#magnesium chloride granules

[pigeonflavouredcake]

I'm procrastinating my grimoire section on baneful magic so I wrote about salt instead

Salt is another incredibly common tool used by practitioners, second only to candles. Salt is often referred to as a pure element by practitioners due to the harvesting process. This makes salt the basis for many spells and rituals, using it to cleanse vessels, represent earth or given as offerings. Because it doesn’t go off or get mouldy it is a great tool to have in your arsenal.

Types of Salt

Black Salt: There are two types of black salt, witches black salt; a mixture made by the practitioner using their choice of salt and ash from coal or incense, this type of salt is inedible and is an option for banishment spells and baneful magic. The other type is kala namak or Himalayan black salt; a kind of rock salt with a dark red/purple hue harvested in northern India and Pakistan around the Himalayas. Kala namak is composed of sodium chloride, iron sulphide which gives the product its purple colour and hydrogen sulphide which gives it its strong smell and savoury taste. (Krishna, K. 2021) 

In cooking, kala namak can be used to replace regular table salt. The hydrogen sulphide can result in an eggy flavour so it is best used sparingly in savoury dishes. You can find it online or from Asian food or health food markets.

Pink Salt: Pink salt or Himalayan salt is a type of rock salt mined in Pakistan near the foothills of the Himalayas. It gets its pink colour from the trace minerals of potassium, magnesium and calcium. Like regular table salt, pink salt contains 98% sodium, because the additional trace minerals are so small there are no proven health benefits to using pink salt over table salt. (Leonard, J. 2018.)

In cooking, pink salt can be used in replacement for regular table salt but due to the larger surface area of the granule compared to table salt granules I recommend using slightly less than required. Pink salt typically has a stronger flavour with a slight metallic after taste. It is often used in love spells because of its pink colour. You can find it in your local supermarket in the 'continental' section. 

Red Salt: Red salt, also called Alaea salt or Hawaiian red salt, is a bright red and unrefined sea salt rich in iron oxide it gets from being rolled in alaea clay found in the Waimea mountains of Hawai'i. Alaea salt is used in traditional Hawaiian practices for blessings, purifying and healing, the religious/spiritual use of Alaea salt is exclusive to Hawaiian culture. Because Alaea salt doesn’t meet U.S food grade requirements it is not commercially sold. (University of Hawai’i)  

Rock Salt: Rock salt (not edible) is typically produced through blast or drill mining; the process is done in stages, first a cut is made in the face of the rock to allow space for drilling and blasting, the next stage, holes are drilled into the face that are then filled with explosives and fired. After the blast the resulting roof is scaled to remove any potential loose debris. The fragments of salt are then hauled on to trucks to be transported to a crushing plant. When they are crushed they’re mixed with anticaking agent to prevent the salt from recrystallizing, it is then stored and shipped. (Irish Salt Mining)  

The salt produced is not safe for consumption and is instead used to grit and de-ice surfaces in the winter, it can also be used for grounding and protective spells like sprinkling it at your front door. You can find it in your local supermarket or hardware store under rock salt, road salt or de-icing salt. 

Sea Salt: Sea salt is the name given to salt harvested from sea water via evaporation. Depending on the climate of the company’s farm, the evaporation process can either be man made or entirely solar based, sea water is collected, filtered for impurities and left under a heat source to reduce the water level and saturate the brine, the brine is then moved to be crystalised where more heat is applied, as salt crystals star forming, they’re harvest and separated, some are then processed with an anticaking agent before being packed and shipped, some are left alone. (Cornish Sea salt Co.)

Sea salt production has been around since the 5th Century BC, being mentioned in the Buddhist scripture, Vinaya Pitaka. (Prakash, O. 2005. p 479) 

The religious use of sea salt varies widely depending on the culture but in general neo-pagan practices sea salt is often given as an offering to the gods. In cooking, sea salt and table salt can be used interchangeably as they have the same nutritional value.

Table Salt: Table salt is your standard refined salt that is typically mined. Table salt production requires turning salt from chunks, to flakes and then finally to granules followed by anti-caking agent to prevent it from recrystallizing.

The standard use in cooking is to reduce the sweetness of dishes, salt also helps create a stronger flavour by decreasing the water content as you cook, concentrating the flavour.

Everything is great in moderation so take care of how much salt you consume on a regular basis. The NHS suggests adults should be eating no more than 6g (1 teaspoon) of salt per day, a diet high in salt correlates to high blood pressure and increases risks of heart disease and strokes. (NHS. 2021)

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References

Cornish Seasalt Co. (DNA). How is Sea Salt Made?. Cornish Seasalt Co. cornishseasalt.co.uk [Webpage]

Irish Salt Mining & Exploration Company LTD. (DNA). Process. Irish Salt Mining & Exploration Company LTD. irishsaltmining.com [Webpage]

Krishna, K. (2021). Kala Namak/Black Salt: How It Is Made, Nutritional Values, Benefits for Health, Skin and Recipes. NetMeds. Netmeds.com [Webpage]

Leonard, J. Olsen, N. (2018). Does Pink Himalayan Salt Have any Health Benefits?. Medical News Today. medicalnewstoday.com [Web Article]

NHS. (2021). Salt: The Facts. nhs.co.uk [Webpage]

Prakash, O. (2005). Cultural History of India: Food and Drinks (800 B.C. to 300 B.C.). New Age International. India [Book]

University of Hawai’i. (DNA). Exploring our Fluid Earth. Teaching Science as Inquiry: Traditional ways of Knowing: Salt Harvesting. University of Hawai’i. manoa.hawaii.edu [Webpage]

[thefertilizermachine]

What kind of granules can be produced by the double roller granulator?

The double roller granulator is a new type of granulator developed by the chemical fertilizer industry. Whether you are producing compound fertilizer or NPK fertilizer, our twin-roller granulator can meet your needs. It can also be used to produce special compound fertilizers with high, medium and low concentrations. It is an indispensable equipment for npk fertilizer production line. Others can also be matched with it to form a production line with continuous and mechanized production capacity.

Double roller granulator is an essential machine for compound fertilizer production. This machine can produce high, medium and low concentration special compound fertilizer granules. Using double roller granulator equipment, compound fertilizer granules such as urea, zinc sulfate, potassium chloride, ammonium bicarbonate, ammonium sulfate, magnesium sulfate, and sodium chloride can be obtained.

This machine is suitable for npk production line. With the help of a double-roller granulator, the high-quality ammonium phosphorus and potassium fertilizer granules are rolled into shape at one time. In other words, it can help you improve your granulation efficiency.

Our twin roll granulator has wide applicability. It can also granulate raw materials for chemical, pharmaceutical and metallurgical granules. In addition, since our double roller granulator adopts the method of physical extrusion, the nutritional content of these raw materials can be preserved after using this machine.

How does double roller granulator work in your fertilizer production? You can put the mixed materials from the feed hopper into the twin-roll granulator, and use the strong power of two counter-rotating rollers to squeeze these materials. Under the strong extrusion force, the mixed material can become a cake. Through the conveyor chain, the counter-rotating crushing rollers crush the lumpy mixed material. After screening, the high-quality granular fertilizer can be discharged from the discharge port. At the same time, raw materials are mixed with new materials and re-granulated. The granulation process is completely completed. In addition, because the material continuously enters the feeding hopper under the action of the driving motor, the twin-roller granulator can achieve the purpose of mass production.

[hqhifertilizermachinesblog]

Working principle of Fertilizer Granules Compaction Machine:

Fertilizer Granules Compaction Machine is the use of pressure to directly squeeze the material into the finished product granulation process, especially suitable for the granulation of thermal sensitive materials. There are usually two types of extrusion machinery: one is the push type granulator; The other is Fertilizer Granules Compaction Machine. The two types have various forms due to their different structures. The water content of the feed of the push and press type extrusion granulator is usually 5% ~ 8%, and the cylindrical product is obtained after extrusion, and the compound fertilizer product with water content less than 5% is obtained by cooling. The water content of the feed of the pelleting Fertilizer Granules Compaction Machine can be lower, foreign reports can be between 0.5% and 1.5%, the belt material obtained by extrusion is broken by the Chain Crusher, and the double screen is screened to get the bulk or compound fertilizer products with edges and angles. The fine powder after crushing is returned to the extrusion machine for pelleting. Coarse blocks are then returned to the Chain Crusher for crushing. Because the product contains low moisture, it does not need to be dried. The granulation rate is usually about 85%.

