sector. These facilities ensure operations remain unaffected by external power grid issues, reducing downtime and enhancing productivity. By generating electricity onsite, manufacturers can achieve significant cost savings over time, making this a preferred choice for businesses aiming for operational efficiency and reduced energy expenses. In the mining industry, captive power plants are indispensable due to the remote locations of mining sites, often situated far from the main grid. These plants provide a steady and dependable power source, essential for the heavy machinery and equipment used in mining operations. This autonomy in power generation enables mining companies to maintain high levels of efficiency and productivity, regardless of external power supply challenges. The IT and data center sectors also benefit from captive power plants, primarily for their need for uninterrupted power to manage and protect critical data. These facilities ensure that data centers can maintain operations 24/7, safeguarding against data loss or service interruptions that could result from power outages. This reliability is paramount for businesses that rely on constant data availability and uptime, making captive power plants a strategic asset for IT-focused industries.


Current Technology Readiness Level (TLR) of Captive Power Plant

Captive power plants, designed to generate electricity for private use by industries or large facilities, have attained a high Technology Readiness Level (TRL), typically ranging between 8 to 9. This advanced TRL signifies that the technology is fully mature and has been proven to work in its final form under expected conditions. The primary reason for this high level of readiness stems from the extensive deployment and operational experience accumulated over decades. These plants, which can utilize a variety of fuels including coal, natural gas, and renewable resources, have undergone numerous iterations of design improvements and optimizations. Additionally, advancements in control systems, efficiency enhancements, and emission reduction technologies have been integrated into existing frameworks, further demonstrating their operational reliability and effectiveness. The resilience and adaptability of captive power plants are also evident in their ability to provide uninterrupted power supply in regions with unreliable grid infrastructure, showcasing their technical robustness. The maturity of this technology is further corroborated by detailed regulatory frameworks and standards developed specifically for their safe and efficient operation, indicating a comprehensive understanding and mastery of the technical challenges associated with captive power generation.


What is the Technology Forecast of Captive Power Plant?

In the Short-Term, captive power plants are expected to see significant advancements in efficiency and emission reductions. The integration of smart grid technologies will allow for more precise control of power generation, reducing waste and lowering operational costs. Innovations in cleaner fuel sources, such as biomass and biogas, are also on the rise, promising to make these plants more sustainable and less reliant on traditional fossil fuels. Moving into the Mid-Term phase, the focus shifts towards the incorporation of renewable energy sources directly into captive power systems. Solar and wind energy technologies are becoming increasingly viable for captive power generation, thanks to improvements in storage solutions and energy conversion efficiency. This period will also witness the rise of hybrid systems that combine renewable sources with conventional ones to ensure reliability while minimizing environmental impact. In the Long-Term, the future of captive power plants is likely to be revolutionized by the advent of advanced technologies like artificial intelligence (AI) and the Internet of Things (IoT). These technologies will enable unprecedented levels of automation and optimization, facilitating real-time energy management and predictive maintenance. Furthermore, the development of next-generation nuclear and hydrogen fuel cells could provide captive power plants with highly efficient, zero-emission energy sources, fundamentally transforming the landscape of industrial power generation.


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