#Marine VFD

[researchinenergyandpower]

According to a research report, the Marine VFD market is projected to reach USD 1.6 billion by 2030 from an estimated USD 1.1 billion in 2023, at a CAGR of 5.0% during the forecast period. Variable Frequency Drives (VFDs) are electronic devices that control the speed of alternating current motors in a variety of applications, including marine propulsion systems, auxiliary systems, pumps, fans, and other gear on board ships and boats. VFDs allow exact control of motor speed by adjusting the frequency and voltage supplied to the motor, resulting in energy savings, increased efficiency, and greater performance.

[invertek]

Improving Vessel Performance and Profitability with Variable Frequency Drives (VFDs)

Cut your energy consumption on fans, pumps and compressors by as much as 60% when integrating VFDs. The IP55/NEMA12 and IP66/NEMA4X rated enclosures for the Optidrive P2 High Performance series are ready to operate in marine environments straight out of the box with no additional enclosures required.

For your onboard winches, the Optidrive P2 features Auto Tension Control which maintains the correct level of winch tension in all operating conditions. The VFDs provide precise and responsive control of thruster systems, enhancing the vessel maneuverability. VFDs will also significantly reduce the maintenance costs associated with hydraulic oil leakages and oil change.

The VFD Exchange

[beatricebidelaire]

fighting fire with fire

Kit and Bertrand talk about how to handle Gregor Anwhistle.

~1.3k

[squidgeworld] [ao3]

__

It's fairly foggy in The City that night, and even a driver like Kit Snicket is forced to slow down her speed as she maneuvers the taxi through the city streets. On the passenger seat is Bertrand, a frown on his face, deep in thought.

There was a time when Bertrand thought Gregor Anwhistle's research held potential, possibly a useful weapon for their side to use, if it could be controlled. But after hearing the latest reports - sent back by Fernald, Widdershins's stepson who, because of his marine biology interests, had been assigned to the research center - he's changed his mind. Kit's been rather disapproving of Gregor's research since the early stage, but she very graciously does not say "I told you so" at the moment.

As faint jazz music rolls out from the radio, she merely says, "So, what are we going to do about G?"

They've tried to talk to him about it, hoping to appeal to reason. It hasn't worked so far. Gregor's in far too deep. But Gregor has also brought up a valid point that VFD is forced to consider - abandoning the research now, when there has already been rumors spreading, could cause the other side try to gain access to the mycelium samples. If they heard VFD is pausing the research, they might think this is a great chance to take over, and surely no one in VFD wants that.

"I've heard that The Man With Beard But No Hair is quite interested in it," G has added.

"Why does he know about that?" Jacques has pointed out immediately when he first heard the news from Kit. Both Snicket twins quite suspect that the Sinister Duo may have already reached out to Gregor Anwhistle, and it's G's way of implicitly threatening them that if VFD won't continue to support his research, there are other people interested in doing so, perhaps even fully funding it. Even though initially Gregor argued for the mycelium research for its usefulness in having a weapon over their enemy, more and more volunteers are beginning to suspect that he doesn't in fact care about sides that much at all, but his own scientific research. Having an advantage over the other side is just a clever way of arguing for funding, and with the way the schism is going, it certainly worked.

Now, in the taxi in the foggy night, the word murder has flashed across both of their minds. A few years ago they wouldn't have considered such an option so immediately and readily, and even now neither of them is going to directly say the word out loud yet. Because murder is not something you simply - unlock the first achievement and the rest is easy. Every additional kill is another life lost, an irreversible process. Every step in that direction is a step you can't take back, walking down a path that you can't look back. Every kill doesn't make the next kill easier - well, perhaps in the skills aspect it does, but - morally, it really shouldn't. (It kind of does, actually. That's the scary thing. You justify it for the one time, calling it necessary evil. It becomes slightly easier to justify the next.)