The extrusion granulation process of compound Fertilizer with an annual output of 10,000 to 20,000 tons is shown in the figure below (NPK Fertilizer Production Line) :

Due to the precipitation of water during the reaction process, the material becomes thin, wet and sticky. At the same time, the decomposition rate of urea increases, making granulation impossible. Therefore, in the formulation must be equipped with human calcium magnesium phosphate fertilizer or other fertilizers, such as potassium sulfate and potassium chloride.

In the extrusion granulation process, two basic fertilizers, calcium superphosphate and urea, cannot be used alone for production, because calcium superphosphate contains free acid, which chemically reacts with urea during extrusion as follows: H3PO4+CO (NH2) 2→CO (NH2) 2·H3PO4

Process analysis of Fertilizer Granules Compaction Machine production line

Selection of appropriate raw materials and preparation of mixtures are important factors in the production of qualified extruded fertilizers. Some raw materials can be mixed and extruded according to their respective characteristics. Such as potassium chloride, ammonium sulfate and urea are raw materials with good extrusion properties. Super phosphate, lime nitrogen [calcium cyanamide (CaCN2)], hard boron calcium stone and phosphate rock can be extruded, but they do not have as good extruding performance as the above raw materials. However, some fertilizers, such as super phosphate, can be pre-dried or extended its ripening period to improve its extruding performance. In terms of raw materials, other factors that affect the extrusion performance of products include: particle size distribution, moisture content, temperature, plasticity and hardness. Extrusion operation conditions include pressure, roller diameter and speed, roller surface and spacing between two rollers, etc. The PRACTICE SHOWS THAT USING ammonium sulfate, diam monium phosphate, super PHOSPHATE, potassium CHLORIDE and UREA (MOISTURE ≤1.5%) as raw materials, THE PRODUCTION of 13-13-21 and 15-15-15 compound fertilizers has obtained satisfactory results.

The materials that have been used for extrusion granulation are as follows:

Ammonium chloride urea monoammonium phosphate ammonium sulfate + dicyandiamide (cyanoguanidine)

Ammonium sulfate urinary aldehyde diammonium sulfate lime nitrogen [cyanamide calcium (CaCN2)]

Calcium sulfate phosphate ore vanadium sulfate gypsum (CaSO4·2H2O) peat mixture

Limestone heavy ore potassium chloride potassium chloride + trace element fertilizer

Organic fertilizer potassium sulfate NPK magnesium mixed fertilizer

Slow-acting fertilizer Port Gate phosphate fertilizer (acid slag)

Fertilizer Granules Compaction Machine has a wide range of applications and can graninate a variety of raw materials. So it is also known as ammonium sulfate compound fertilizer dry extrusion granulator, Fertilizer Granules Compaction Machine, potassium magnesium fertilizer Fertilizer Granules Compaction Machine, calcium chloride Fertilizer Granules Compaction Machine, dry ammonium sulfate roller granulator, compound fertilizer roller granulator, ammonium sulfate granulator, compound fertilizer extrusion granulator.

[ggbsmax]

Comprehensive Guide to Ground Granulated Blast Furnace Slag (GGBFS) and Its Market Dynamics

The construction industry has always been on a constant lookout for new and improved materials that can boost the effectiveness of structures in terms of endurance and efficiency. Ground Granulated Blast Furnace Slag Supplier has become very important compared to the others. Here, we aim to provide an overview of GGBFS by expounding on the importance of Ground Granulated Blast Furnace Slag, GGBFS uses, GGBFS market trends, GGBFS suppliers, and factors affecting Granulated Blast Furnace Slag Price.

A conceptual analysis of ground granulated blast furnace slag

GGBFS is a by-product of the iron-making industry, which is also referred to as ground granulated fine blast furnace slag. When processing iron ore, limestone and coke in a blast furnace, the unwanted matter forms something called ‘slag’. When this slag is rapidly quenched with water, it produces granules, which, when subjected to drying and grinding, yields a fine powdery substance known as GGBFS. The product is provided by the Ground Granulated Blast Furnace Slag Supplier and mainly composed of calcium, silicon, aluminum, and magnesium oxides, which makes it quite reactive and is therefore employed in cement and concrete industries.

Benefits of GGBFS

1. Enhanced Durability: GGBFS plays a major role in enhancing the strength of concrete and also in resisting sulfate attack, chlorides, and alkali-silica reactions. As such, it is best suited for the Ground Granulated Blast Furnace Slag Supplier that is subjected to adverse environmental conditions like marine structures and highways.

2. Improved Strength: The use of GGBFS in concrete mix gives more benefits regarding the compressive and flexural strength of concrete. It also can allow low rates of hydration and the house assists in minimizing the chances of thermal cracks on large pores.

3. Environmental Sustainability: Concrete production using GGBFS also has a knock-on effect of reducing carbon emissions in construction projects. When blast furnace slag is recycled, little of the carbon-intensive traditional Portland cement is used; thus, greenhouse gas emissions are avoided.

4. Cost Efficiency: GGBFS can be cheaper as compared to that of Portland cement and this is especially so in a case where the GGBFS is sourced nearby. It also enhances the ability of concrete mixes to be placed and compacted, thus decreasing the time and funds used in labor and materials.

Current Market Trends

1. Sustainable Construction: This is because, with a continuing trend toward sustainable construction, the importance of GGBFS is projected to increase. It will also help more construction projects to pursue the LEED rating and other indexes for green building projects.

2. Technological Advancements: Development of new production techniques and quality control measures augmenting the properties of GGBFS are opening up avenues for its increase in the usage in high performance concrete structures.

The GGBFS is a powerful initiative in the construction industry due to the concrete formation's effectiveness, which is advised to be improved by this material. Suppliers are involved in the sourcing and quality, and reliability of GGBFS in the market. In contrast, factors like the fluctuating raw material price, change in demand and purchasing power, and environmental standards affect the Granulated Blast Furnace Slag Price.

Yet, the construction industry remains to expand, thus beckoning an expansion on the use of GGBFS in the manufacturing of quality building materials with affordable Granulated Blast Furnace Slag Price and less or no adverse effects on the environment. Market knowledge and identifying suitable partners becomes as much a key goal to achieve in a construction project should want to make the most of this versatile material.

[safethaw]

Is Commercial Ice Melt Safe For Pets?

