Green Chemistry – What You Need to Know About It?

With every breakthrough that we made in the field of medicine; with every stride that we made towards formulating an improved crop protection solution; and, with every advancement we worked on to revolutionize every preceding age of industrialization, we did something negative in parallel:

We caused unintentional harm to our planet and to the health of everyone around us.

Thankfully, as a global community, we have now started acknowledging the long term negative effects of what we have been doing.

We have realized, and assuming our responsibility we have also started to act, giving life to new ideas and new practices. One such example being… 

The idea and practice of green chemistry

What is Green Chemistry?

Green chemistry is defined as an approach to the development of chemical products that are safer for our health and for our environment and then using those developed products in our chemical-oriented processes—both industrial and non-industrial.

The Scope of Green Chemistry Practices

The entailed scope, as described by the American Chemical Society, is as follows:

· Curtailing the hazards as presented by the grievous concerns over chemical toxicity.

· Optimizing processes to increase energy conservation.

· Reviewing and restructuring processes to reduce industrial waste.

· Designing renewable feedstocks.

Business Benefits of Green Chemistry

Next, we look at how the adoption of green chemistry can be beneficial for businesses, making a case for its deployment.

· Green chemical products give higher yield for chemical reactions at much lower amounts of consumed feedstock.

· Green chemistry processes are built around fewer synthetic sub-processes. This allows for faster manufacturing processes, leading to increased plant production capacity.

· Increased regulatory compliance as per the guidelines set by environmental and other government agencies.

· Increase in sales, as businesses can market their products safe for environmental use—a cause that customers like to associate with.

· The processes entailing the use of green chemical products are easy to design, manage and affordable to execute.

· Use of green chemical products has a negative correlation with the use of petroleum products. This slows down the depletion of petroleum resources, benefitting the global economy on whole.

The adoption of green chemistry is already on a roll, with many major corporations having deployed programs successfully. Are you leveraging your share?

About Watson International Ltd.

Watson International Ltd., is a proud supplier and advocate of green chemical products. The company resources its stock from R&D companies that are part of the FCAD group, and among the principal movers in the practice of green chemistry. From undecylenoyl glycine to methyl carbazate, the company supplies all.

Businesses operating in pharmaceutical sector, electronic industry, cosmetic industry and food industry can buy chemical agents and products as per their manufacturing and research needs. Watson International Ltd. also accepts payment via cryptocurrency. For more details call at (909) 345 0760-31.  
 

Batteries Versus Supercapacitors: Where Are We Heading?

The drive to find sustainable energy resources has mainly focused on energy storage solutions. Lithium batteries have been the winners in efficiency for decades. However, with the rising demand for electric vehicles, will Lithium batteries be able to maintain their top spot?

The industry is only now starting to realize that there are other options. One of the top contenders is supercapacitors, which offer a cost-effective solution.

Comparing the two, it’s difficult to say which of these will emerge as the primary energy solution for electric vehicles. But the debate is on!

Lithium prices surge with demand

The lightest metal known to the mankind, Lithium is continuously climbing in demand. Car manufactures are introducing newer models of EVs every day, thus increasing its industrial demand.

As it is, the supply is limited. This exponentially increases the cost of Lithium in market. Last year, Citibank estimated the demand for the metal will surge as much as 64% in the following 5 years.

As of 2017, we’ve already seen an 18% increase in cost from last year, with Lithium standing at around $9,100. The prices will continue to increase as consumer electronics, EVs and other applications still require these metals.

Capacitors are offer higher efficiency at lower cost

Capacitors have always given a tough competition to Lithium batteries, but certain limitations have stopped them from taking over the stage.

Graphene has arrived as a wonder material to replace Lithium. It’s safe, doesn’t heat up, and is available in abundance. It can be easily composted and incorporated or batteries and capacitors.

Capacitors particularly charge and discharge faster. Supercapacitors store energy in a different manner than batteries. The energy is stored electrostatically over the surface of material. It doesn’t involve in chemical reactions.

