Plant Relocation, Dismantlement and Removal Articles

A U.S.-based chemical manufacturer owned a complete KOCH-designed solvent recovery and distillation system that was never commissioned. Originally built for Dimethylformamide (DMF) recovery, the plant remained idle for more than ten years. Phoenix Equipment acquired the asset and identified an African fuel-processing company that could adapt the system for a waste-product distillation project. Phoenix then managed the sale, removal, transportation, and export, successfully relocating the complete system from the United States to Africa.   The Challenge The seller owned a complete distillation system designed for DMF purification and recovery. Although never used, the system remained in excellent condition and featured high-quality process equipment, including a 36-inch diameter distillation column and Hastelloy C276 heat exchangers. The challenge was finding a buyer that could recognize the value of the equipment and adapt it for a different application while managing the complexities of removing and relocating the system.   The Opportunity Phoenix recognized that the system's design and metallurgy made it suitable for a wide range of solvent recovery and distillation applications beyond DMF service. Through its global network, Phoenix identified an African company in the fuel sector developing a waste-product recovery project. After reviewing the equipment and conducting an on-site inspection, the buyer determined the system could be adapted to meet its processing requirements at a significantly lower cost than purchasing new equipment.   Phoenix Equipment's Solution Phoenix handled every phase of the transaction, including acquiring the system from the U.S. chemical company, marketing it globally, coordinating inspections, and negotiating the sale. By acting as both buyer and seller, Phoenix simplified the process for all parties and ensured the equipment was successfully matched with a qualified end user.   Heavy Lift and Removal Execution Removing the complete skid-mounted system without damage was critical to the project's success. Phoenix developed a detailed lifting plan utilizing a 250-ton main crane and a tailing crane. The system was carefully disconnected, lowered, loaded onto trucks, and prepared for shipment while preserving the integrity of the equipment, piping, and skid structure.   Transportation and Export Logistics After removal, Phoenix coordinated transportation from the seller's facility to the export port and managed all logistics required for international shipment. Services included heavy-haul trucking, export preparation, port coordination, and ocean freight. Phoenix served as the single point of contact throughout the project, ensuring a smooth transition from seller to buyer.   Results   For the Seller Recovered value from an idled asset for more than ten years Eliminated storage obligations Freed facility space   For the Buyer Acquired quality equipment at a fraction of replacement cost Avoided long fabrication lead times Accelerated project development   For the Project Successful relocation from the U.S. to Africa Safe removal with no equipment damage Productive reuse of a long-idle industrial asset   Conclusion This project highlights Phoenix Equipment's ability to create value by connecting underutilized assets with qualified buyers worldwide. Through equipment acquisition, global marketing, heavy-lift execution, and international logistics, Phoenix transformed a dormant distillation system into a productive asset supporting a new fuel-industry project in Africa. If you need help with a chemical plant or equipment sale, purchase or relocation project, we would be happy to discuss your next project and see how Phoenix can best assist you.Speak to one of our team members todayto learn more about our variety of different services and solutions.

When an industrial facility reaches the end of its lifecycle, plant owners and executives face a critical decision on how to handle the decommissioned site. The easiest word to reach for is "demolition"—but if you are solely looking at traditional demolition, you are likely leaving significant money on the table. For sellers looking to maximize the return on their idle assets, the distinction between simple destruction and strategic dismantling is paramount. Understanding dismantling vs demolition chemical plant operations, or any industrial facility for that matter, is the first step in turning a costly liability into a lucrative asset. Here is why the distinction matters for your balance sheet, and how choosing the right approach can transform your bottom line.   