Every winter, as temperatures plummet and frosty patterns form on windows, homeowners and businesses turn to ice melt products to prevent slip-and-fall accidents. But while these products serve a critical purpose for safety, many pet owners find themselves grappling with an important question: "Is ice melt safe for pets?" The safety of our furry friends is paramount, and understanding the components of commercial ice melts becomes essential, especially when they frequent areas treated with these products. Among the numerous components used, calcium chloride often pops up, leading many to ask, "Is calcium chloride safe for pets?" Let's break this down. The Concern With Commercial Ice Melts Is ice melt safe for pets? Commercial ice melts typically contain a mix of salts – calcium chloride, magnesium chloride, potassium chloride, and sodium chloride. These salts lower the freezing point of water, making them effective at preventing ice formation. However, their chemical properties, especially when ingested or in contact with the skin, can be concerning for pets. - Skin and Paw Irritation: Pets, especially dogs, can experience dryness, flaking, and even chemical burns if they walk on surfaces treated with certain ice melts. After a walk, they may lick their paws, leading to the next concern. - Ingestion Hazards: If pets lick their paws or the ground containing residues of ice melts, they can ingest these chemicals. Symptoms of ingestion can range from mild gastrointestinal upset, like vomiting or diarrhea, to more severe complications like tremors, seizures, or even death in extreme cases. - Respiratory Concerns: Some ice melt products, when scattered, can create dust that pets might inhale, leading to respiratory distress or irritation. The Debate: Is Calcium Chloride Safe For Pets? Calcium chloride, a common ingredient in many ice melt products, is known for its high heat generation when it meets moisture. While effective for melting ice, there are safety concerns for pets: - Ingestion: If ingested, calcium chloride can lead to hypercalcemia – a condition characterized by elevated calcium levels in the blood. This can affect various organs and cause symptoms like frequent urination, excessive thirst, weakness, and confusion. - Contact: Direct contact with large granules of calcium chloride can cause skin irritation or chemical burns, especially if the granules get lodged between paw pads. Choosing A Safe Alternative With the potential risks associated with commercial ice melts, many pet owners are on the lookout for safer alternatives. Here's where products like Safe Thaw come into play. Safe Thaw: A Better Option For Pet Owners Safe Thaw stands out as a preferred choice for several reasons: - Chemical and Toxin-Free: Safe Thaw's granular ice melt formula ensures it doesn't contain harmful chemicals that could pose a risk to pets. It's a peace of mind many pet owners are looking for. - Environmentally Friendly: Not only is it safer for pets, but Safe Thaw also ensures minimal impact on the environment. The product doesn't contain phosphates, which can run off and harm aquatic ecosystems. - Effective Ice Melting: Even without the typical chemical makeup of commercial ice melts, Safe Thaw effectively combats ice, ensuring driveways, walkways, and other surfaces are safe for both humans and pets. Conclusion As winter's icy grip takes hold, ensuring safety is a priority. But that safety shouldn't come at the cost of our pets' health. While the question, "Is ice melt safe for pets?" raises concerns, the good news is that solutions like Safe Thaw offer an effective and safe alternative. By opting for pet-friendly products, we can ensure our pets' winter frolics remain joyful and free from harm. Read the full article

[rimaakter45]

Can You Recycle Pur Water Filters?

When it comes to pur waterfilterhub.xyz, there are many different options to choose from. Some are Carbon filters, while others are Ion exchange filters. If you have any of these, you'll probably want to know if it's okay to recycle them. It's a simple question, but it can get complicated.

Carbon filters:

If you are using a carbon filter, it may be time to recycle it. Activated carbon is an excellent adsorbent, and it can remove contaminants like chlorine, lead, and mercury.

There are several types of activated carbon filters. Some include granular and solid block models. Granular filters are less expensive. However, they may not be as effective as the solid block model.

A granular activated carbon filter consists of loose millimeter-sized granules of carbon. These particles do not have uniformity throughout the filter, but they do have a very large surface area.

The best part is, these filters are recyclable. Manufacturers take their products to a recycling plant where they undergo a variety of processes. In addition to removing the carbon, they reuse the other parts of the filter, which includes the plastic shell, the metal retaining parts, and the rubber O-rings.

Several local companies recycle water filter media. Some charge an extra fee, however. Most companies recycle industrial-grade carbon filters.

One pound of activated carbon has a surface area of 100 acres. That means it's the largest piece of material ever recycled.

Another type of filter is a particle filter. This is used to remove small particles from your drinking water. Particle filters are mechanically effective. They also allow for better contaminant removal.

Activated carbon is a simple way to make sure your water is clean. It's one of the front runners in the world of water filtration.

Ion exchange filters:

An ion exchange filter is a type of water filter that replaces harmful ions in the water with more beneficial ions. The process involves using a resin to remove contaminants and replace them with other ions that have the same charge. In the case of an ion exchange filter, the ions are often sodium or hydrogen ions.

A common modern water filter contains different types of ion exchange resins. These include a cation exchange resin which uses sodium as an exchange ion, and an anion exchange resin which uses chloride as an exchange ion. Both kinds are able to reduce contaminants.

Ion exchange filters can be used in a variety of situations, such as treating hard water. If you use an ion exchange filter, you may want to add a carbon block to remove chlorine and other contaminants from the water. This will increase clarity and improve taste.

Another common application is softening water. By replacing calcium and magnesium ions with sodium ions, an ion exchange filter can help you soften water. You can also use an ion exchange water filter to reduce the amount of heavy metals, like lead, cadmium, and mercury, in the water.

Ion exchange resins are reusable, and can be recycled after they have been used. Brita has been recycling household filters in Europe since 1992. It provides the plastic to the plastic industry for reuse, and it recycles its ion-exchange resin.

TerraCycle:

Keeping your drinking water clean is important, and filtering your water is one way to do it. You can find a variety of filter options at local box stores. Using a Brita filter is a good option, but you'll need to replace it at least twice a year.

Luckily, there are recycling programs to recycle your used filters. Depending on your city, you may be able to recycle your PUR, Brita or Gimme 5 filters at your local recycling facility.

The program is free. A shipping label is included, and you can choose between two options. FedEx and UPS both accept plastic bags. However, you'll need to check with your municipality to be sure they have a program for your particular type of filter.

Another company, TerraCycle, has a similar program. Its site has a handy search engine to help you find a nearby recycling center. They also offer product bundles for customers who want to maximize their recyclables.

If you're considering sending your PUR filter off to recycle it, you'll need to do some research. Some recyclers may charge you a premium for your used filters, or take the wrong tidbits of information. That's why it's better to get to know your local recyclers.

In the simplest of terms, a TerraCycle product bundle is worth the price of a used Brita filter. You'll also get a discount on your next filter pack.

Mavea:

The Mavea pur water filters are a next-generation filter technology, which combines the advantages of silvered filter media and a micro-screen to remove impurities from drinking water. These products effectively reduce the release of black particles, lime-scale build-up and heavy metals, and they are certified to NSF/S42 and NSF/S53.

The Mavea water filter is also the only filter company that offers a complete filter recycling program. When you recycle your used filter, you save money by not buying a new one.

You can drop off your Mavea filter cartridges at any participating retail partner. Or, you can mail them back to the Mavea company in Elgin, Illinois. It costs a few dollars to ship each filter.

In addition, the company provides a search engine to find a nearby recycling center. You can also contact the company to learn more about the program.

The company's website states that they have an innovative end-to-end recycling program, which allows consumers to recycle their used water filters by mailing them in. This ensures that no part of the product ends up in a landfill.

Before you begin, you should make sure your local municipal regulations are up to date. Also, you should check with the manufacturers about their recycling programs. Some companies may offer incentives for recycling, such as a refund or coupon.

Once you've gathered your used Mavea filter cartridges, you can package them in a two-pound envelope. You'll then place the label on the front of the box.

Third-party websites:

If you are looking for an environmentally friendly way to dispose of your old PUR water filter, there are a few ways to do it. The first is to recycle the old filter.

A second method is to reuse it. This is a great option if you are planning on giving it to a friend or family member. Another good option is to take it to your local recycling center. You can find out more about your options by visiting a local recycling center or by searching online.

One of the best options for recycling a PUR water filter is through your local appliance store. Some stores even give used filters to a professional recycler. Other stores will have a recycling bin for recyclable waste.

Another option is to call your local PUR customer service department to find out if you are able to recycle your PUR water filter. They may be able to provide you with a manual or a video highlighting the benefits of recycling your PUR water filter.

You can also send your old PUR water filter to TerraCycle for recycling. TerraCycle is a company that repurposes non-recyclable products into new products. It offers an amazing program to recycle all kinds of products, including your old PUR water filter.

To make the most of their recycling program, you can sign up for a product bundle. As an added bonus, you will receive a free shipping label to ship your used PUR product to the company.

Disposing of old filters:

PUR water filters are great for ensuring that your tap water is free of contaminates. However, they aren't made to last forever and eventually will need to be replaced.

Luckily, you can make the most of your used PUR water filter by recycling it. This helps keep the environment clean. There are a few ways to go about it.

The most obvious method is to recycle the filter itself. Some manufacturers, such as Brita, partner with an eco-product company called Preserve to do just that.