They're already too competent, too efficient, too methodical. Like a pair of sharp knives. They're already exceedingly practical people, especially compared to their friends who lean on the dramatic side. Their problem, once they crossed a certain point in their lives, has never been not practical enough. A night at the opera changed things, for better or for worse.

Perhaps better for the organization's overall future, but worse for them, individually, with blood on their hands.

But what is the weight of individuality, in the grander scheme of things?

Kit and Bertrand are practical people and they both know it, they have that level of self-awareness. So, as they have onetime, late at night, discussed in the living room of Bertrand's apartment, that perhaps they don't need to so much worry about not being able to see the bigger picture, not being able to make the hard call. Perhaps what they should be more careful about is losing bits of themselves in the process, normalizing this in the process, attributing every action to "necessary evil" in the process.

("Who are we, to be making these decisions?" Kit once asked.

"It wasn't our decision, in the beginning," Bertrand said.

"Right, at first those were orders." Kit agreed. "But -"

"We're grown up now, we've climbed high enough now, that sometimes, it is our decision, not anyone else's," Bertrand finished for her.

"Exactly.")

At some point they had to stop worrying that they're not being practical enough, and worry if they're in fact being too cold-bloodedly practical, that if they're losing something they could never get back. If at some point, the bigger picture might not be worth all of this.

They know that.

So they do not speak of murder. Not yet. Even if the thought has definitely crossed both of their minds, and they know each other enough to know that as well.

"Well," Kit says, finally. "Killing him doesn't solve the problem, if his samples remain, and if the Sinister Duo do want his research. Even if they don't have competent enough scientists to take over - no, precisely because they don't have anyone to take over, they might just use it, which is even worse."

Bertrand exhales. "K," he sighs.

"Of course murder is also wrong in itself," she says. "But do not lecture me about it when I know you're also considering the option. And I too wish that I'm still innocent enough that taking the option off the table is because I know it's wrong - I still know, by the way, just in case you're wondering - and not because it doesn't solve the problem. But -" she cuts herself off. "Whatever."

He doesn't say anything for a moment.

"They can both be factors that we take into consideration," he says, finally. "It's a complicated enough decision, as it is."

She scoffs, but doesn't argue. It is how they operate - how they have operated, for quite some time, now.

Poison dart changing hands. Red shawl with long feathers along the edges. Beatrice. Olaf. 

So what? Kit thinks. So they carry the burden they have to carry, and continue going forward. What else?

Murder doesn't solve the problem, not exactly. The mycelium samples are still there.

Unless -

Unless they burn the whole research center to the ground.

Yes, she's written to Gregor and told him that playing with fire is something that their enemies do, something that the volunteers should be careful with.

"Or," Bertrand says, his voice careful, neutral, deliberately unemotional. "We try to change his mind."

Kit says, impatiently, "He's not listening to reason - we've tried."

"I don't mean that we should try to reason with him," Bertrand says.

Kit's eyes turn sharp. Dangerous. "Oh." And then, after a few moments, "Well, it is better than murder." She hesitates. She knows Bertrand's rather complicated history with Georgina, and his view on such things. So for him to actually suggest this -

"Still," she cautions. "Letting her in on the plan is dangerous. Do we even trust her enough? She's not on the opposite side, not exactly, but she'll betray anyone if it suits her. If she decides it's profitable for herself. Involving her - has its own risks."

Bertrand doesn't say anything, not at first.

That's when it dawns on Kit.

"You knew a few tricks, too."

Bertrand smiles, tight. Bitter. "I did learn a few tricks. I'd hate to employ such techniques, but ...."

But does he hate it, more than the idea of killing Gregor Anwhistle? They both wonder. Is his skills even enough? He is, after all, not Georgina Orwell.

There is only one Georgina Orwell. Which is enough, really, in most times. More than enough, in Kit's opinion.

"Let me talk with J first," Kit says, finally.

