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ESNR Accumulation over the last five days tells me this is ready.
ESNR Gaining strength. Homeland security.
ESNR next leg up takes us past .005.
ESNR next leg up take us past .005
You know it btb, I only hope I can get more shares under .0015.
HAON Now #1 on BB.
Good Morning HAON. The chart says it all.
ESNR Low float 60 mil on watch.
ESNR on watch.
HAON on breakout alert.
ESNR will soon be getting the attention it deserves.
HAON now #2 on the BB. This company will soon be getting the attention it deserves.
ESNR on breakout watch tomorrow.
Agree MONEY, with all the forward looking events coming our way I believe were at the beginning of a sustained run.
If were going to get 40 shares of the spin off for each 1000 shares of HAON we own I may have to buy more.
HAON getting bigger in the BUZZ CLOUD.
ESNR with the bid support we had today no doubt this is going higher.
HAON From a technical perspective this chart is screaming TAKE ME HIGHER.
HAON RM or not this is penny bound
ESNR huge bid support at EOD.
All up from here.
ESNR huge bid support in.
ESNR Feb 13, 2017
Environment
Detection of Phenol in Water and Air Using
BreadcrumbHome / Blogs / Detection of Phenol in Water and Air Using the zNose®
Phenol is an aromatic organic compound. It is both a manufactured chemical and a natural substance. It is a white crystalline solid that is volatile. Phenol is produced today on a large scale, about 7 billion kg/year from petroleum. It is an important industrial commodity and acts as a precursor to many materials and useful compounds. It is most commonly used to synthesize plastics and related materials. Phenol and its chemical derivatives play an essential part in the production of polycarbonates, epoxies, Bakelite, nylon, detergents, herbicides and numerous pharmaceutical drugs.
It was most commonly used as an antiseptic, from the early 1900s to the 1970s. It is also a versatile precursor to a large collection of drugs, commonly aspirin but also many herbicides. Phenol is also used as an oral anesthetic/analgesic products. Phenol can have adverse effects on the health of human and animals alike. Its vapors are corrosive to the eyes, the skin, and the respiratory tract. The toxic effect of phenol on the central nervous system causes sudden collapse and loss of consciousness.
Exposure to phenol by any route can produce systemic poisoning. It is corrosive and can cause chemical burns. Phenol denatures proteins and acts as a protoplasmic poison. Mild exposure may cause upper respiratory tract irritation. It becomes imperative to detect phenol in both water and air.
Conventional eNoses do not have specific chemical sensors. Also, they cannot separate or quantify the chemistry of aromas. Based on an ultra-fast gas chromatography, a new type of electronic nose called zNose®, is able to simulate unlimited numbers of specific virtual chemical sensors, and produce olfactory images based upon aroma chemistry.
Detecting phenol in air and water is fast and easy using the zNose® electronic nose or portable gas chromatograph. Because phenol is a relatively volatile and soluble in air, it shows low Henry’s constant at room temperature. Only 0.00136% will partition into the air from water as headspace vapor. However, water headspace measurements are best performed with samples elevated to at least 40oC. Using a 2nd stage pre-concentrator accessory sampling, sampling headspace vapors with the zNose® can reach minimum detectable levels of 10 ppb phenol in water.
zNose® can perform analytical measurements of volatile organic vapors and odors in near real time with part-per-trillion sensitivity precision. Separation and quantification of the chemicals within an odor is performed in seconds. Picogram sensitivity, universal non-polar selectivity, and electronically variable sensitivity is achieved via using a patented solid-state mass-sensitive detector. Integrated vapor pre-concentrator along with electronically variable detector allows zNose® to measure vapor concentrations spanning 6+ orders of magnitude.
To know more about detecting the presence of phenol in air and water or any other chemical compound, please visit our chemical solutions page.