Another method is to ship the entire filter in a box. If you're sending it by mail, consider using a shipping label. A prepaid envelope might also be in order.

You may be able to find a local recycling center that will accept your old filter. Ask them if they have a program in place for your particular brand.

Although not technically a filter, you can also make the most of your old PUR water bottle by turning it into an attractive outdoor furniture piece. Alternatively, you can turn it into an indoor decor item.

Finally, there are some companies that will recycle your old PUR filter for you. These companies will charge a small fee. Still, most of them have websites where you can learn more about their processes. They may even have a search engine for your area, making it easier to locate a recycling center near you. Please visit here  waterfilterhub.xyz  for more information.

[waterfiltergurus]

Water Softener Salt vs Potassium Regen: Which Is Better?

Water softener salt has been the traditional choice in water softeners since these water treatment systems were invented. But a relatively new type of regenerant has been steadily becoming more popular over the past years: potassium chloride. Here, we've compared sodium chloride and potassium chloride water softeners, helping you to decide which is best for your situation. 📌 Key Takeaways: - Water softener salt is a sodium chloride product that's used as a charged ion during the ion exchange process. - Potassium chloride is a sodium-free alternative that plays the same role in the water softener resin beads in producing softened water. - Water softener salt is best if you're looking for a cheap, effective option, while potassium chloride is best if you have a bigger budget and want a regenerant that won't increase your sodium intake. 🤔 Is Water Softener Salt Or Potassium Chloride Best? Neither water softener salt nor potassium chloride is better than the other, but one of these regenerants might be best for your personal situation. If you want to limit your sodium intake as much as possible, you're on a low-sodium diet, and you don't like the taste of salt-softened water, potassium chloride is probably best for you. If you want to spend less money on water softener maintenance, you don't mind adding very small quantities of sodium to your water, and you want the most efficient regenerant, then water softener salt is best for you. 🆚 Potassium Chloride Vs Water Softener Salt: Key Similarities To help you make the most informed decision, let's take a look at some of the key similarities between potassium chloride and sodium chloride softening salts. Appearance Sodium chloride and potassium chloride softeners both have a similar appearance. Sodium chloride is usually sold in granules (like the salt that's added to food) or pellets, while potassium chloride is mostly sold in pellet form. Both softening products are usually packaged in large bags, so you can pour them straight into your softener. Method Of Use Using potassium chloride is no different than using sodium chloride in your water softener. Both regenerants should be added to your softener's brine tank (or salt tank). You can add potassium on top of sodium, or vice versa, since they both do the same thing when used in the resin tank. Regardless of the type of regenerant you're using, you add the same amount as you always would to the brine tank - usually to the max fill line. Softening Performance Both sodium chloride and potassium chloride are used for the same purpose during the water softening process. A water softener uses either regenerant in its resin beads, which are loaded in the mineral tank. When hard water flows through this tank, the calcium and magnesium ions are trapped in the resin and the regenerant - either sodium or potassium ions - is released from the resin to balance water's charge. It doesn't matter whether you use potassium or sodium chloride in your water softener. They're both composed of positively-charged ions, so they both have the same effect on water softening. ⚖️ Potassium Chloride vs Water Softener Salt: Key Differences Now let's look at some of the main differences between sodium chloride and potassium chloride water softener salts. Efficiency Potassium chloride isn't as efficient as sodium chloride in salt-based water softeners. Most potassium chloride manufacturers instruct you to increase your water hardness setting by 20% when using potassium chloride to enjoy the same water softening benefits. That means you'll go through potassium chloride at a faster rate because more of this regenerant is needed to produce the same outcome as sodium chloride. 👨‍🔧 Continue Reading: Adjusting Water Softener Hardness Setting (Step-by-Step) Makeup The makeup of potassium chloride water softener salt is different from that of sodium chloride. Potassium chloride is made from potassium, while sodium chloride is made from sodium. You may be more comfortable increasing your potassium intake in your drinking water compared to increasing your sodium intake. Cost The price of sodium chloride vs potassium chloride is another big difference between the two. A bag of potassium chloride pellets is twice, or even up to four times, the price of the same-sized bag of sodium chloride pellets. That means potassium chloride is significantly costlier to use in a water softener in the long term than sodium chloride. Environmental Effects Sodium chloride water softener pellets have been the source of some environmental concerns. Some sources say that water softener discharge water with high levels of sodium chloride regenerant is damaging to soils and may have harmful effects on the ecosystem. Potassium water softeners are considered the more environmentally-friendly solution because potassium doesn't cause the same damage as sodium - in fact, many plants need potassium to grow healthily. 🔎 When Is Water Softener Salt Best? Water softener salt is the best choice for you if: - You have a smaller budget or just want to restrict your annual spend on softener maintenance. - You want to have lots of options and don't want to be limited to just a few brands. - You prefer the tried-and-tested regenerant that has the most efficient performance in water softeners. - You don't have any specific health restrictions or reasons to limit your intake of sodium. 🔎 When Is Potassium Chloride Best? Potassium chloride is best for you if: - You have a health condition (like high blood pressure) and have been instructed by your doctor to reduce your salt intake as much as possible. - You're happy to spend more money on a regenerant for the benefit of softened water that's free from sodium ions. - You have a septic system and want to stay safe by using a potassium water softener in your water rather than sodium. - You prefer a more environmentally friendly regenerant that shouldn't affect your local ecosystem. 👨‍⚖️ Should You Choose Water Softener Salt Or Potassium Chloride? Ultimately, there's no clear winner when we compare sodium chloride vs potassium chloride for water softeners. Sodium chloride softener is best for some people, while potassium is best for others. Consider your situation, including your budget and personal preferences, when deciding between the two. And remember, both regenerants are interchangeable, so choosing one doesn't mean you have to stick with it forever. You could always switch from sodium to potassium, and vice versa, whenever you wanted to. More Content: - Why Does My Tap Water Taste Salty? - Choosing the Right Salt for Your Water Softener - Top 6 Water Softener Salt Choices: Reviews and Recommendations Read the full article

[vibrance-skin]

SEACRET Salt Scrub Uncovered: The Ultimate Guide to Beautiful Skin

Are you tired of dull, lackluster skin? Look no further than SEACRET Salt Scrub! This amazing product has taken the beauty industry by storm with its ability to transform your skin from drab to fab. But what exactly is SEACRET Salt Scrub, and how does it work? In this ultimate guide, we'll uncover all the secrets behind this magical salt scrub and show you how to achieve glowing, beautiful skin. So sit back, relax, and prepare to learn everything there is to know about SEACRET Salt Scrub!

What is SEACRET Salt Scrub?

SEACRET Salt Scrub is an innovative product that harnesses the unique properties of salt to exfoliate and revitalize your skin. Made with a blend of natural oils, vitamins, and minerals, this scrub gently removes dead skin cells while nourishing and moisturizing your skin. The result? A smoother, softer complexion that radiates health and vitality.

At its core, SEACRET Salt Scrub is a simple yet effective formula designed to give you the best possible results. The key ingredient in the scrub is Dead Sea salt, which has long been recognized for its therapeutic properties. This type of salt contains high levels of minerals such as magnesium, calcium, sodium chloride, and potassium – all of which work together to promote healthy skin function.

In addition to Dead Sea salt, SEACRET Salt Scrub also contains essential oils like sweet almond oil and jojoba oil. These ingredients provide deep hydration for your skin while creating a pleasant aroma that soothes the senses.

SEACRET Salt Scrub is an excellent choice if you want to achieve beautiful-looking skin without harsh chemicals or abrasive treatments. With regular use of this product on your face or body once or twice a week depending on your personal preference , you'll experience smoother texture as well as soften rough areas including elbows knees, feet etc .

How Does It Work?

SEACRET Salt Scrub is a luxurious skincare product that works wonders for your skin. But how does it work exactly? Let's dive in.