The Core Difference: Pure Cost vs. Value Recovery At its most basic level, demolition is a destructive process. It involves tearing down structures as quickly as possible to clear a site. The primary goal is removal, and the primary financial impact is an expense. You are paying a contractor to crush, scrap, and haul away your facility. Dismantlement, on the other hand, is a highly engineered, methodical process of deconstruction. The goal isn't just to clear space; it is to carefully extract process equipment, machinery, and infrastructure intact so it can be repurposed, sold, or relocated. When you opt for professional plant dismantlement services, you shift the financial equation from a straight cost to a revenue-generating opportunity. By preserving the integrity of high-value equipment—such as reactors, centrifuges, compressors, and heat exchangers—you offset the costs of site clearance through direct asset monetization.   By the Numbers: Why Dismantlement Makes Financial Sense If you are looking at the bottom line, the statistics heavily favor dismantlement and deconstruction over traditional smash-and-haul demolition. Treating an obsolete structure as a "material bank" rather than a landfill deposit yields immense benefits: 10% to 25%+ Asset Value Recovery: Strategic dismantlement and resale programs allow businesses to recover anywhere from 10% to over 25% of the original asset value of their equipment, significantly offsetting sunk costs. 90% Reusability: Up to 90% of industrial building materials and process equipment can be reused, repurposed, or recycled. Traditional demolition destroys this hidden capital. Massive Waste Diversion: The U.S. generates approximately 600 million tons of construction and demolition (C&D) waste annually, with demolition accounting for a staggering 90% of it. Top-tier dismantlement projects routinely achieve 95% to 99%+ landfill diversion rates, drastically reducing expensive disposal tipping fees. ESG and Sustainability Goals: Beyond the direct financial ROI, repurposing functional equipment saves the immense "embodied carbon" required to manufacture new machinery, allowing your corporation to hit strict Environmental, Social, and Governance (ESG) targets.   Maximizing ROI Through Industrial Demolition Asset Recovery Why pay millions to scrap a plant when the equipment inside still holds immense secondary market value? Industrial demolition asset recovery is the strategic bridge between site closure and financial gain. At Phoenix Equipment Corporation, we don't just see a dormant facility; we see a portfolio of valuable assets. Our process is designed to maximize your return by: Identifying Value: We assess your process units and individual equipment to determine their highest market value before a single tool is lifted. Careful Deconstruction: Our engineers meticulously disconnect, match-mark, and package equipment so it retains its resale value for buyers worldwide. Offsetting Project Costs: The capital recovered from selling this equipment is directly applied against the cost of the project, often resulting in a net-positive cash flow for the seller.   The "Self-Performing" Advantage: Safety, Speed, and Savings One of the biggest risks in industrial decommissioning is the "middleman" effect. Many companies operate as brokers or general contractors, sub-contracting the actual labor to third parties. This introduces communication gaps, timeline delays, safety risks, and inflated costs. Phoenix Equipment takes a different approach. We are a self-performing organization. This means we utilize our own highly trained crews, our own specialized equipment, and our own project managers to execute the dismantlement from start to finish. The benefits of a self-performing contractor for your balance sheet include: Uncompromising Safety: Our in-house teams are rigorously trained in chemical plant and industrial safety protocols. We control the site, meaning fewer accidents, reduced liability, and strict adherence to OSHA standards. Cost Efficiency: By eliminating subcontractor markups, we keep project costs strictly controlled. Those savings are passed directly onto your balance sheet. Streamlined Timelines: Without the need to coordinate multiple third-party schedules, our self-performing crews work efficiently to complete the dismantlement faster, allowing you to hand over or repurpose the real estate sooner.   Turn Your Idle Plant into Working Capital Closing a facility doesn't have to be a sunk cost. By choosing dismantlement over traditional demolition, you are choosing a financially strategic path that prioritizes asset recovery, limits liability, and protects your balance sheet. At Phoenix Equipment Corporation, we have decades of experience buying and dismantling chemical plants, pharmaceutical facilities, and manufacturing sites around the globe. We have the capital to buy your assets outright and the self-performing capabilities to safely dismantle them.  