[afterthegreatunknown]

the original seven volunteers of vfd, netflix-verse:

ishmael (founder* and leader; chemistry teacher turn principal turn hermit living on an island in the middle of somewhere)

*technically speaking vfd existed as well, independent volunteer fire departments in rural areas/in cities that help official fire department. ishmael created the collective vfd most known by the present

gregor (second-in-command; ichnologist, marine biologist, mycologist...and school biology teacher. not happy with that last one)

widdershins (joined because vfd was up his alley; as a retired navy captain + personal submarine, he proved unexpected help/resources)

josephine (was sought after by ishmael due to her athleticism, though she would volunteer whenever possible making vfd up her alley)

ike (jack-of-all-trades which means his skills are very useful; sort of push to join due to gregor but ike would have joined on his own)

tmwbbnh and twwhbnb* (lawyers on your side really help getting out of legal trouble with the official fire department. at least for a time)

*the two joined at the same time and last; ishmael was pushing for one of them to join but the two refuse unless both joined they're a duo.

[sanilahorizonks]

HMI and display repair

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[jungkookandyugyeomwhores]

Innovative Technologies in Dredging Booster Pumps

Innovative technologies in dredging booster pumps enhance efficiency, reliability, and power in large-scale waterway projects. Advanced designs improve sediment transport, reduce energy consumption, and extend operational life, optimizing dredging operations. Smart monitoring systems and eco-friendly solutions also minimize environmental impact, making these pumps crucial for modern dredging activities.

Introduction to Dredging Booster Pump Technology

Dredging booster pump are crucial components in modern dredging operations, designed to enhance the efficiency of sediment transport. These advanced systems help in extending the reach of dredging operations and improving overall performance. With constant advancements in technology, the dredging industry is adopting cutting-edge innovations to optimize pump capabilities and reduce operational costs.

How Dredging Booster Pumps Improve Operational Efficiency

Innovative dredging booster pumps are engineered to boost the power and efficiency of dredging vessels. By increasing pressure, these pumps help in moving materials over longer distances, ensuring smoother operations. These pumps provide greater control over sediment flow and reduce energy consumption, leading to cost savings and improved productivity.

Smart Monitoring Systems in Dredging Booster Pumps

One of the key innovations in dredging booster pumps is the integration of smart monitoring systems. These systems provide real-time data on pump performance, allowing operators to track parameters like pressure, flow rate, and energy usage. With smart technology, operators can make data-driven decisions to prevent malfunctions and optimize dredging efficiency.

Energy-Efficient Dredging Booster Pumps

Energy efficiency is a significant consideration in dredging operations, and the development of energy-efficient dredging booster pumps is a step forward in reducing environmental impact. These pumps utilize advanced materials and design principles to consume less power while maintaining high performance. Such innovations are not only eco-friendly but also reduce fuel costs for dredging companies.

The Role of Variable Frequency Drives (VFD) in Dredging Booster Pumps

Variable Frequency Drives (VFDs) have revolutionized the operation of dredging booster pumps by enabling precise control of pump speeds. VFD technology adjusts the speed of the pump in real-time, ensuring optimal performance across different dredging conditions. This innovation helps reduce mechanical wear and tear, prolonging the life of the pump.

Durability and Reliability in Dredging Booster Pump Materials

Innovations in materials have significantly improved the durability and reliability of dredging booster pumps. Advanced coatings and corrosion-resistant materials are now used to prevent wear and extend the operational lifespan of pumps, especially in harsh marine environments. These upgrades ensure that the pumps can withstand the stresses of continuous use in challenging conditions.

Integration of Automation in Dredging Booster Pumps

Automation plays a critical role in enhancing the functionality of dredging booster pumps. With automated systems, the operation of these pumps can be controlled remotely, reducing the need for manual intervention. Automation also allows for better synchronization of pump performance with other equipment on the dredging vessel, optimizing the entire dredging process.

Conclusion

As the dredging industry continues to embrace new technologies, the role of innovative dredging booster pumps becomes more pivotal. These pumps not only improve operational efficiency and reduce environmental impact but also offer greater reliability and cost-effectiveness. With ongoing advancements, the future of dredging operations looks brighter, with more sustainable and high-performance solutions on the horizon.