Firstly, the scrub contains salt crystals which act as natural exfoliators. These tiny crystals gently remove dead skin cells and impurities from the surface of your skin, leaving it smooth and glowing.

The salt also helps to stimulate blood circulation in the body, allowing essential nutrients to be delivered more efficiently to your skin cells. This increased blood flow can help to reduce inflammation and promote healing of any minor cuts or bruises on the skin.

In addition, SEACRET Salt Scrub contains natural oils like Sweet Almond Oil and Jojoba Oil which provide intense hydration for your skin. These oils penetrate deep into the layers of your epidermis, providing long-lasting moisture that keeps your skin soft and supple throughout the day.

SEACRET Salt Scrub is infused with a unique blend of minerals found only in Dead Sea salt. These minerals have been shown to provide numerous benefits for the health of our skin including improving elasticity, reducing wrinkles and fine lines, soothing irritations such as acne or psoriasis among others.

SEACRET Salt Scrub works by combining powerful ingredients that work together synergistically to improve the appearance and health of our beloved organ; The Skin!

What to Expect from SEACRET Salt Scrub

SEACRET Salt Scrub is a product that promises to exfoliate and moisturize your skin leaving it smooth, glowing and refreshed. But what should you expect when using this product?

Firstly, SEACRET Salt Scrub has a luxurious texture that feels great on the skin. As soon as you apply it, you'll feel the salt granules working their magic by removing dead skin cells and unclogging pores.

As you massage the scrub onto your skin in circular motions, you'll notice an immediate improvement in its texture and appearance. The natural oils in SEACRET Salt Scrub will penetrate your pores leaving your skin feeling soft and hydrated.

After rinsing off the scrub with warm water, take time to appreciate how much smoother and brighter your complexion looks. With regular use of SEACRET Salt Scrub, expect long term improvements like enhanced elasticity of your skin.

Using SEACRET Salt Scrub is simple yet effective way to keep your body's largest organ healthy while providing relaxation for mind, body, and soul alike

How to Store SEACRET Salt Scrub

Storing your SEACRET Salt Scrub properly is crucial in maintaining its effectiveness and quality. You don't want it to go bad or lose its potency, do you? Here are some tips on how to store SEACRET Salt Scrub:

First things first, make sure the container is tightly sealed after every use. This prevents air from getting into the product which can cause it to dry out or become contaminated.

Store your SEACRET Salt Scrub in a cool, dry place away from direct sunlight. Heat and moisture can affect the consistency of the scrub and may even cause separation of ingredients.

Keep it out of reach of children and pets as well. Although this product is made with natural ingredients, ingesting large amounts can still be harmful.

Avoid storing your SEACRET Salt Scrub in areas where there may be extreme temperature changes such as near windows or heaters. This will also help prevent any potential melting of the salt crystals.

By following these simple storage guidelines for your SEACRET Salt Scrub, you'll ensure that each time you use it, you're getting maximum benefits for beautiful skin!

Conclusion

SEACRET Salt Scrub is undoubtedly an effective solution for those who are looking to get beautiful and healthy skin. With its unique blend of Dead Sea salt, essential oils, and other natural ingredients, the scrub helps to exfoliate dead skin cells while moisturizing the new layer underneath.

By incorporating this product into your skincare routine regularly, you can expect smoother and softer skin that looks radiant and youthful. Just remember to store the scrub in a cool and dry place when not in use and follow the recommended usage frequency based on your skin type.

So what are you waiting for? Try out Vibrance Skin products today and see the difference it makes in your skin's appearance!

[olechemical]

WHAT ARE THE USES OF SODIUM METABISULFITE?

Sodium metabisulfite, among the sulfites that can be used as a chemical, antioxidant, and bleaching in food. It is a reducing agent that is normally used for keeping fresh & dried fruits, vegetables, and wines. How is Sodium Metabisulfite made? Sodium metabisulfite can be made from the reaction in between sulfur dioxide with sodium carbonate. The following is the reaction equation: SO2 + Na2SO3 → NA2S2O5. What're the Uses of Sodium Metabisulfite? Sodium metabisulfite is a strong reducing agent that can respond with oxidizing agents as the sulfur atom in it with a positive valence of 4, the optimum valence of which is 6. That is the device why sodium metabisulfite is a multifunctional ingredient that is used as a chemical, antioxidant, and bleaching agent in  food, wine, and other applications. Preservative The sodium metabisulfite preservative is a sulfur-containing chemical that inhibits the oxidase in the food, and also can block the regular oxidation process of microorganisms and therefore prevent the recreation of microorganisms in food preservation. Wine You may have seen sulfur dioxide in the active ingredients list of wine, yet unlike various other active ingredients you notice on the label, sulfur dioxide is not directly contributed in wine, it is formed by the addition of sodium metabisulfite or potassium metabisulfite. The complying with are the response formula of Na2S2O5 in  wine:

  Na2S2O5 + H2O <===> 2Na+ + 2( HSO3)-. HSO3- + H+ <===> H2O + SO2. Sulfur dioxide plays a crucial role in almost every manufacturing process of wine making, from grape selection to bottling. It is generally to hinder the growth of yeast and bacteria, and consequently preserve the glass of wine fresh and long the life. Sodium metabisulfite or potassium metabisulfite is commonly contributed to wines, ciders, or maybe beers as an antioxidant, preservative, and stabilizer. It can be used to clean and sanitize wine equipment and wine bottles. Antioxidant Because sulfite is a strong reducing agent, it reacts with oxygen from vegetables and fruits and also prevents oxidase task, so it prevents food putridity triggered by oxidation and locks vitamin C in them. Bleaching representative Reduce the colored product to a brilliant and fresh shade or prevent/slow oxidative browning. Processed fruit items Like various other sulfites , sodium metabisulfite can be used as both a chemical and antioxidant in processed fruit products to reduce browning reactions, along with inhibiting the growth of certain bacteria. Is Sodium Metabisulfite Safe to Eat? Yes, it almost has no adverse effects and the safety has been approved by the Food and Drug Administration (FDA). Sodium metabisulfite preservative is safe except in meats, foods recognized as a source of vitamin B1, and fresh fruits or vegetables.

[amatuslaudanum]

Dishwasher salt is a particular grade of granulated, crystalline sodium chloride intended for regenerating the water softener circuit of household or industrial dishwashers. Analogous to water softener salt, dishwasher salt regenerates ion exchange resins, expelling the therein trapped calcium and magnesium ions that characterize hard water. Dishwater salt granules are larger than those of table salt. The granule size ensures that the salt dissolves slowly, and that fine particles do not block the softener.

If a dishwasher has a built-in water softener there will be a special compartment inside the dishwasher where the salt is to be added when needed. This salt compartment is separate from the detergent compartment, and generally located at the bottom of the wash cabinet (this is below the bottom basket).

Source: Wikipedia

Why did I copy paste this? Because 1) tazmuir posted the dishwasher salt pic about book 3, and 2) because I wanted to add more fuel to my "hell roadtrip" Nona theory, namely:

- the place where you put the dishwasher salt is usually at the very bottom. remember where hell is? that's right, fuckers, the very bottom of the river.

- and, uh, that first part i was going to try to analyze and be like "the world has been actually slowly dying this whole time and they need to go to hell to put dishwasher salt in it because hell is the thing that 'cleans' the water of the river and it hasn't been doing its job right or something". No it's not very well thought out. yes i WILL post this half baked theory just on the off chance i accidentally get something right because I'm a huge know-it-all who has an extreme desire to Know Things and Be Right About Things.

- anyway i think there is something else that is relevant here and that is the fact that Size Matters. Yes i think a dick size joke will make an appearance, but furthermore I think Harrow's birth and all those 200 souls that made it possible.... i think something got extremely fucked up in the river when that happened (maybe like a huge plug in the river's asshole - aka hell).

Am i making any sense to anyone other than myself? Probably not, but I'm having fun theorizing either way.