For a Plant Manager, an idle facility is rarely just "sitting there." In the eyes of the law and environmental regulatory bodies, an idle plant is a ticking clock of liability. When the decision is made to shutdown a facility or sell off assets, a critical question arises: When does your responsibility for the site actually end? Whether you are overseeing a chemical refinery, a processing plant, or a pharmaceutical lab, understanding the nuances of industrial plant decommissioning liability is the difference between a clean exit and decades of litigation.   The "Silent" Risks of Idle Plants Many stakeholders believe that once production stops, the risk stops. In reality, the risks often increase. Without active monitoring and maintenance, industrial facilities undergo rapid "idling degradation": Containment Failure: Seals dry out, gaskets perish, and tanks corrode. What was a contained chemical yesterday can become a groundwater contamination issue tomorrow. Vandalism & Theft: Abandoned sites attract scavengers looking for copper, brass and other valuable metals. Their illegal and unauthorized dismantling often leads to catastrophic spills or fires. Regulatory "Creep": EPA and state-level oversight doesn't pause when the lights go out. RCRA (Resource Conservation and Recovery Act) requirements for hazardous waste management remain in full effect.   Who Owns the Risk? The "Cradle-to-Grave" Reality In the United States, environmental law often follows a "Cradle-to-Grave" philosophy. Under CERCLA (Superfund), original owners can be held liable for contamination even years after a property has changed hands if the damage is traced back to their tenure or improper closure. The Danger of "As-Is" Sales: Simply selling an idle plant "as-is" to a low-tier scrapper or an inexperienced buyer does not insulate you from risk. If that buyer improperly handles hazardous materials or fails to remediate the site, the trail of liability often leads straight back to the original seller.   How Professional Dismantlement Transfers The Risk The goal of selling idle chemical plants isn't just to recoup capital; it’s to achieve a clean break. This is where professional decommissioning and dismantlement become your greatest risk-management tools. Partnering with an experienced asset recovery company like Phoenix Equipment changes the liability equation in three ways:   1. Documented Environmental Compliance Professional dismantlers prioritize environmental compliance for used equipment. This involves certified cleaning, purging of lines, and the documented disposal of hazardous waste. This "paper trail of protection" is your primary defense in future audits.   2. Physical Risk Mitigation By removing high-risk assets—such as pressurized vessels, storage tanks, and chemical lines—you eliminate the source of potential leaks. A "cold, dark, and dry" site is significantly easier (and cheaper) to insure and protect.   3. Contractual Risk Transfer A reputable buyer of industrial assets assumes the responsibility for the safe removal and transport of equipment. When Phoenix Equipment manages a site, we provide the insurance, bonding, and safety protocols necessary to move the "Liability Needle" away from the seller.   Key Takeaways for Plant Managers Before you sign a Bill of Sale for your idle assets, ask yourself: Has the equipment been decontaminated to industry standards? Does the buyer have a proven safety record in high-hazard environments? Are you selling to a "broker" who will leave the mess behind, or a "turnkey partner" who manages the extraction?   Conclusion: Protect Your Legacy Your tenure at a plant shouldn't be defined by an environmental lawsuit ten years after retirement. Managing industrial plant decommissioning liability requires a proactive approach. By choosing professional dismantlement, you turn a high-risk liability back into a liquid asset. Learn more about Phoenix Equipment’s professional plant dismantlement and relocation services.

In the current environment of stretched supply chains and soaring construction costs, companies often face a multi-year waiting game to bring new capacity online. The conventional wisdom has long held that building a new chemical plant from the ground up is the only viable path. This belief, however, overlooks the significant, strategic advantage offered by acquiring and relocating an existing, high-value facility. To help decision-makers evaluate all options, we examine the most common, costly myths about acquiring used chemical plants.      Myth 1: Used plants are obsolete and will not meet modern standards The greatest anxiety is that acquiring a pre-owned facility means compromising on technology or regulatory compliance. The Reality: Strategic Relocation, Not Technical Obsolescence Chemical plants rarely shut down due to technological failure; they are most often closed due to mergers, company realignment, feedstock changes, or geographic strategy shifts. The assets available for relocation represent modern proven, reliable technology. We facilitate the transfer of complete documentation, including Process Flow Diagrams (PFDs), Piping and Instrumentation Diagrams (P&IDs), and maintenance logs. This documentation allows your engineering team to easily verify the technical specifications and ensure compliance with current operational requirements before the purchase is finalized. You are acquiring a proven industrial asset.   Myth 2: Relocating an entire facility is too complicated and will take almost as long as building new This is the most financially costly misconception, suggesting the time saved is negligible once logistics are considered. The Reality: Massive Schedule Acceleration—Cutting Years Off Your Project Acquiring an existing plant is the ultimate schedule accelerator. While a greenfield build typically takes 4 to 5 years, a relocated plant can often be brought online in 18 to 36 months, bypassing years of critical path delays. By choosing this route, your project team skips years of detailed engineering design, 18–30 months of fabrication lead times for complex equipment, vendor qualification, and major permitting. Professional dismantlement, marking, and logistics management minimize field work and guarantee fit-up upon reassembly, directly translating into a massive, immediate time-to-market advantage.   