[crystalherbalism]

Innovative Technologies in Dredging Booster Pumps

Innovative technologies in dredging booster pumps are enhancing efficiency and performance in dredging operations. Advances include intelligent pump control systems for optimized flow and pressure, wear-resistant materials for longer lifespans, and remote monitoring capabilities for real-time diagnostics. These innovations not only increase operational efficiency but also reduce downtime and maintenance costs, making modern dredging booster pumps a crucial asset in large-scale marine and environmental projects.

Enhanced Efficiency with Advanced Dredging Booster Pump Design

Innovations in the design of dredging booster pump have significantly improved their efficiency and performance. Modern designs incorporate advanced engineering principles to optimize the pump’s hydraulic performance, reducing energy consumption while maintaining high output. Computational fluid dynamics (CFD) simulations are now used to refine pump designs, resulting in enhanced flow characteristics and reduced turbulence. These advancements lead to more efficient dredging operations.

Automation and Remote Control in Dredging Booster Pumps

The integration of automation and remote control technologies has revolutionized the operation of dredging booster pumps. Automated systems enable real-time monitoring and control of pump performance, allowing operators to make adjustments remotely. This level of control ensures optimal pump operation, reducing the risk of downtime and increasing overall efficiency. Remote monitoring capabilities also provide valuable data on pump performance, enabling predictive maintenance and early detection of potential issues. These innovations in dredging booster pump technology enhance operational efficiency.

Energy Efficiency and Sustainability in Dredging Booster Pumps

Energy efficiency and sustainability have become key focus areas in the development of dredging booster pumps. Modern pumps are designed to minimize energy consumption without compromising performance. Variable frequency drives (VFDs) are now commonly used to adjust pump speed according to the dredging requirements, optimizing energy use. Additionally, the use of eco-friendly materials and manufacturing processes reduces the environmental impact of dredging operations.

High-Performance Materials in Dredging Booster Pumps

The use of high-performance materials in the construction of dredging booster pumps has greatly enhanced their durability and reliability. Materials such as high-chromium alloys and composite materials offer superior resistance to abrasion and corrosion, extending the lifespan of the pumps. These materials are designed to withstand the harsh conditions of dredging environments, ensuring consistent performance over prolonged periods. The incorporation of advanced coatings and surface treatments further enhances the wear resistance of critical pump components.

Intelligent Monitoring and Diagnostic Systems for Dredging Booster Pumps

Intelligent monitoring and diagnostic systems have become integral to the operation of modern dredging booster pumps. These systems utilize sensors and data analytics to provide real-time insights into pump performance and health. Predictive maintenance algorithms analyze data from the pumps to identify potential issues before they lead to failures, allowing for proactive maintenance and reducing downtime. The integration of Internet of Things (IoT) technology enables remote monitoring and control of dredging booster pumps, enhancing operational flexibility.

Customization and Modular Design in Dredging Booster Pumps

Customization and modular design are key trends in the development of dredging booster pumps, allowing for tailored solutions to specific dredging challenges. Modular designs enable the easy replacement of individual pump components, reducing maintenance time and costs. Customization options include varying pump sizes, configurations, and materials to suit different dredging conditions and requirements. These innovations in dredging booster pump technology provide greater flexibility and adaptability.

Future Trends and Innovations in Dredging Booster Pump Technology

The future of dredging booster pump technology is marked by ongoing advancements and innovations aimed at further enhancing efficiency, sustainability, and performance. Research and development efforts are focused on developing more energy-efficient pumps, incorporating renewable energy sources, and leveraging artificial intelligence (AI) for smarter pump operation and maintenance. Emerging technologies such as additive manufacturing (3D printing) are being explored to produce complex pump components with greater precision and reduced lead times.

