Remote + Challenging Locations

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By partnering with Interlink Power, clients can rest assured that their projects will be completed safely, efficiently, and with minimal disruption to local communities and ecosystems. 

In addition to Interlink’s expertise in addressing design concerns and overcoming challenges in traditional project settings, Interlink Powers’ team is also adept at tackling the unique complexities associated with mobile gas turbine installations in remote and challenging locations.

Operating in remote and challenging environments presents a host of logistical, technical, and environmental obstacles that require specialized knowledge and skills to navigate. From rugged terrain and extreme weather conditions to limited access to infrastructure and resources, these locations demand a strategic approach and meticulous planning to ensure the successful installation and operation of mobile gas turbines.

One of the key challenges of installing mobile gas turbines in remote locations is the lack of existing infrastructure and support systems. Unlike conventional power plants, which are typically situated near established transportation networks and utilities, remote locations often lack the necessary infrastructure to support large-scale installations. This can include everything from access roads and utilities to fuel supply chains and maintenance facilities.

 

To address these challenges, Interlink Powers’ team leverages our extensive experience in remote project management and logistics coordination. We work closely with clients to assess site conditions, identify potential obstacles, and develop comprehensive plans to mitigate risks and streamline operations.

In some cases, installing mobile gas turbines in remote locations may require innovative solutions such as modular design and pre-fabrication. By pre-assembling components off-site and transporting them to the installation location, Interlink Power can minimize on-site construction time and reduce the logistical challenges associated with remote projects.

 

Once installed, operating mobile gas turbines in remote locations presents its own set of challenges. Maintaining reliable power generation in isolated environments requires robust monitoring and control systems, as well as contingency plans for emergencies and equipment failures. Ensuring compliance with environmental regulations and community standards is essential for maintaining the trust and support of local stakeholders.

 

Interlink Powers’ team excels at implementing comprehensive monitoring and maintenance protocols to ensure the reliable operation of mobile gas turbines in remote locations. By leveraging remote monitoring technology and predictive maintenance algorithms, they can proactively identify potential issues and address them before they escalate into costly downtime or operational disruptions.

  

By partnering with Interlink Power, clients can rest assured that their projects will be completed safely, efficiently, and with minimal disruption to local communities and ecosystems.  

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Engaging Interlink Power at the design stage ensures that onsite Installation and Commissioning is a flawless execution 

Interlink Powers’ team possesses a unique blend of technical expertise and practical experience that sets them apart in the field of gas turbine installation and commissioning. Their deep understanding of gas turbine systems, coupled with their hands-on experience, equips them with the knowledge and skills necessary to navigate even the most challenging situations.

What distinguishes Interlink Powers’ team is their proactive approach to problem-solving. Rather than waiting for issues to arise, they actively anticipate potential challenges and devise preemptive strategies to address them. This forward-thinking mentality is particularly valuable when engaged at the outset of a project, during the Front-End Engineering Design (FEED) and design stages.

By involving Interlink Power early in the project lifecycle, clients can tap into their wealth of knowledge and experience to identify and mitigate potential design concerns related to the installation and commissioning of gas turbine units. This proactive collaboration ensures that any design flaws or compatibility issues are identified and addressed before they can impact project timelines or performance.

A compelling example of Interlink Powers’ proactive approach is their involvement in overcoming civil design challenges for a client. When engaged by the client, Interlink Power immediately recognized potential issues with the civil design that could impede the successful installation and commissioning of the gas turbine units. Leveraging their expertise, they collaborated closely with the client and other stakeholders to develop innovative solutions that addressed the design concerns while ensuring compliance with regulatory requirements and industry standards.

Through effective communication, collaboration, and ingenuity, Interlink Powers’ team successfully navigated the civil design challenges, enabling the project to proceed smoothly and on schedule. This proactive intervention not only averted potential delays and cost overruns but also enhanced the overall quality and reliability of the installation.