[ugly-by-nature]

Pink #Himalayan #salt is chemically similar to table salt. It contains up to 98 percent sodium chloride. The rest of the salt consists of trace minerals, such as potassium, magnesium, and calcium. These give the salt its light pink tint. These minerals also explain why Himalayan salt tastes different from regular table salt. A more natural salt Some claim that Himalayan salt is more natural than table salt. This claim appears to have merit. Table salt is usually heavily refined and mixed with anti-caking agents to prevent clumping, such as sodium aluminosilicate or magnesium carbonate, Himalayan salt is less artificial and does not usually contain additives. An aid to hydration Some believe that adding a pinch of pink salt to meals or drinks can help the #body achieve optimal fluid balance and prevent #dehydration. It is true that sodium is necessary to maintain proper fluid balance. However, this is true of sodium from other sources as well as pink Himalayan salt. Lower sodium Some people believe that pink #Himalayansalt is lower in sodium than regular table salt. However, both types consist of approximately 98 percent sodium chloride. As pink salt often has larger crystals than table salt, it technically contains less sodium per teaspoon. It also has a saltier flavor than table salt, meaning that a person can use less salt in a serving to achieve the same taste. However, pink salt is also available in a smaller granule size that more closely resembles regular salt. Consider this when seasoning food and measuring sodium intake. The American Heart Association (AHA) advises that over 75 percent of sodium intake comes from the salt already present in processed and prepared foods. Table salt does not add the bulk of sodium content to a meal. Source: https://ift.tt/2kvnv4k . . . https://instagr.am/p/CCZDKkflFgx/

[torontobreaddelivery-blog]

Bread for Diabetics

To beat your diabetes you need to eat food that is low in sugar, low in fat, low in salt, high in fiber and has low GI qualities, ie it discharges glucose into your circulatory system moderately gradually. A few sorts of bread fit this bill; others don't.

Bread is produced using flour, ie grain that has been ground into powder. Normal wheat is generally utilized in light of the fact that its flour has significant levels of gluten, which gives the batter springiness and flexibility. However, bread is likewise produced using different types of wheat (eg, durum and spelt) and different grains, for example, rye, grain, corn (maize) and oats. The non-wheat grains as a rule have wheat flour blended into the flour.

The nature of bread relies to a great extent upon the protein substance of the flour. The best breads use flour with 12 to 14% protein instead of universally handy wheat flour which just contains 9 to 12% protein.

Entire grains or refined grains?

At the point when oat grains, for example, wheat are gathered they are encircled by an intense defensive covering called a husk. Before you can eat the grains, the husk must be taken out. This is finished by sifting (beating the grains) and winnowing (overwhelming the debris, ie the severed pieces of husk).

The grain without its husk is known as a groat. It comprises of three fundamental parts: the endosperm, germ and wheat. The endosperm is the fundamental tissue inside the grain and gives sustenance as starch, protein and oils.

The germ is the undeveloped organism, the conceptive part that develops and develops into a plant. It is encircled by the endosperm. The germ contains a few fundamental supplements. Raw grain, for instance, is a concentrated wellspring of nutrient E, folate, phosphorus, thiamine, zinc and magnesium, fundamental unsaturated fats and greasy alcohols.

Wheat is the hard external layer of grain. It is wealthy in dietary fiber and basic unsaturated fats and contains starch, protein, nutrients and minerals. As should be obvious, the germ and wheat contain loads of solid stuff that isn't found in the endosperm.

Entire grains are oat grains in their characteristic state, ie they contain every one of the three principle parts, endosperm, wheat and germ. Refined grains are groats from which the wheat and germ have been taken out by granulating and filtering.

Refining makes the grains lose a portion of their dietary benefit. Now and then supplements, for example, nutrients are added back. Be that as it may, as these speak to a little part of the supplements eliminated, refined grains are healthfully mediocre compared to entire grains.

Eliminating the wheat and granulating the grains into a fine powder builds the glycemic list esteem (GI) of the grain, ie you digest glucose from refined grains speedier than glucose from entire grains which, as a diabetic, isn't what you need. It is the high fiber in the wheat of the entire grains which eases back the arrival of glucose.

Entire grains are incredible for our wellbeing from various perspectives, on account of their elevated levels of nutrients and minerals. Most entire grains are especially plentiful in B nutrients. Entire grains additionally have a lot of protein.

One of these proteins is gluten. Gluten makes mixture versatile, which encourages it to rise and keep its shape. It comprises about 80% of the protein in wheat seed, which is one motivation behind why wheat is well known for bread-production. It is additionally found in grain and rye.

Making bread

Bread is made by stirring up batter, a glue of flour and water (or other fluid). The batter is typically raised (see beneath), permitted to rise, and afterward cooked.

Breads may likewise contain additional fixings, for example, salt or margarine, to improve taste. Improvers are added substances used to enliven the rising time, increment volume and upgrade surface. Salt is perhaps the most well-known improvers; it is utilized to upgrade flavor and the morsel (within the bread) by fortifying the gluten. Improvers may incorporate ascorbic corrosive and ammonium chloride.

Visit our torontobreaddelivery.com for more details.

[royes27117]

What Is Dishwasher Salt? And Why Should I Use It?

Salt is a fundamental piece of cooking, its sodium content truly makes seasons pop, and can mean the contrast among flatness and splendor. Salt's advantage stretches out far past the real food planning stage however, and right into dishwashing. 

Keeping your dishwasher bested up with Finish Dishwashing Salt is important to guarantee that your machine continues working at ideal execution levels, and that your dishes come out looking like new. Putting salt in an apparatus may appear to be somewhat bizarre, so we've assembled a rundown of realities about dishwasher salt to assist you with understanding why it is so basic.

What is Finish Dishwasher Salt? 

Dishwasher salt is sodium chloride, a similar compound that makes up table and ocean salts. You shouldn't utilize table salt however as it is a lot better and can impede and make harm your dishwasher. Dishwasher salt granule size is bigger and guarantees the salt disintegrates more slow without hindering the conditioner unit. 

Dishwasher salt doesn't really enter the dishwasher rather it moves through the conditioner unit prior to being depleted with the waste water. 

The way that dishwasher salt works is by giving sodium to the dishwasher's 'particle trade saps' that are in the conditioner. When recovered by the sodium, these work to draw in and trap the magnesium and calcium particles that cause hard water. Dishwasher salt has a lot bigger granules than standard salt so as to assist them with dissolving without a danger of making a blockage which would result in failed conditioner unit. For better salt the danger is genuine! 

For what reason would it be advisable for you to utilize Finish Dishwasher Salt? 

Besting up dishwasher salt can prompt less limescale developing in your machine as it relax the water as it streams into the cleaning chamber. All things considered, a superior running machine additionally implies there is less possibility of different parts failing. You can approach your provider for the hardness levels in your general vicinity and some can let you know through their site. It's acceptable to start checking salt level consistently (for example when a month) and ensuring that salt tank/supply is constantly filled. 

No more spots and watermarks 

Spots and watermarks can turn into a consistent issue without the utilization of Finish Dishwasher Salt. These imprints can happen when the water is hard, making cleanser perform less successfully. Since dishwasher salt viably mellow water, these weighty stores of limescale won't gather in your dishwasher, and will help keep your dishes looking more clean. 

What amount salt does my dishwasher need and when would it be advisable for me to add more? 

Most machines have a pointer light that will go on when you switch your machine on to tell you its coming up short on dishwasher salt. On the off chance that the light isn't on, this typically implies that your machine has enough salt to wash another heap of dishes. 

As far as working out how much dishwasher salt your machine needs, guarantee you look at the bundling to discover how much salt you will require. It might assist with utilizing an estimating cup and a channel to both measure out and gracefully the salt to your dishwasher. We suggest leaving the salt level around 1cm under the lip of where the cap will screw back on so you don't pack your machine and conceivably squander your item. 

Where would it be a good idea for me to put dishwasher salt? 

It's least demanding to top up with dishwasher salt essentially when your machine is vacant, so subsequent to unloading a spotless heap of dishes is the most appropriate time. Top up your dishwasher salt by finding the conditioner unit, which is ordinarily at the lower part of the dishwasher by the channel, unscrewing the cap and essentially pouring in the salt. 