Conclusion

Innovative technologies in dredging booster pumps have transformed the landscape of dredging operations, offering enhanced efficiency, durability, and sustainability. Advances in design, automation, energy efficiency, materials, monitoring systems, customization, and future trends all contribute to the effectiveness of modern dredging booster pumps. These innovations ensure that dredging projects can be executed with greater precision and reliability, meeting the evolving demands of the industry.

[aeliya888]

Sustainability Initiatives by Industrial and Marine Automation Suppliers

In an era where environmental sustainability is paramount, industrial and marine automation suppliers are playing a pivotal role in driving eco-friendly practices and innovations. These suppliers are not only focusing on enhancing operational efficiency but are also committed to reducing the environmental footprint of their products and services. This article delves into the various sustainability initiatives undertaken by industrial and marine automation suppliers and highlights their contributions to a greener future.

1. Energy-Efficient Solutions

One of the primary sustainability initiatives by automation suppliers is the development of energy-efficient solutions. By designing systems that consume less power and operate more efficiently, suppliers help industries reduce their energy usage and associated carbon emissions. For instance, advanced industrial equipment such as variable frequency drives (VFDs) and energy-efficient motors are now standard offerings from leading suppliers. These technologies optimize energy consumption in manufacturing processes, leading to significant energy savings.

In the marine sector, automation suppliers are developing energy-efficient propulsion systems and optimized route planning software. These solutions help vessels minimize fuel consumption and reduce greenhouse gas emissions, contributing to more sustainable maritime operations.

2. Renewable Energy Integration

Automation suppliers are increasingly focusing on integrating renewable energy sources into their systems. For industrial applications, this means developing automation solutions that can seamlessly integrate with solar, wind, and other renewable energy sources. These systems not only reduce reliance on fossil fuels but also promote the use of clean energy in manufacturing processes.

In the marine industry, suppliers are working on hybrid propulsion systems that combine conventional engines with renewable energy sources such as solar panels and wind turbines. These hybrid systems reduce fuel consumption and emissions, making maritime operations more sustainable.

3. Waste Reduction and Recycling

Reducing waste and promoting recycling are crucial components of sustainability initiatives by automation suppliers. In industrial settings, suppliers are developing systems that optimize material usage and minimize waste generation. For example, precision automation equipment ensures that raw materials are used efficiently, reducing scrap and rework. Additionally, some suppliers offer recycling programs for obsolete or end-of-life automation equipment, ensuring that these materials are properly disposed of or repurposed.

In the marine sector, automation suppliers are introducing waste management systems that help ships manage and reduce onboard waste. These systems include advanced sorting and compacting technologies, making it easier to handle waste sustainably and comply with international maritime regulations.

4. Sustainable Product Design

Automation suppliers are increasingly adopting sustainable design principles to create eco-friendly products. This includes using environmentally friendly materials, designing products for longer lifespans, and ensuring that products are easily recyclable at the end of their life cycles. Sustainable product design reduces the environmental impact of manufacturing and ensures that automation systems contribute to a circular economy.

For instance, some industrial automation suppliers are using biodegradable materials and components that can be easily disassembled and recycled. In the marine industry, suppliers are designing automation systems that are more durable and require less maintenance, reducing the frequency of replacements and the associated environmental impact.

5. Carbon Footprint Reduction

Automation suppliers are actively working to reduce their carbon footprint and help their customers do the same. This includes implementing energy-efficient manufacturing processes, using renewable energy sources in their operations, and offsetting carbon emissions through various initiatives such as reforestation projects.

Suppliers also offer solutions that enable industries to monitor and manage their carbon emissions. Advanced data analytics and monitoring systems provide real-time insights into energy usage and emissions, allowing companies to identify areas for improvement and implement strategies to reduce their carbon footprint.

6. Water Conservation

Water conservation is another key focus area for automation suppliers. In industrial settings, suppliers are developing automation systems that optimize water usage and reduce waste. This includes advanced water recycling and purification systems that ensure water is used efficiently and sustainably.

