Safer processes
use oxygen compounds and result in paper that is «totally chlorine free,» «process chlorine free» (chlorine free except for recycled fibers that were previously chlorine - bleached) or «elemental chlorine free,» which substitutes safer chlorine dioxide for chlorine.
Not exact matches
Elements and
compounds below the surface could be
used to create fuel, including water, which can be split into useful hydrogen and
oxygen.
This releases a chemical called a polyphenol oxidase, an enzyme that pulls
oxygen from the air and
uses it to create
compounds called o - quinones, which then link up into long chains (which may include proteins, too) that turn the apple's flesh brown.
You could
use a combination of antimicrobial herbs and immune boosting
compounds such as these: https://store.drjockers.com/products/para-elim https://store.drjockers.com/products/immuno-charge You may also try hyperbaric
oxygen therapy.
In the absence of
oxygen inside a digester, bacteria break down the
compounds in sewage to create gaseous methane, which can be
used to power gas stoves or converted to electricity.
The hydrogen replaces
oxygen in the acids and other
compounds in the bio-oils and makes them less corrosive, and the zeolites break the large hydrocarbons into
compounds such as toluene and benzene that are commonly
used building blocks for a large number of industrial chemicals.
In medicine, they could also be
used to encapsulate
oxygen - sensitive active
compounds and to reduce the inflammation caused by reactive
oxygen species (ROS) in biomedical applications.
Using spectral readings from telescopes at the Keck Observatory in Hawaii, Hand has found high levels of oxidative chemicals such as sulfate,
oxygen, sulfur dioxide and hydrogen peroxide on Europa's surface, which are produced as ionizing radiation from Jupiter scours it, splitting apart water molecules and sulfur
compounds in the uppermost layers of its ice.
Using the energy of the sun, they break the water molecules apart and
use the hydrogen to create organic
compounds like carbohydrates, leaving
oxygen behind as a by - product.
Cortright and chemical engineer James Dumesic discovered in their university lab back in 2001 that by starting with water and various carbohydrates from plants — basically, carbon, hydrogen and
oxygen compounds — and
using catalysts, heat and pressure, they could start creating CO2 and hydrogen and then
use that hydrogen to eliminate the
oxygen as water (the process produces more water than it consumes).
Janez Cerkovnik and Bozo Plesnicar of the University of Ljubljana in Slovenia
used a reaction similar to the commercial process for manufacturing hydrogen peroxide, which employs an anthraquinone
compound to reduce
oxygen.
Conventional processing methods
use a high - temperature blast furnace to heat the iron ore and other
compounds to remove
oxygen and yield a desired alloy, a method that creates a lot of carbon dioxide, according to a report last year from U.S. EPA on greenhouse gas emissions from the iron and steel sector.
They also correlated the amount of energy found in the sample to its chemical
oxygen demand (COD), a commonly
used indirect measurement of dissolved organic
compounds.
In most places in the world's oceans, microbes consume all the
oxygen less than 10 centimeters into the sediment and below that depth switch to
using other
compounds for respiration.
While they demonstrated the process
using one particular oxide
compound, the researchers say the findings could apply broadly to a variety of oxide materials, and even to other kinds of ions in addition to
oxygen, moving in and out of the oxide layer.
If the respiration is intense enough inside the particles, all the
oxygen can run out and the microbes will switch to respire
using compounds besides
oxygen.
«The theory is: the
use of
oxygen in the organism can be stimulated by protein
compounds of sulphuric content, which make oils [omega - 3] water - soluble...» In short, this diet stops the spread of cancer and kills cancer cells.
Proteins are
used for transporting iron and
oxygen in the blood and for the manufacturing of hormones, enzymes, stimulation of the immune system and other
compounds that provide fuel for your body.
Chemical
oxygen demand (COD)- The quantity of
oxygen required for the complete oxidation of organic chemical
compounds in water;
used as a measure of the level of organic pollutants in natural and waste waters.
Our cells
use these carbon
compounds and
oxygen to produce electricity, heat, water, and carbon dioxide.
when an organic
compound methane reacts with
oxygen they produces carbon dia oxyide and the hydrogen gas which is harmful for humman biengs carbon dia oxyide is
used in our drinks like pepsi and it is soulible in water at heavey pressure and hydrogen is
used as fuel and the equatoin becomes ch4 + h2 ---- > co2 +2 h2
These extinguishers
use a dry chemical
compound to smother the fire by separating the burning fuel from the
oxygen.