How would you use Finish Dishwasher Salt? 

Unscrew the cap and load up with dishwashing salt. In the event that the store for the salt is brimming with water, you can at present pour the salt in as it will dislodge what is in there. On the off chance that you don't plan to pursue the machine promptly topping off, it's prescribed to crash uprooted water from the machine with a paper towel. On the off chance that you run the machine unexpectedly try to fill salt store with a water - so as to recover conditioner unit salt must be in an answer. Continuously adhere to the guidelines from manual gave by the machine maker. 

Supplant the cap, guaranteeing it is shut firmly and it should be prepared to utilize once more. Most water conditioners will have a flexible setting for water hardness, so ensure this is changed effectively to ensure that you get the ideal clean. 

So now you comprehend the advantages and employments of dishwasher salt, make sure to keep your dishwasher beat up. Topping off your dishwasher routinely will assist with guaranteeing that whatever your water hardness, your dishes confess all and shimmering after each wash, and your machine is shielded from limescale develop for better iformation Click here.

[safethaw]

Where Can I Find Ice Melt Near Me? Sourcing Pet And Environmentally Friendly Options

When winter arrives, and icy sidewalks pose a hazard, you might wonder, "Where can I find ice melt near me?" Luckily, there are several options readily available.  One reliable source for pet and environmentally friendly ice melt is Safe Thaw (https://safethaw.com/). They offer effective ice melt solutions that are safe for pets and the environment. Popular online retailers like Amazon and home improvement stores stock various ice melt products suitable for your needs.  Whether you prefer shopping online or visiting a local store, you can find ice melt near you without compromising the well-being of your furry friends or the environment.  Let's Explore The Best Options For Sourcing Pets And Environmentally-Friendly Ice Melt Together. Potential Harm Caused By Traditional Ice Melt Products To Pets And The Environment Traditional ice melt products are commonly used to melt snow and ice on sidewalks, driveways, and roads during the winter. Understanding the potential harm caused by these traditional ice melt products is crucial for making informed choices and finding pets and environmentally friendly alternatives. - Toxic Chemicals: Traditional ice melt products often contain chemicals such as calcium chloride, sodium chloride, and potassium chloride. These chemicals can be harmful when ingested by pets, causing gastrointestinal upset and even poisoning. Additionally, when these chemicals are washed away by melting ice, they can contaminate water bodies and harm aquatic life. - Paw Irritation: The granules of traditional ice melt products can be abrasive and cause irritation and discomfort to pets' paws. The chemicals in these products can dry out the sensitive paw pads, leading to cracks, pain, and potential infections. Pets may also ingest the granules when licking their paws, increasing the risk of toxicity. - Skin Irritation: Direct contact with traditional ice melt products can irritate pets' skin. The chemicals present in these products can cause redness, itching, and even chemical burns. This can be particularly problematic for pets with sensitive or existing skin conditions. - Respiratory Issues: Fine particles can become airborne when traditional ice melt products are applied and spread. Pets, especially those with respiratory conditions like asthma, are at risk of inhaling these particles, leading to respiratory distress, coughing, and difficulty breathing. - Environmental Impact: The chemicals in traditional ice melt products can have long-lasting environmental effects. When these chemicals enter water bodies through runoff, they can disrupt the natural balance of aquatic ecosystems, harm fish and other aquatic organisms, and contaminate drinking water sources. Factors To Consider When Choosing Pet And Environmentally Friendly Ice Melt When choosing ice melt products, considering the safety of our pets and the environment is crucial. To ensure we make responsible choices, there are several key factors to consider. Pet-Safe Ingredients Look for ice melt products that use pet-safe ingredients. Avoid chemicals such as calcium chloride, magnesium chloride, and sodium chloride, as they can be toxic to animals when ingested or when they come into contact with paws. Instead, opt for ice melts that use urea or potassium-based compounds, generally safer for pets. Environmental Impact Consider the environmental impact of the ice melt you choose. Look for products that are labeled as eco-friendly, biodegradable, or non-toxic. These options minimize harm to plants, wildlife, and water sources. Avoid ice melt products that contain heavy metals or excessive levels of phosphates, as they can pollute the environment. Product Certifications And Labels Check for product certifications and labels that indicate pet and environmental safety. Look for endorsements from organizations such as the Pet Safe Coalition or the Environmental Protection Agency (EPA). These certifications ensure that the ice melt has undergone testing and meets specific safety standards. Effectiveness And Durability Consider the effectiveness and durability of the ice melt product. Look for options with high melting power to ensure they effectively break down ice and provide traction. Additionally, consider products with long-lasting effects, as you may need fewer applications, reducing overall usage and environmental impact. Price And Availability Finally, consider the price and availability of the pet and environmentally-friendly ice melt. Compare prices from different retailers or online platforms to find the best value for your money. Ensure your chosen product is readily available near you or can be conveniently shipped to your location. Where To Find Pet And Environmentally Friendly Ice Melt Near Me? Fortunately, there are several places where you can find such products near you. Whether you shop online or visit physical stores, options are available to meet your needs. Safe Thaw (Https://Safethaw.Com/Product/Safe-Thaw/) Safe Thaw is a reputable brand that offers pet- and environmentally-friendly ice melt. Their products are designed to be safe for pets, paws, and the environment. Safe Thaw's website provides detailed information about their ice melt, including ingredients and usage instructions. You can conveniently deliver the ice melt to your doorstep by purchasing directly from this website. Amazon Amazon is a popular online marketplace that offers a wide range of pet and environmentally-friendly ice melt products. You can find various brands and options, such as Safe Thaw, along with customer reviews and ratings, to help you make an informed decision. Simply search for "Thaw Safe" on the Amazon website, and you'll find the ice melt solution. Home Improvement Stores Many home improvement stores stock pet and environmentally-friendly ice melt during winter. These stores often have dedicated sections for winter supplies, including ice melt products. You can visit the stores in person and explore the brands and options available. The staff at these stores can also provide recommendations and guidance based on your specific needs. Diy Alternatives For Pet And Environmentally Friendly Ice Melt If you're concerned about the harmful effects of traditional ice melt products on your pets and the environment, there are DIY alternatives that are both pet-friendly and environmentally friendly. Let's explore some simple DIY alternatives for pet and environmentally friendly ice melt. Vinegar And Water Solution One effective DIY ice melt solution is a mixture of vinegar and water. Mix equal parts of white vinegar and water in a spray bottle and apply it directly to icy surfaces. The acetic acid in vinegar helps to break down ice, making it easier to remove. Remember to apply this solution sparingly, as excessive use may damage nearby plants. Rubbing Alcohol And Dish Soap Solution Another DIY option is to create a solution using rubbing alcohol and dish soap. Mix one part rubbing alcohol with two parts warm water and add a few drops of dish soap. Pour the mixture onto the icy areas and allow it to sit for a few minutes. The alcohol lowers the freezing point of water, aiding in the melting process, while the dish soap helps to break the ice's surface tension. Sand Or Kitty Litter For areas where ice melt solutions may not suit, sand or kitty litter can provide traction and reduce slipping hazards. Spread a generous amount of sand or kitty litter over icy surfaces to improve traction. These materials are safe for pets and the environment and can be easily swept away once the ice has melted. Final Words When searching for ice melt near me, it is crucial to consider pet and environmentally-friendly options. One reliable source for such products is Safe Thaw (https://safethaw.com/), which offers a wide range of safe ice melt solutions for pets and the environment.  Additionally, popular online platforms like Amazon and Home Depot also provide a variety of pet-friendly ice melt products. By choosing these alternatives, you can effectively combat icy surfaces while keeping your furry friends and the environment safe. Remember, being mindful of our products helps create a safer and greener world. Read the full article

[advantagehardwoodcalgary-blog]

Calgary - Protect Your Hardwood Floors from Winter

Hardwood floors in CALGARY see their fair share of snow and ice during the winter. Add salt and ice melt to that, and you have a recipe for damaged hardwood floors. What do you clean your floors with when winter hits? How do you protect them? 