Supercapacitors can charge quickly, offering indefinite number of cycles. The only shortcoming is the amount of energy that can be stored per unit weight. However, this energy density gap can be bridged using newer solutions for material used.

Electrolyte composition can be the winning strategy

Researchers have spent decades finding compositions that can improve energy storage in supercapacitors. Recent studies with organic and ionic solutions, including ACN-based electrolytes.

This can allow manufacturers to incorporate supercapacitors in electric automobiles, hybrid buses, and energy storage systems. These supercapacitors can lead to more sustainable solutions, providing clean energy for routine commuting.

As one of the largest producers and suppliers of supercapacitor electrolytes, Watson International offers a growing list of high quality products. Their range of supercapacitor electrolytes include but are not limited to:

- Tetraethyl ammonium tetrafluoroborate: http://watson-int.com/teabf4-acn-cas-429-06-1/

- Triethylmethylammonium tetrafluoroborate: http://watson-int.com/temabf4acn-cas-69444-47-9/

- Succinimidyl-[4-(psoralen-8-yloxy)]-butyrate: http://watson-int.com/sbpbf4-acn-cas-129211-47-8/

Contact the company today for more information and for ordering their high profile chemicals. 

Combating Hair Loss¾The Need For Newer Solutions

Beauty is only skin deep, or so the old adage goes. However, dietary and lifestyle choices can affect physical wellbeing, including the characteristics that are associated with ‘beauty’.

Then, there are genetic disorders such as male pattern baldness. This not so hairy problem has created a market for cosmetic products that can help combat hair loss.


Not only that, but there are currently FDA approved products for eyelash lengthening and thickening too!

If you’re researching for potent chemicals to combat hair loss, you must have come across the synthetic prostaglandin analog Bimatoprost. Once it was shown to work for eyelashes, the interest in this analog further grew for potential efficacy against baldness.

Allergan’s LatisseÒ¾FDA approved treatment

A number of restoration treatments, including transplants and topical medications are available to address baldness. However, none of them are very effective and most require long term treatment. Also, these are extremely expensive and out of the reach of most of the affected individuals.

When Latisse was approved for eyelash growth by Food and Drug Administration (FDA), it was thought that similar efficacy would be observed for scalp hair growth. However, this did not happen, leading to researchers going back to their labs to find another solution.

Allergan started clinical trials in 2011 to determine if the product will be effective against scalp hair loss. The results obtained from the clinical trials were inconclusive. This suggested that Latisse may not work as effectively to treat baldness.

Researching alternatives

Bimatoprost, the active ingredient of Latisse, is a synthetic prostaglandin analog for FP receptor. It was initially approved for glaucoma and a different formulation was subsequently approved for cosmetic purposes.

Recently, regulations have been tightening around eyelash enhancing products due to their potential side effects. Bimatoprost based drug can cause permanent iris darkening and reversible eyelid skin darkening, among other side effects. It may potentially be banned or users may be discouraged to purchase the drug in several European countries.

Several industrial and academic labs are trying to find an alternative for Bimatoprost. Obvious choices that are under study include Cloprostenol isopropyl ester and Methylamido dihydro noralfaprostal (MDN).

MDN is similar in both form and function, while CIE is only similar in eyelash lengthening function to Bimatoprost. These studies may even offer insight as to their use against scalp baldness.

If you want a competitive advantage, order high purity prostaglandin analogs from Watson International. They are one of the few mature manufactures of synthetic analogs, supplying these and other reagents to labs around the world.

Contact the company for more details about their products or visit the links below:
Cloprostenol isopropyl ester: http://watson-int.com/cloprostenol-isopropyl-ester-cas-157283-66-4cloprostenol-isopropyl-ester-cas-157283-66-4/

Methylamido dihydro Noralfaprostal: http://watson-int.com/methylamido-dihydro-noralfaprostal-cas-155206-01-2/

Bimatoprost: http://watson-int.com/bimatoprost-cas-155206-00-1/

Catalytic Convertors - Turning Harmful Waste Into Harmless Exhaust Materials

Human impact, especially in form of environmental pollution, is considered to be one of the major causes of global climate change. Several nations have come together to reduce carbon footprint and release of other toxic substances in the air.