Myth 3: Buying a used plant means inheriting major maintenance problems and long-term unreliability The fear is that you are inheriting someone else's maintenance liabilities, compromising performance. The Reality: Proven Performance and Facilitated Assessment We prioritize well-maintained facilities and focus on the documentation—the paper trail—to provide customers with quality chemical plants that will pick up where they left off at their new home. We work with your third-party or in-house engineering team and provide all required records, such as maintenance logs, inspection reports, and operational history. We facilitate a turn-key, smooth relocation process, from dismantling and match-marking to logistics to the site. Acquiring plants with strong performance histories, alongside comprehensive planning with your designated engineering partner, ensures reliability.   Myth 4: Securing financing and insurance for a used plant is significantly harder This myth suggests the reduced capital cost introduces complexity in the financial and risk management stages. The Reality: Low Capital Outlay Lowers Financial Risk The substantial cost savings associated with used plant acquisition can make the project more financially appealing to stakeholders. With complete documentation and collaboration with a trusted engineering partner, the required due diligence and feasibility requirements can be met. Banks and insurers will see that risk is controlled with assets that are already built, inspected, and documented by certified third parties. The reduced capital expenditure improves the project’s Return on Investment (ROI) and overall financial viability, making it an easier sell to capital committees.   Conclusion: A Strategic Path to Capacity Choosing to acquire a used chemical plant is not a compromise; it is a strategic decision that offers a verifiable, immediate advantage in schedule, budget, and risk profile. In the world of industrial expansion, time is capital.  We facilitate the recovery and re-deployment of high-value industrial capital, enabling companies to accelerate their market entry. Before starting your next greenfield project, talk to us. We can show you how to start operating years sooner and with substantial CAPEX savings.

When a facility reaches the end of its production lifecycle, upgrades to new equipment, or shuts down operations, decision-makers face a pivotal question: What’s next for the equipment? The traditional answer has often been recycling — dismantling and scrapping metal components for raw material value. It sounds responsible and straightforward, but in reality, recycling prematurely ends the useful life of machinery that still holds immense operational and financial potential. Selling and relocating no longer need equipment, on the other hand, keeps valuable assets in circulation — turning idle or surplus equipment into capital and opportunity. For buyers, it’s a way to accelerate projects and reduce costs. For sellers, it’s a chance to maximize returns while avoiding waste. And for the planet, it’s a major win for sustainability. At Phoenix Equipment, we’ve spent over 50 years proving that relocation isn’t just an alternative to recycling — it’s the smarter, more strategic choice. Here’s why repurposing equipment delivers stronger results across every metric that matters.   1. Recycling Ends the Equipment’s Lifecycle — Relocation Extends It When you recycle, you’re destroying value that still exists. Many process systems are designed to operate for decades. By relocating them, you’re keeping proven equipment in productive service — maintaining its full engineering value instead of reducing it to raw metal. Phoenix Equipment specializes in turnkey plant relocations that preserve equipment integrity and performance, ensuring assets remain operational and valuable for years to come.   2. Relocation Preserves More Value Than Scrap Metal Prices Ever Could The economics are clear: recycled equipment is worth only what the metal weighs. Relocated equipment, however, retains its functional and operational value — which can be 5 to 10 times higher than scrap. Phoenix connects sellers with a global network of qualified buyers across industries like chemicals, refining, oil and gas, and pharmaceuticals — helping clients recover the highest possible return for their surplus assets.   3. Repurposing Reduces Downtime and Delays Recycling is a one-way process that dismantles and disrupts operations. Relocation creates new continuity. When entire process units are moved intact, companies reduce engineering time, permitting, and startup costs — enabling faster commissioning and earlier revenue generation. Phoenix Equipment’s end-to-end relocation services streamline every stage, from disassembly and transport to reinstallation and commissioning, so projects stay on schedule and on budget.   4. Relocation Enables Quicker ROI for Buyers Buyers of relocated plants and systems benefit from shortened project timelines and proven reliability. Instead of potentially waiting years for design, fabrication, and installation, they can be up and running in a fraction of the time. Phoenix’s experienced team manages logistics, reengineering, and compliance documentation to ensure equipment arrives ready for production — accelerating return on investment and reducing risk.   5. Repurposing Strengthens the Circular Economy — and Your Balance Sheet Circular economy principles aren’t just about sustainability — they’re about smarter asset management. Relocating high-value process systems keeps them in use, reduces capital waste, and turns surplus inventory into immediate cash flow. In today’s capital-conscious industrial environment, companies that prioritize repurposing aren’t just reducing waste — they’re unlocking new financial flexibility.   