ESNR Feb 13, 2017
Environment
Detection of Phenol in Water and Air Using
BreadcrumbHome / Blogs / Detection of Phenol in Water and Air Using the zNose®
Phenol is an aromatic organic compound. It is both a manufactured chemical and a natural substance. It is a white crystalline solid that is volatile. Phenol is produced today on a large scale, about 7 billion kg/year from petroleum. It is an important industrial commodity and acts as a precursor to many materials and useful compounds. It is most commonly used to synthesize plastics and related materials. Phenol and its chemical derivatives play an essential part in the production of polycarbonates, epoxies, Bakelite, nylon, detergents, herbicides and numerous pharmaceutical drugs.
It was most commonly used as an antiseptic, from the early 1900s to the 1970s. It is also a versatile precursor to a large collection of drugs, commonly aspirin but also many herbicides. Phenol is also used as an oral anesthetic/analgesic products. Phenol can have adverse effects on the health of human and animals alike. Its vapors are corrosive to the eyes, the skin, and the respiratory tract. The toxic effect of phenol on the central nervous system causes sudden collapse and loss of consciousness.
Exposure to phenol by any route can produce systemic poisoning. It is corrosive and can cause chemical burns. Phenol denatures proteins and acts as a protoplasmic poison. Mild exposure may cause upper respiratory tract irritation. It becomes imperative to detect phenol in both water and air.
Conventional eNoses do not have specific chemical sensors. Also, they cannot separate or quantify the chemistry of aromas. Based on an ultra-fast gas chromatography, a new type of electronic nose called zNose®, is able to simulate unlimited numbers of specific virtual chemical sensors, and produce olfactory images based upon aroma chemistry.
Detecting phenol in air and water is fast and easy using the zNose® electronic nose or portable gas chromatograph. Because phenol is a relatively volatile and soluble in air, it shows low Henry’s constant at room temperature. Only 0.00136% will partition into the air from water as headspace vapor. However, water headspace measurements are best performed with samples elevated to at least 40oC. Using a 2nd stage pre-concentrator accessory sampling, sampling headspace vapors with the zNose® can reach minimum detectable levels of 10 ppb phenol in water.
zNose® can perform analytical measurements of volatile organic vapors and odors in near real time with part-per-trillion sensitivity precision. Separation and quantification of the chemicals within an odor is performed in seconds. Picogram sensitivity, universal non-polar selectivity, and electronically variable sensitivity is achieved via using a patented solid-state mass-sensitive detector. Integrated vapor pre-concentrator along with electronically variable detector allows zNose® to measure vapor concentrations spanning 6+ orders of magnitude.
To know more about detecting the presence of phenol in air and water or any other chemical compound, please visit our chemical solutions page.
ESNR Feb 22, 2017
Chemical
Methyal Isocyanate - A Hazard to Life
BreadcrumbHome / Blogs / Methyal Isocyanate - A Hazard to Life
In our society today, many dangerous chemicals are produced and transported. Because of the vast use of these chemicals, more and more chemical accidents with huge loss of human life are getting reported. In Bhopal, India, accidental acute inhalation exposure to methyl isocyanate caused the deaths of about 3,800 people and adverse health effects in greater than 170,000 survivors. Pulmonary edema was the most common cause of death in most cases. Survivors continue to exhibit damage to the lungs and eyes. Reproductive effects and an increase in the number of stillbirths and spontaneous abortions were noted in the survivors. EPA classifies methyl isocyanate as a Group D, not classifiable as to human carcinogenicity.
Methyl isocyanate is an organic compound, synonyms are isocyanatomethane, methyl carbylamine, and MIC. Methyl isocyanate is an intermediate chemical in the production of carbamate pesticides. Methyl isocyanate is a colorless, flammable liquid which is soluble in water to 6–10 parts per 100 parts, but it also reacts with water.
A highly toxic material, it is extremely hazardous to human health. This compound is a skin irritant and can cause permanent eye damage. Methyl isocyanate attacks the respiratory system, eyes, and skin. It affects the lungs and bronchial airways and can cause permanent eye damage, and in the worst case, death. This compound is extremely flammable. When lit it gives off irritating or toxic fumes (or gasses) in a fire.
