by Kenneth Lyngaas
on August 11, 2016
Algae is photosynthetic organisms that use sunlight to make oxygen and organic. Algae have been on Earth since its creation nearly 3 billion years ago, these microorganism grow in surface waters of the sea and is temperature sensitive. Read more..
by Kenneth Lyngaas
on June 29, 2017
Anaerobic is a term used to describe an anaerobic environment that lacks oxygen, or an organism or process that requires the absence of oxygen.
by Kenneth Lyngaas
on July 25, 2016
Aramid fibre Aramid fibre is a name of a specific type of extremely strong and heat-resistant fibre introduced early in the 1960s by the chemical giant DuPont under the trade name Nomex. Aramid fibres are aromatic polyamides that are manufactured and formed with a long-chain synthetic polyamide which more than 85% of the aramid mixed [...]
by Kenneth Lyngaas
on August 15, 2016
The atmosphere is a term used to describe the mixture of different gasses that surrounds Earth. These gases consist predominantly of nitrogen, oxygen, argon, carbon dioxide, and water vapour. Read more..
by Kenneth Lyngaas
on August 16, 2016
The biosphere is the term used to describe all of Earth’s living organism, and organic matter not yet decomposed. Earth is the only planet, we know that have an existence of biosphere, we have yet to find other planet’s that host life. Read more..
by Kenneth Lyngaas
on June 25, 2017
Glucose is a simple sugar, or monosaccharide, formula C6H12O6. This six-carbon carbohydrate is the main source of energy for animals and plants.
by Kenneth Lyngaas
on September 8, 2016
Natural polymers are biodegradable. Formed naturally in all living organism, both in plants and animals; made from elements such as carbon, hydrogen, nitrogen and oxygen. In animals natural polymers are found in muscles skin, silk, hair, wool and fur. Read more..
by Kenneth Lyngaas
on August 17, 2016
Every day, large quantities of volatile organic compounds (VOCs) are emitted to the atmosphere from both anthropogenic and natural sources. These substances influence local, regional and even global photochemistry and several of them in addition have a potential impact of the climate, due to their properties as greenhouse gases and as well ability to form aerosol particles on oxidation. Read more..