6. Proven Equipment, Proven Compliance Repurposed equipment often carries an additional benefit: regulatory and performance history. Systems previously used in chemical or pharmaceutical production have already been validated under strict safety and quality standards. This reduces risk for buyers and speeds up project approval timelines.   Phoenix Equipment: Your Global Relocation Partner Since 1974, Phoenix Equipment Corporation has led the global market in process plant and equipment relocation. From asset valuation and marketing to dismantling, packaging, and international transport, our team can manage the entire lifecycle — ensuring equipment reaches its next destination efficiently, safely, and profitably. Whether you’re selling a single piece of equipment or relocating a complete production line halfway across the world, Phoenix provides turnkey support every step of the way.   The Bottom Line: Why Scrap It When You Can Make It Work Again? Every year, companies scrap and recycle millions of dollars’ worth of viable process equipment — equipment that could continue generating value if repurposed strategically. Relocation gives these assets a second life, minimizes waste, and delivers superior financial outcomes for both sellers and buyers. Learn more about Phoenix’s dismantlement and relocations services. At Phoenix Equipment, we make that possible — helping clients capture maximum value, accelerate projects, and contribute to a more sustainable, circular industrial economy. Ready to discuss your next relocation or sale? Contact Phoenix Equipment to explore how our global relocation services can help turn your surplus equipment into new opportunity.

A Common Plant Liquidation Scenario Your company has made the tough decision to close a plant. This plant was running for years, and the company paid a lot to have it built, paid everyone’s salaries, and maintained or even modernized all of the production assets over the plant’s life but the plant needs to be sold off for one reason or another. Your company has called upon you to recover as much dollar as you can to help keep the organization alive, and better yet, healthy, in what is a constant battle in the marketplace. You’ve either: Have spent months, maybe even years trying to find a buyer that would operate the plant in place, without any success, while the plant’s assets lose value every passing day. Or, you can’t sell it to another company, as you are one of the few suppliers of the product the plant makes, and you don’t want to create a competitor, or improve a competitor’s position. Or, the plant is on leased property that is costing the organization a lot of money without getting any of it back from produce from the plant, like being a lessee of a field where all the fruit trees are dead. You are in a situation where you can’t sell the plant for operation in place to another company, so you have to find another way to recover as much money as you can. Conventional wisdom says to just have the plant demolished, and hope the scrap value of the assets cover the work, and if you’re lucky, put some cash in the organization’s pocket. It doesn’t feel good, but what else can you do? Welcome Phoenix Equipment: Your Plant Dismantlement & Relocation Services Partner Phoenix Equipment’s plant dismantlement and plant relocation services give you the options you need. You are not fenced in to a one-size fits solution. We start with a transparent discussion, outlining our services, and then letting you decide if our services are the right fit for you. From the very first conversation onward, Phoenix works with you as a partner, and gives you a hand up on maximizing value recovery. Phoenix Equipment is in the unique position of buying and selling entire chemical plants for relocation, while also having a strong position in selling chemical process equipment a la carte. This gives you access to a worldwide marketplace of chemical plant and equipment buyers, and Phoenix either sells the assets on an agreed upon commission, giving you access to Phoenix’s powerful marketing abilities and superior exposure due to our high ranking capabilities on Google and other major search engines. Phoenix also does direct active marketing campaigns, and has an extensive book of business; instantly giving you access to thousands of buyers. If you have a tight timeframe for recovery, Phoenix can prepare a proposal to either: Buy the plant outright. Or, liquidate the plant, and give you a turnkey package where Phoenix dismantles the site and gives you cash in great excess over the scrap value. Learn more about the number of plant selling options Phoenix offers to see which solution is the best for your business. The Plant Dismantling and Relocation Team that Will Earn You Top Dollar Phoenix has 30+ full-time employees dedicated to plant demolition and plant dismantlement, and a full-time sales and marketing team. Phoenix’s management and project managers all have more than 10 years of experience with the company, and in most cases over 20 years of industry experience. Phoenix has performed turn-key asset recoveries for over 100 companies, with a EMR rating of under one (-1) for over fifteen years. A Trusted Partner for Over 40 Years Limit the time and resources you spend decommissioning the plant and trying to recover value, Phoenix’s safe and proven approach to plant dismantling, relocation, and asset recovery requires minimal involvement from you after we have agreed on an approach. You are freed up to focus on your other business objectives, while Phoenix turns your old plant into working capital. Phoenix can safely dismantle the plant and get you maximum value for the assets (process technology, process plant, process equipment and scrap materials), and can provide you a no obligation evaluation that will include proposed scope of work and deal terms. Contact Phoenix today to stay above the curve in both cash recovered and project deadlines.