In the marine industry, suppliers are introducing technologies that reduce water consumption and manage wastewater more effectively. For example, automated ballast water management systems ensure that ships comply with international regulations and minimize the impact on marine ecosystems.

7. Sustainable Supply Chain Practices

Automation suppliers are also promoting sustainability throughout their supply chains. This includes sourcing materials from environmentally responsible suppliers, reducing transportation emissions, and implementing sustainable packaging practices. By adopting sustainable supply chain practices, suppliers ensure that their products have a lower environmental impact from production to delivery.

Many suppliers are also engaging in partnerships and collaborations with other organizations to promote sustainability across the industry. These collaborations include initiatives to develop industry-wide standards and best practices for sustainable manufacturing and maritime operations.

8. Employee Engagement and Corporate Social Responsibility

Sustainability initiatives by automation suppliers extend beyond environmental practices to include social responsibility and employee engagement. Suppliers are investing in programs that promote environmental awareness and sustainability among their employees. This includes training programs, sustainability committees, and employee-led initiatives that contribute to the company's overall sustainability goals.

Moreover, many suppliers are actively involved in corporate social responsibility (CSR) initiatives that support environmental conservation, education, and community development. These initiatives demonstrate a commitment to sustainability that goes beyond business operations and positively impacts society.

Conclusion

Industrial and marine automation suppliers are at the forefront of driving sustainability in their respective industries. Through energy-efficient solutions, renewable energy integration, waste reduction, sustainable product design, carbon footprint reduction, water conservation, sustainable supply chain practices, and corporate social responsibility initiatives, these suppliers are making significant contributions to a greener future.

As the demand for sustainable practices continues to grow, automation suppliers will play an increasingly vital role in helping industries achieve their environmental goals. By embracing sustainability, these suppliers are not only enhancing their competitiveness but also paving the way for a more sustainable and environmentally responsible world.

[invertek]

VFD Circuit Design (Continued) - Variable Frequency Drives

The VFD Exchange

[monarckacademy]

Digital marketing courses

IPCS Global Kollam 

About our Company

IPCS Global is a modern and research-focused organization that provides ideal automation solutions to a wide range of industries, including but not limited to construction, software, and marine engineering. We have been offering industries services ranging from proposing and installing to absolute commissioning of automated systems, completely adhering to industry standards. Our expertise is in Process Automation, Factory Automation, Machine Automation, CNC solutions, Building Management Systems, Energy Management, the Internet of Things, Robotics, Industrial Calibration and Testing. HMI systems, DCS systems, Supervisory Control and Data Acquisition (SCADA), drives, sensors, PLCs, and many other devices are among the many offerings that IPCS offers to its clients.In addition to all of the above, we also provide a number of training courses for professionals in the fields of PLC, SCADA, DCS, HMI, Drives, Panel Designing, Process Control, Electric Controls, Embedded, Robotics, Industrial Networking, Internet of Things, IT, and Digital Marketing in corporate settings. Business Networking

IPCS began operations in 2008 in Kochi, the ancient port city of Kerala, India. It commenced off as a tiny business executing industrial automation projects for significant customers. Driven by the commitment we make to nurturing the youth and perceiving the need for trained individuals working in the automation industry.

Our Courses 

DIGITAL MARKETING 

          Currently, Experts in digital marketing are constantly in great demand, and businesses continuously search for competent people to expand their businesses through the internet. The entire framework of this sophisticated digital advertising education program hinges on live sessions and project implementation in real time. The main selling point of this diploma program is that enrollment doesn't require a higher degree; all that's needed is a desire and interest in learning about the cutting edge of the digital world. Delivering a comprehensive three-month program in digital marketing has demonstrated its ability to develop exceptionally skilled candidates in this field. The benefit of individualized lesson plans and content will facilitate easy learning. One will differentiate themselves from the competition in the field of digital marketing by obtaining additional technical qualifications.