Quantifying the concentration of methyl isocyanate becomes an absolute essential. Technological and Industrial development provide us with many tools to face such emergencies and prevent them. Gas chromatography (GC) is one of several core techniques for chemical analysis and is commonly used in analytical laboratories worldwide. Gas detectors are now being used in a wide variety of applications for process and quality monitoring as well as safety and environmental compliance. But conventional gas detectors or monitoring devices do not have specific chemical sensors to correctly measure the compounds.
zNose® a breakthrough electronic nose technology is developed and patented by Electronic Sensor Technology. An ultra-fast GC with electronically variable sensitivity controls that can be used to quantify the concentration of methyl isocyanate. A comprehensive library of compounds and their odors based on retention time indexing to n-alkanes vapor standards is an integral part of system software. The sensitivity of the measurement is handled by the detector sensitivity and vapor sampling. Retention time is considered solely for compound identification.
ESNR Feb 22, 2017
Chemical
Methyal Isocyanate - A Hazard to Life
BreadcrumbHome / Blogs / Methyal Isocyanate - A Hazard to Life
In our society today, many dangerous chemicals are produced and transported. Because of the vast use of these chemicals, more and more chemical accidents with huge loss of human life are getting reported. In Bhopal, India, accidental acute inhalation exposure to methyl isocyanate caused the deaths of about 3,800 people and adverse health effects in greater than 170,000 survivors. Pulmonary edema was the most common cause of death in most cases. Survivors continue to exhibit damage to the lungs and eyes. Reproductive effects and an increase in the number of stillbirths and spontaneous abortions were noted in the survivors. EPA classifies methyl isocyanate as a Group D, not classifiable as to human carcinogenicity.
Methyl isocyanate is an organic compound, synonyms are isocyanatomethane, methyl carbylamine, and MIC. Methyl isocyanate is an intermediate chemical in the production of carbamate pesticides. Methyl isocyanate is a colorless, flammable liquid which is soluble in water to 6–10 parts per 100 parts, but it also reacts with water.
A highly toxic material, it is extremely hazardous to human health. This compound is a skin irritant and can cause permanent eye damage. Methyl isocyanate attacks the respiratory system, eyes, and skin. It affects the lungs and bronchial airways and can cause permanent eye damage, and in the worst case, death. This compound is extremely flammable. When lit it gives off irritating or toxic fumes (or gasses) in a fire.
Quantifying the concentration of methyl isocyanate becomes an absolute essential. Technological and Industrial development provide us with many tools to face such emergencies and prevent them. Gas chromatography (GC) is one of several core techniques for chemical analysis and is commonly used in analytical laboratories worldwide. Gas detectors are now being used in a wide variety of applications for process and quality monitoring as well as safety and environmental compliance. But conventional gas detectors or monitoring devices do not have specific chemical sensors to correctly measure the compounds.
zNose® a breakthrough electronic nose technology is developed and patented by Electronic Sensor Technology. An ultra-fast GC with electronically variable sensitivity controls that can be used to quantify the concentration of methyl isocyanate. A comprehensive library of compounds and their odors based on retention time indexing to n-alkanes vapor standards is an integral part of system software. The sensitivity of the measurement is handled by the detector sensitivity and vapor sampling. Retention time is considered solely for compound identification.
ESNR 10 day shows RSI at 51 plenty of room to run.
ESNR holding yesterday's gain, only 1.2 million shares between .0025 and a penny.
Agreed $treet, clear .0014's and were at .0020 in a heartbeat.
HAON Chart shows this way oversold RSI at 32. The bounce is coming.
ESNR only 1.2 million shares between here and a penny.
ESNR holding all of yesterday's gain.
There's that half million share bid at.032.
I'm Watching my friend. ESNR is also holding yesterdays gains. I believe ESCRQ and ESNR are both good for 10 cents, although ESCRQ my get there first.
ESCRQ on watch today.
ESNR Up 120% over the last four days. Low float homeland security.
ESNR Showing continued strength, up 120% over the last 4 days.
Good Morning ESNR.
ESNR Trending up on light volume. Chart continues to show strength.
ESNR 160 Mil OS 60 mil float continues to trend up.