Maintaining An Oily Water Separator: 6 Key Parts to Replace on Time

Your oily water separator is an integral part of your vessel’s bilge water treatment system. Consisting of a separator unit, a filter unit, and an oil level monitoring-and-controlling unit, your separator will work to coalesce, filter, and remove impurities and oil from your bilge water. The result? You’ll be able to safely discharge water overboard as long as the oil content is within appropriate limits. 

That all sounds great, but what happens if your oily water separator malfunctions or turns faulty? At the very least, you could be at risk of breaching International Maritime Organization (IMO) guidelines, which could, in turn, put you at risk for steep fines. Maritime regulations dictate that discharged water must have an oil content of less than 15 ppm. Your oily water separator must be working well in order to help you meet that goal and avoid getting in trouble with your local authorities. 

If you enjoy avoiding fines and being in charge of a vessel that’s running like clockwork, it’s well worth investing in oily water separator maintenance. One key part of this maintenance is replacing spare parts on time. This can get confusing, but, fortunately, the experts at H2O have your back. Here’s what you need to know about spare parts and replacement schedules for your oily water separator.

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Oily Water Separators: How to Size A Bilge Water Treatment System

An oily water separator is a component of your vessel’s bilge water treatment system responsible for removing oil from bilge water. This type of system is crucial for the function of your vessel—and crucial for your bottom line because failing to discharge water safely can result in steep fines. 

Maritime regulations state that the oil content of your discharged water must be less than 15 ppm. Your oily water separator can help you achieve that goal, but only if it’s up to the task and properly sized for your system and your needs.

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3 Reasons Your Boat Needs a New Marine Sanitation Device

Your vessel’s marine sanitation device (MSD) is a piece of equipment that has specifically been designed to treat and discharge your sewage in a safe—and compliant—manner. Not only is your MSD important for keeping you and your crew safe and sanitary, but it’s also vital for helping you avoid pesky and expensive Coast Guard fines. 

If your MSD isn’t working properly, you’re going to need to fix it. However, there are some times when you don’t need a fix—instead, you need a new MSD. These devices don’t last forever! Even high-quality marine sanitation devices have an expiration date. 

Updating or even upgrading your MSD on a regular basis is crucial for the health and safety of your vessel. By keeping your MSD up to date or even getting a better one, you’ll avoid myriad unsanitary scenarios. You’ll be better able to keep up with the growing needs of your crew. And, because you’ll be complying with boat sewage regulations and avoiding fines, you’ll be helping out your bottom line. 

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2022 Boat Sewage Regulations: What Boat Owners Need to Know

Boat owners or rig operators face stern boat sewage regulations and steep repercussions surrounding the use of their marine sanitation device.  There are many good reasons for this. For one, if you’re operating a sewage marine sanitation device, you want to make sure that you’re keeping the environment around your boat safe for the good of everyone, including yourself.

In order to ensure that everyone in U.S. waters follows the same rules, the United States Coast Guard (USCG) issues a set of regulations for appropriate marine sanitation device use. The International Maritime Organization (IMO) and the Environmental Protection Agency (EPA) also have comprehensive, easily accessible information to ensure that everyone knows how to make the sea a safe place for everyone to be. 

What are these boat sewage regulations? Do they apply to every marine sanitation device (or all types of MSDs?) Are there any updates boat owners need to know about for 2022? Have the events of the past few years have any impact on marine sanitation device use, or best practices for managing safe discharge? What can happen if you aren’t in compliance—and what do you need to do to ensure that you aren’t going to get slapped with any hefty fines? We’ll cover all of this and more in this handy guide.

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Marine Watermakers: How to Select the Right System

Marine watermakers provide reliable fresh water and, in some circumstances, potable water for your operation. Since they support your operations with such crucial functionality, marine watermakers are an important investment. If you select the right one, you can enjoy its benefits for decades.

Selecting the wrong one can lead to confusion, demanding maintenance procedures, and the eventual need to purchase another watermaker sooner than you would like.

When people cut corners to save on costs, such as the focusing only on initial cost of acquiring a marine watermaker, for example, they can see increased operational expenses instead of extended savings. 

Fortunately, if you select the right watermaker system, you can expect long-term function.

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Oily Water Separators: How Do Bilge Water Treatment Systems Work?

Wondering what an oily water separator is and how it benefits your vessel?

This type of water treatment system is responsible for removing oil particles from bilge water. Oily water separators that adhere to the IMO MEPC standards are specifically designed to be used in machinery space bilges of ships, making a system of this caliber an essential component of your vessel—especially if you enjoy avoiding fines. 

In order to discharge water safely from your ship, you’ll need to comply with all maritime regulations for doing so. This is where an oily water separator comes in. Current maritime regulations state that the oil content in discharged water must be less than 15 ppm. In order to stay in compliance and avoid fines, you need a system to treat your oily bilge water to get to that standard before discharging.

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Cost Drivers of an Electrochlorination System

Your electrochlorination system is a big investment – one where the project specifications play a huge role in the system cost.

A high-quality electrochlorination system passes an electric current through salty water. By doing so, an electrochlorination system produces hypochlorite that is used to prevent biofouling

Many owners do not understand how much of an impact that required project specifications have on the purchase price for these systems. Sometimes customer specifications and standards can double or even triple standard system costs! Let’s talk about the system components that drive these costs so you can understand your investment or take steps to make yours as economical as possible - while still meeting all necessary standards.

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H2O, LLC Acquires BOSS Separators Assets from Recovered Energy, Inc.

H2O LLC — an innovative provider of top-tier potable water, electrochlorination, and sewage treatment systems for marine vessels and offshore oil and gas platforms — today announced that it has acquired the assets of BOSS Separators, oily water separators designed for the marine industry, from Recovered Energy, Inc. The BOSS Separators brand will remain intact and become a product of H2O LLC.

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Acid Cleaning Electrochlorination Cells in a Hypochlorite Generator

When it comes to effective biofouling control, there are few components more essential to your system’s processes than electrochlorination cells. These cells generate chlorine that can help prevent inefficient, expensive system downtime by controlling biofouling organisms such as barnacles, mussels, and film-forming microbes. 

As electrochlorination cells do their work, they will produce byproducts called hydroxides. These can clog the cells , resulting in inefficiency and even failure. 

To make sure that your electrochlorination cells can do their jobs correctly, you need to perform consistent maintenance. The most important part of that maintenance involves removing hydroxide deposits through effective cleaning practices. If you do, your electrochlorination cells and hypochlorite generator will be able to operate continuously for years. 

Buy PEPCON Cell Cleaner NowThe alternative? A very costly—and premature—replacement. Let’s discuss the best way to avoid that outcome through regular acid cleaning practices.

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How Electrochlorination Systems Work to Prevent Biofouling

Water, water, everywhere: When you’re at sea, one of the most precious commodities you need to produce and protect is, somewhat ironically, clean water. Your offshore rig or vessel depends upon disinfected, pure seawater to keep all of your seawater utility systems running safely and efficiently. One way to ensure effectiveness and efficiency is to reduce or prevent any instances of biofouling in your rig’s seawater utility systems.

Your vessel’s electrochlorination units work to reduce biofouling in your system’s pipes, heat exchangers, and firewater systems. These treatment systems also prevent biofouling in your system’s pipes, pumps, and heat exchangers. It even reduces corrosion from microbes present in seawater, leading to system durability and longevity. 

In short, investing in a good electrochlorination system is a good way to ensure that your rig’s seawater utility systems run smoothly. 

Interested in what’s going on behind the scenes? Here’s what you need to know about how electrochlorination systems work:

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