Will Ice Melt Damage Wood Floors?

Most ice melt products contain either one component or a blend of the following: calcium chloride, sodium chloride, potassium chloride, magnesium chloride, and urea. Since ice melt has a chemical foundation of calcium chloride (salt), it effectively melts ice and is cost effective. However, salt has a high pH level, just like products used in stripping floors. Over time, if not cleaned up quickly, ice melt residue removes the protective finish, ultimately exposing the wood to damage.

Watch for Grit That Can Scratch Wood Floors

Besides the chemicals that get tracked in, you have to worry about the grit from sand, kitty litter, and regular road dirt that may stick to snowy shoes and boots and end up in your foyer. If you can, have visitors deposit their footwear in a plastic boot tray when entering the home. The next best solution is a thick towel or mat to place shoes on. Be aware, however, that once wet, that towel or mat can do damage if left sitting upon the wood floor for too long. Remove it and replace it with a dry version as soon as you can.

Quick Cleanup and Preventative Tips

Reducing damage to hardwood floors is best done with a quick cleanup when coming in from outside. Although indoor rugs may seem like a good idea, they unfortunately will trap moisture and cause more damage. Try a heavy duty outdoor rug/mat to reduce dry material like salt pellets from coming inside. Another helpful tip is keeping a broom or small vacuum handy to get rid of any granules. It’s also a good idea to have some soft, absorbent towels on hand near the door so cleanup can be done easily and quickly. For footwear, set up a drying area with plastic shelving so that shoes are not sitting directly on the hardwood.

From installation and refinishing to maintenance, if you need help with your hardwood floors, contact

Advantage Hardwood in Calgary 403 995-9779 for a free, in-home consultation.

[datscienceghostboi]

Chernokov Radiation

An addition to that other post.

I started getting more in depth with this “ghosts are spooky amoebas” headcannon.

The composition of cytoplasm is defined as EVERYTHING in the cell that is not the nucleus or plasma membrane. That’s a broad definition, in this headcannon the ghosts cytoplasm displays more similarities, at least visually with the ectoplasm of the cell. Meaning it’s non granulated (clear). the fluid part which would make up 90% of the ghosts mass is called cytosol. Cytosol is composed of water mixed with soludable ions, molecules and proteins. The ions include (in order of least to greatest proportion in the cytosol) calcium, magnesium, amino acids, bicarbonate, chloride, sodium, and potassium. There’s also the cytoskeleton which is the structure eurkaryotes such as amoebas use to move internal mass and maintain cell shape. The cytoskeleton is a network of protein filaments and microtubules. The ghosts would have a different, unknown protein that would act as programable matter. High energy can manipulate the prosperities the matter takes on. In its low energy state it just kinda loses its properties and becomes loosely interconnected. The general internal functions of the ghost is akin to a plant but also displays non organism properties. Plants use chlorophyll to take light and other molecules (water and carbon dioxide) to restructure them into an energy source (food) expelling the remnants (oxygen). Ghosts however have a different method. Taking in ionizing radiation (Gamma rays, X rays and high end ultraviolet light). They employ a system of an outer shell or sheath of the programable matter that takes on the properties of melanin like radiotrophic fungi. This system also includes chlorophyll-esque structure directly attached underneath this “skin” ; also made of programable matter but “locked” in that form forever. This is where the green underneath the ghosts “skin”comes from. The ghosts do use nutrients as a means of energy but instead taking in molecules the simply trap the remains of already used nutrients and use the energy from radiation metabolism to restructure it to make it useful again. In essence they take their waste and make it food. Like if humans could make carbon dioxide into oxygen to breathe while simultaneously making oxygen into carbon dioxide through breathing. Cellular respiration is also something ghosts do differently. Amoebas are Anearobes. Meaning they use something other than oxygen for respiration. When undergoing respiration, electrons are shuttled to an electron transport chain, and the final electron acceptor is an oxidizing agent. Since ghosts only take in radiation they must use their control over programable matter to make an oxidizing agents from internal mass. Bicarbonate as stated to be present has all the molecules to make carbon dioxide, which can be used as an electron acceptor. Restructuring bicarbonate to make carbon dioxide would also leave a molecule of Hydroxide. Possibly reused in the same process used to make nutrients. Chernokov radiation is basically a pale blue light that is made as a result of charged particles (electrons) moving through a dielectric medium at a speed greater than that of light in the same medium. Water is a dielectric medium, which ghosts are mostly composed of. Since electrons are being shuttled around the mass in respiration. Matter can be accelerated beyond this speed (although still to less than c) during nuclear reactions and in particle accelerators. Since ghosts absorb ionizing radiation it can be assumed that it also correlates to the energy inside the ghosts mass. Meaning the ghostly glow is chernokov radiation. Although this would only be the case when ghost absorb enough radiation to have as much or equal amount of energy to a nuclear reaction.

The ghostly “life cycle” consists of STEP 1: gain mass\ host DNA for adequate protective shell structure in relation to size. Basically if the ghost is human sized it needs a human sized protective layer. Ghosts start out as the same size as any amoeba. From within a human body they move around via the circulatory system to sample the appropate DNA. The encapsilate dead or dying cells and break down weakened cell membranes, organelle and nuclei to restructure into programmable matter to increase their supply. Taking the cytoplasm/ cytosol mass to make themselves bigger and taking the DNA for themselves. They slowly need to collect the right DNA for a dermal later and control as regulation of a dermal layer. Sometimes even taking along things like hair and nails but the majority of ghosts are just hairless skin sacks. Once sufficient DNA sample is acquired and assimilated they switch to simply just killing the host. Moving to the brain to alter chemical function and make the host more prone to self harm (possession/overshadow). Once the host has died they begin the breakdown and assimilation of all cells in the body to increase their mass. I’m not sure how much cytosol is in the human body but it’s basically just water, ions and proteins all of which are abundant in the human body. So, for the sake of this headcannon let’s just assume the ghost is capable of gaining near or equal to mass as the host. After this you have the “ghost” of the host subject. Unlike humans, which have a nervous system connected to tissues ghosts are amoeboid and achieve movement through cytoplasmic streaming, also called protoplasmic streaming and cyclosis. Which is the flow of internal cytoplasm. Sort of like hydraulics but not really. The ghost may adapt a system of pseudo-nuerons encapsulating the to be able to think and interact with envirment but this is directly linked to size. The larger the ghost the more the need for thought is present. Ghosts may “remember” certain objects,places or people based on the chemical effect the emotions associated with those things had on the ghost when it was in the process of altering brain function. This is usually things that are truly shocking or bring about powerful feelings. Typically things seen or experienced when the host experienced shock apon death. STEP 2: The ghost then seeks out places with high ionizing radiation, although they can sometimes be sidetracked by things that had profound chemical emotion effect on the host as previously stated. These “haunts” are then typically permanently inhabited by the ghost. Who then begins to display territorial behaviors towards organisms or equal size or appearance. Ionizing radiation isn’t exactly abundant in everyday envirments. Nuclear power plants, hospitals with radiology and high altitude points may have the high energy ghost types but for the most part, the most common ghost is low energy. Barely living of what cosmic and solar radiation slips through the cracks in the atmosphere. High energy ghosts display all the associates behaviors: thought processes, reactions to environment, large size or mass. Full control of properties or abilities, high movement (output) as result of high energy (input). Low energy ghosts have low mass/size, no movement, no thought process, no property control. Low energy ghosts are basically just microscopic non-organisms that can’t even be observed as in its low energy state ghosts stay in a constant state of quantum tunneling “phasing” and programable matter warps it distorts light around it “invisibility”. Not phasing and interacting with light requires high energy/radiation input to control. Which is why ghosts where thought of as nonexistent. This is part 1 of a two part headcannon so for the rest of ghost “life cycle”, halfa biology and makeup, and ghost zone physics look for part 2