Interlink Powers’ proactive approach to problem-solving, combined with our deep expertise in gas turbine systems, makes them invaluable partners for clients seeking to ensure the successful installation and commissioning of gas turbine units. By engaging Interlink Power early in the project lifecycle, clients can benefit from their insights and foresight, mitigating risks and maximizing the likelihood of project success.

EXPERIENCE OF INSTALLATION

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Interlink Power Installation and Commissioning Teams have been called into assistance and rectify the inexperience of EPC contractors on specific Gas Turbines.

The Installation and Commissioning team at Interlink Power has consistently proven their expertise by successfully addressing and reengineering solutions in challenging scenarios. On numerous occasions, we have been called upon to resolve issues during the installation phase, especially when EPC Contractors lacked the in-house experience to anticipate and overcome hurdles related to gas turbine Installations.

The Installation and Commissioning team at Interlink Power has consistently proven their expertise by successfully addressing and reengineering solutions in challenging scenarios. On numerous occasions, we have been called upon to resolve issues during the installation phase, especially when EPC Contractors lacked the in-house experience to anticipate and overcome hurdles related to gas turbine Installations.

Interlink Powers’ team stands out for our ability to tackle complex challenges head-on, leveraging our deep understanding and passion of gas turbine systems and our hands-on experience in the field. When faced with unforeseen obstacles, we excel at thinking outside the box, devising innovative solutions, and implementing them swiftly to keep projects on track.

Our track record speaks volumes about our commitment to excellence and their dedication to delivering results. By collaborating closely with clients and other stakeholders, Interlink ensures that installations are completed efficiently and effectively, even in the face of unexpected challenges.

In a dynamic industry where adaptability and problem-solving skills are paramount, Interlink Powers’ Installation and Commissioning team sets the standard for excellence. Our expertise not only ensures the successful completion of projects but also enhances the overall performance and reliability of gas turbine systems.

As the demand for clean and efficient energy solutions continues to grow, Interlink Powers remains at the forefront, empowering our EPC, installation and commissioning and Service and Operation teams to overcome challenges and drive innovation in the field of gas turbines.

Interlink Power Recovers High Pressure Energy Loss and Coverts it into Revenue!

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With patented technology, Interlink Power deploys turbo expanders, also known as expansion turbines or power recovery turbines, to recover energy from high-pressure gas or vapor streams and convert it into useable energy. We are able to apply our solutions across various commonly used industrial processes to capture and utilize wasted energy.

Our patented technologies not only produce power, but they also enable our customers to capitalise on carbon credits with our zero emissions energy for the production of bitcoin, green hydrogen, water and power data centres.

Some of the industrial processes our technology can be utilised are:

  1. Pressure Reduction and Energy Recovery: In many industrial processes, high-pressure gas or vapor is used for various purposes. After performing its intended work, the pressure of the gas is typically reduced before it is released to the atmosphere or other lower-pressure systems. Turbo expanders exploit this pressure drop to extract energy that would otherwise be wasted.
  2. Cryogenic Processes: Turbo expanders are commonly used in cryogenic processes, such as natural gas liquefaction. In these applications, high-pressure gas is expanded to very low temperatures, causing it to liquefy. The expansion process extracts energy, which can be used to drive compressors or generators.
  3. Power Generation: Turbo expanders are used in power generation systems to recover energy from high-pressure gases, such as those produced in oil and gas fields. This recovered energy can be used to generate electricity, increasing the overall efficiency of the system.
  4. Brake Refrigeration: Turbo expanders can be employed in refrigeration systems to provide cooling by expanding high-pressure refrigerant gases. This process is used in various applications, such as liquefied natural gas (LNG) plants.
  5. Chemical and Petrochemical Processes: In the chemical and petrochemical industries, turbo expanders play a crucial role in processes where high-pressure gases need to be expanded. The recovered energy can be used within the facility or converted into electricity.

By incorporating our patented technologies into industrial processes, companies can enhance energy efficiency, reduce operating costs, and minimize environmental impact by recovering energy that would otherwise be wasted. Our applications are diverse, ranging from power generation to various industrial processes where high-pressure gases are involved.