INDUSTRIAL AUTOMATION

                The company IPCS Global is well-known for its proficiency in providing services and training pertaining to industrial automation. Recent technological innovations and patterns needed to compete in the exceedingly competitive fields of PLC, SCADA, DCS, HMI, VFD, Panel Design, and Electrical Controls are covered in our training programs. Our training programs are designed to be practically oriented, with an aim of training individuals and newcomers equally to allow them to surpass standards set by the industry. The list of programs that are specifically designed for professionals, industry experts, or beginners is provided below.

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CCTV & SECURITY SYSTEMS

                         Using its extensive industry expertise in the automation field, IPCS offers a range of training programs designed specifically for professionals, corporations, and educational institutions. IPCS offers a calm and engaging learning atmosphere that supports students' growth as leaders, professionals, and thinkers. In the fiercely competitive fields of automation and embedded technologies, our training programs offer the finest practices for the newest innovations, trends, and problems. Security system and CCTV training, security system and CCTV courses, and security system and CCTV institute.

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[afterthegreatunknown]

asoue au where gregor anwhistle is alive and the stepfather of fernald and fiona, part one:

in a ripple effect that can't be explain, the mother of fernald and fiona -frigga- still in the process of a divorce with her husband thursday, despite it seemingly confirming the so-call rumor she cheated on thursday with gregor and said rumor ruined her marriage, frigga decides to go after gregor.

gregor is a handsome man that while not frigga's personal taste, is still eye-catching. and gregor is an intelligent man she gets along with well, as work associates and regular associate. and her children (well, fernald at least) knows him, as well as like him. or at least has no complaints with him.

of course, the problem at hand is that frigga doesn't know if gregor thinks of her other than a work associate. so it surprises her when gregor agrees to go on a date with her one afternoon, and then another a few days later in the evening.

it was the second date that has frigga finally popping the question of them becoming a couple. gregor agrees with no hesitation.

gregor, despite having feelings for a certain no hesitating submarine captain, knows that his feelings will never be return. gregor knows that widdershins doesn't and will never, see him in a romantic light.

so gregor figures, if he has to spend the rest of his life with someone, frigga would do. she's someone who his mother would approve of, ignoring the small age difference. and frigga is someone he does gets along with well, as a work associate and as a regular associate.

with frigga and thursday's divorce finally settled, frigga and gregor go on several more dates, before deciding to get marry. it was in the papers, for the anwhistle name is quite well-known, and it is a family in the organization that is old and such has lots of respect.

and such respect has the organization willingly to be more accepting of the volatile fungus deportation project. it was a project that had a couple of great intelligent working on that is thought of to be grand. it would the thing that ends the schism once and for all!

but it didn't. it instead created a schism within a schism. some of gregor and frigga's associates thought it dangerous. that the couple was playing with fire, and would destroy everything.

associates like kit snicket. associates like widdershins.

kit and widdershins and others of gregor's generation came together, and agree that the anwhistle couple must be stop. after a long time planing, with the help from one of gregor's brother who was going to be leaving the city and relocated to a village in the hinterlands, widdershins and another associate was able to sneak into anwhistle aquatic late one night, ready to destroy the fungus.

said other associate was a vfd superior of frigga's generation: ishmael. kit and widdershins and everyone else in the know were wary of his presence. he was vocal about his his dislike for the volatile fungus deportation project, but never he tried to go persuading his associates to turn against the idea.

still, having one associate of frigga's generation gave the group the confidence they need to sneak into anwhistle aquatic.

but gregor and frigga knew of the plan. or at least, suspected it. gregor's other brother and his wife, while disagreeing with the idea of the mycelium, didn't like the idea of losing family, especially in a violent matter. they told gregor about the possibility of someone going after him and his wife, and told them to be careful.

gregor and frigga didn't want to lose their lives' work, especially to those they thought they could trust. such perspective betrayal had the confrontation between the four ending in fire and death.

ishmael barely escaped with his life due to finding the one working bathyscaphe that the marine research center and rhetorical advice service had. not before setting a fire without mercy, wanting to spite gregor for what he had done, to the organization, and himself.