However, this struggle did not begin recently. In fact, a number of steps have been taken to reduce environmental pollution to prevent negative impact on both climate change and human health.

Treating exhaust is one prominent application of catalysts.

Catalytic converters

Catalytic converters are simple devices which perform a very complex function. They prevent the toxic gases and other pollutants from being released into the air and contaminating it.

These are mostly used as emission control devices that catalyze a redox reaction. Redox reactions, the simultaneous reduction and oxidation of reactants, result in conversion of harmful materials into less harmful substances.

Other than exhaust systems, these catalytic converters are used in electrical generators and other systems.

How does the conversion occur?

In essence, these converters change three major harmful components of exhaust; hydrocarbons, carbon monoxide and nitrogen oxide into less harmful carbon dioxide, oxygen, nitrogen and water.

These converters utilize expensive transition metal catalysts to enhance the reaction rate. Catalysts such as platinum and palladium are the ones most often used.

Catalysts

Platinum works as a catalyst for both reduction and oxidation reactions. While platinum is preferred in most reactions, it may not be used in certain applications due to higher reactivity and considerably higher costs.

Palladium and rhodium are also metal catalysts that can be used in place of platinum. Palladium is an oxidation catalyst while rhodium is a reduction catalyst. Nickel, iron, manganese and cerium also have limited usage.

Platinum, palladium and rhodium work as heterogeneous catalysts.

Process

The catalysts are deposited over a ceramic honeycomb as thin layers exposed to the reactants. This allows a greater surface area, enhancing reaction while using the minimum amount of catalysts.

A typical reaction looks like this:

Pt/Pd/Rh

2CO + 2NO 2CO₂ + N₂

Enhancing catalysis by transition metals

Although transition metals are efficient in enhancing the reaction rate, these are often also supplemented with phosphine ligands. This is particularly true for reactions where organic synthesis have to take place by the formation of C-C, C-N and C-O bonds.

A number of such ligands and several other catalysts are offered by Watson International, a fine chemical company. A list of these catalysts can be viewed and ordered here.

A few prominent ones include:

- 2-diphenylphosphinobenzaldehyde: http://watson-int.com/2-diphenylphosphinobenzaldehyde-cas-50777-76-9-3/

- Xantphos: http://watson-int.com/xantphos-cas-161265-03-8/

NiXanthphos: http://watson-int.com/nixanthphos-cas-261733-18-0/

Commonly Asked Questions About Cosmetic Peptides

While shopping for some of the best skincare products in the market, you are likely to put your hands on the anti-aging product line. However, before you pick a skincare product, it’s important to thoroughly read the ingredients to make sure it consists of cosmetic peptides for suitable skincare.

Cosmetic peptides form a core component of cosmetic products. They are basically short-length chain of amino acids, serving as foundation blocks of cells and tissues. The utilization of peptides in cosmetic products is being widely accepted as a good strategy by dermatologists. That’s because they understand that peptides improve the process of cell rejuvenation and collagen production.

However, there are a few common questions that make people skeptical about cosmetic peptides and its functions. Here they are:

What Is The Advantage Of Using Face Creams With Peptides?

Our skin comprises proteins. Among the various forms, collagen is one of the most abundant forms of proteins present in our skin. They exist as fibers that attach themselves to support the skin’s suppleness and natural texture. However, over time, when collagen fibers weaken, the signs of aging start appearing on the skin such as wrinkles and fine lines. As stated above, peptides are small chains of amino acids that work upon collagen to slow down the aging process. When these ingredients are added to facial creams, that’s exactly what they do.

What Do Peptides Do?

To begin with, it’s important to understand that peptides are active on a biological level. This means that their existence can have a drastic effect on your skin. The process of collagen production and breakdown is active in the skin. And if a topical product can facilitate this active mechanism to produce and not breakdown collagen (including other biochemical aging processes), it certainly can yield remarkable anti-aging results to the skin.