Older chemical processing plants often have a lot more to give. They may be decommissioned for a variety of reasons, and relocating the equipment to overcome those circumstances could prove economical for companies looking to save money. Moving chemical and processing plants across regions, or even oceans can provide several major benefits including: Proximity to greater demand Access to cheaper workforces or raw materials Expanded operations Escape from stringent industrial regulations Money savings compared to purchasing new equipment Time savings on engineering, specifications, production design, and documentation While the cost of purchasing an existing plant, dismantling and refurbishing the equipment, shipping it to a new location, and reassembling can seem like an impossible task, in many cases it can be significantly lower than purchasing new components and building a brand new plant. Once the decision to relocate has been made, extensive, detailed planning and an agreement with experienced professionals can make even the most complicated manufacturing facility move manageable and efficient.   Properly Document the Decommissioning and Disasssembly Properly deactivating the process equipment at its existing location will ensure efficient set up at the other end. Start by documenting the location, orientation, configuration and relationship between the components in site. Photographs, diagrams, match-marking, and color-coded tags can be useful when the processing plant is reassembled in its new location. More than simply a map for the reassembly team to follow, these schematics and visual representations should also note the placement of vertical features – overhead conveyors, maintenance corridors, pits, trenches, etc. Do not rely on old documents. Where layout drawings exist, check their accuracy by conducting walking equipment inspections. Where they do not exist, take special care to create them. If the plant is operational prior to relocation, benchmark, and calibrate machine performance before shutting it down.   Process Equipment Review Equipment walk-through inspections also will allow experts to assess the quality and condition of each component. It is probable that not all machinery will be in optimal working order. Some may have to be repaired, overhauled or refurbished, while other parts can require replacement. A partner experienced in buying and selling chemical plants and equipment can appraise each machine and offer guidance on whether specific processing equipment is worth salvaging. While relocating a production plant can help save money on equipment, not all components will be worth reusing. When repairs, freight charges, storage costs, lost scrap value, etc. are considered, sourcing replacement equipment near the new plant location may be more economical than relocating some pieces. Make this determination early in the process. This not only saves time and freight costs, it also allows companies to locate and purchase replacement equipment so it is on hand when it comes time to reassemble the line in the new location.   Shipping The actual relocation of a production plant involves much more that crating equipment and putting it on a ship or rail car. A comprehensive plan will ensure the receiving location is prepared in time for the donor plant’s arrival. A plant relocation expert will schedule the timing of each component’s arrival so the team on the receiving end can have the necessary platforms, bases, utility connections, and other structures in place. The relocation partner should offer custom rigging and packaging that provides the greatest damage protection for condensers, vessels, compressors, converters, and other valuable equipment. They should organize ground shipments on high-capacity trailers and flatbed railcars that eliminate cargo shifts and cushion the ride. For overseas transport, you should expect your partner to coordinate with shipping firms and handle logistical challenges, documentation, export paperwork, and scheduling to deliver your plant components swiftly and undamaged.   Reassembly and Commissioning Your relocation contractor should use match marking, equipment tags, and the schematic and photographs created before the plant was dismantled to bring the “new” plant online safely and efficiently. A comprehensive reassembly program begins even before the plant equipment arrives from its original location. The plant engineer and/or relocation vendor should fully prepare the new site, installing anchors, skids, platforms, and other equipment bases. Then, using the match-marks and photographic documentation created before dismantling, the team can reassemble production lines, storage tanks, subassemblies, etc., including electrical connections and mechanical applications. When the plant equipment is connected to electricity, gas, water, and other utilities, the contractor and plant engineer then can conduct tests to ensure all connections are complete and functional.   Trust Phoenix for Plant Relocation As mentioned earlier, there are many reasons to consider relocating your process facility, whether it be nitrogen fertilizer plants (ammonia, urea, nitric acid, ammonium nitrate), methanol and syngas plants or any other type of plant. Whatever your reasons, Phoenix Equipment will help you succeed. Put our industry expertise and comprehensive services to work, guiding your company through the entire process. Contact Phoenix today to learn more about our plant relocation services.