gregor escaped the fire by stealing the queequeg, crying his eyes out for the betrayal and lost of the one person he truly loved. while never having proper submarine training, he did had a few lessons underneath his belt due to widdershins' teaching him.

frigga was injured by ishmael via gunshots, for ishmael brought a revolver. the blood loss had her dying before the fire. but she would have perished in the fire anyway if she wasn't shot, risking her life to save her research, forgetting about her children at home.

as for widdershins, gregor in the confrontation grabbed a sample of an prototype fungus on his desk, and shoved it into widdershins' mouth, forcing the man to swallow it. then, gregor pushed him out the top window. if the fall didn't kill widdershins, the mycelium did.

despite having a surname that is associated with being unlucky, widdershins got all the luck in the world that night.

gregor's brother hector, the one who helped kit and widdershins and others, had a feeling something would go wrong. on the night he was suppose to leave, hector instead stole a boat, and went to anwhistle aquatic, just in time to see the flames engulfing the center in the early morning. in the distance, he sees a floating body.

the body floating by, is widdershins. hector rushes to bring the man aboard, and in his horror, sees widdershins is infected not just by the fungus, but the prototype, which is more volatile. it's growing out of his mouth, trying to take over his entire body.

it's a lucky thing that hector came prepare with a jar of grated horseradish. hector was able to cure widdershins of the prototype, though he now has 'scars' on his neck, his chest and stomach, and almost all of his left arm.

hector eventually does as he was told. he relocate to the village of fowl devotee, and he takes widdershins. hector asked widdershins upon their return back to hector's soon-to-be-former apartment, if he wants to leave with him, and widdershins agrees with no hesitation. he feels no loyalty and love to the organization that saved him, even to the man he calls father. the two go to the village, after some careful paper work that has widdershins going back to his biological name. widdershins is no longer v. widdershins.

widdershins is now back to veasna heng. most people refer to him as heng, for they can't pronounce his first name. well, except hector. and hector has the honor of still being able to call widdershins 'widdershins', at least when alone together. hector had fears the other man wouldn't like to be call by his old surname, but widdershins told hector that he can be the exception.

the village had initial objections to hector bringing in an outsider they weren't inform of, but they accepted the outsider after they got him on the platform, and questioned him nonstop to learn anything about him. hector was quite worry the elders would reject widdershins, or that widdershins would get himself into trouble and burn at stake.

with the elders accepting widdershins, hector can finally take his place as the handyman, with widdershins as his assistant.

hector quite likes living far away from the city, and the ocean. most importantly, hector likes having the company of widdershins. with widdershins around, hector has something to talk to, to vent to. hector realizes that he has someone to comfort him when thinking of past that has hector feeling close to tears. having widdershins around has hector realizing his dream of living in his self-sustaining hot air mobile home would be incomplete without company.

widdershins dislikes the hinterlands, for it's far from his element of the water, and it rarely rains. when it rains, it's short or too long and muddy. being around hector though, widdershins can forget his element, and the pain it caused. widdershins feels while not a different person, feels better than he had in years. being around hector has widdershins realizing that there's more to life than he once thought, and that he doesn't want it to disappear.

one day hector does a grand proposal; if hector has to spend his life with one person, it would be widdershins, flaws and all.

and widdershins didn't hesitate to say yes; if widdershins has to spend his life with one person, it would be hector, faults and all.

with their decision made, the two soon spend their days repairing and taking care of the village, as well as building the self-sustaining hot air mobile home, ready to escape and be free of the past, ready to start a new life together.

at least until three orphans decided that the village of fowl devotee be their new home. at least until another familiar face shows up, with hector and widdershins doing their best to defend the three children who were accused of killing said familiar face, and failing.

hector and widdershins realize as they escape the village with duncan and isadora quagmire, force to leave the baudelaires on land, that they can't escape the vfd. they see it's catching up to with them, and it reveals itself at open sea where it all began.

(it's always the ocean.)

[sanilahorizonks]

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