Generally, peptides are classified into 4 categories: signal peptides, carrier peptides, neurotransmitter peptides, and enzyme inhibitor peptides. These peptides are commonly available in skincare products today. Moreover, it is imperative for people to understand that a number of peptide studies have been undertaken in laboratory conditions. And the most effective peptides are those that are constructed synthetically.

For instance, signal peptides signal the skin to produce collagen and/or prevent its breakdown to reduce the signs of aging. These peptides are broadly used for cosmetic purposes. One of the most common signal peptides used today is palmitoyl pentapeptide (Matrixyl).

Should People With Skin Sensitivity Avoid Using Peptides?

First off, it’s imperative to understand that any skincare product that irritates your skin is a bad choice, irrespective of whether it has peptides or not. For instance, if you are suffering from itchiness, inflammations, and other sensitivities, immediately seek consultation from your dermatologist.

The use of cosmetic peptides is growing with the passage of time on a global scale. Find a comprehensive range of cosmetic peptides at Watson International. Moreover, this chemical trading company is also one of the renowned catalyst manufacturers.  Visit their website or call at +1 (909)345 0760-31 to place orders. 

Collagen Protein 5 uses and benefits

For the best quality peptide collagen, visit: watson-int

Enzymes in Our Bodies: How Do They Function?

Enzymes are organic molecules (characteristically proteins) that drastically increase the pace of nearly all the chemical reaction occurring within the cells.

They are fundamental for life and fulfill an array of significant roles within the body, such as facilitating absorption of food and metabolism.

There are some enzymes that aid in breaking down large molecules into smaller sizes that are far more simply absorbed by the human body. Then, there are other enzymes that assist in binding two molecules to come up with a new one. By and large, enzymes are extremely discerning catalysts. This means that a single kind of enzyme can speed up a particular reaction.

Stated below are some of the most important functions of enzymes:

They are Catalysts for Change

Typically, enzymes are recognized as catalysts as they increase the rate at which reactants bind with one another to conduct a chemical reaction.

A unique trait of enzymes is that while speeding up the process, it remains inchanged. They unite chemical reactants in such a manner that very little amount of energy is needed for the bonds to break down and create new bonds. As a result, they process of creating a product escalates.

They Create Energy

Living beings stock up the energy needed on a daily basis in the state of chemical energy. Typically, adenosine triphosphate (ATP) is the fundamental form of chemical energy. ATP is referred to a fully charged battery that discharges energy to support the enzymatic activities.

Moreover, enzymes are also needed to construct ATP. The fundamental enzyme that creates ATP is known as ATP Synthase. It forms a part of electron transfer chain in a cell’s mitochondria. For each glucose molecule that’s broken down for creating energy, ATP Synthase creates nearly 32-34 adenosine triphosphate molecules.

They are Molecular Machines

Enzymes are often termed as protein machines as they carry out the routine cellular functions. They transport packages to different parts within a cell.

They separate chromosomes while the cell goes through mitosis. They tear cilia to promote movement of cells or to let cells drive the mucus upwards (to the throat). Generally, there are 3 families of motor proteins: myosins, kinesins and dyneins. These catalyze the breakdown of ATP into ADP (adenosine diphoshphate) to collect the energy needed to carry out the grunt work.

They Break Down and Build Up

Typically, cells produce energy by breaking carbon compounds. Some of the common carbon compounds include sugar, proteins etc.

When these compounds are broken down into smaller pieces, the process is known as catabolism. And when new molecules are created from these smaller parts, the process is termed as anabolism. Enzymes carry out these roles at each step of the process.

If you are on the lookout for top-quality enzymes for conducting successful chemical processes, Watson International is your best pick.

In addition to enzymes, they stock a wide range of chemical products including DichloroIodopyridine, FereneDisodium Salt, Methylumbelliferyl alpha-D glucopyranoside and more. Visit http://watson-int.com/ today!