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Xprt Product Applications Available In Greece
16,595 applications found
Test Setup: 40 and 60 mL of wastewater were added to individual respirometer flasks each containing nutrient/mineral/buffer medium to form two different dilutions. TCMP was added to inhibit nitrification. 25 mL of seed from a laboratory scale reactor was added to each test reactor. Oxygen uptake was monitored using a CHALLENGE AER-200 respirometer for five days. A second dose of 40 and 60 mL of leachate sample was then added to each reactor and oxygen uptake was measured for another 5 ...
ByChallenge Technology based in  Springdale, ARKANSAS (USA)
OUR measurements were made for two waste streams from a chemical production plant. The fingerprint for Waste 1 indicated the presence of three major groups of organic constituents. The first group of readily biodegradable organic constituents is oxidized at maximum kinetic rate through about one hour of contact. Oxidation of a second group of constituents causes the OUR to increase through about 3.5 hours of incubation. This increase in OUR is caused by growth of microorganisms during the oxidation reaction. ...
ByChallenge Technology based in  Springdale, ARKANSAS (USA)
Potential Applications: Dairy, Milk Parlor, Grain Processing, Wet Milling, Canning Facilities, Vegetable Wash Water, Biodegradable Organics Removal, Well and Drinking Water Treatment, Sediment Runoff, Pesticide Control, Cryptosporidum and Giardia ...
ByRoyall Dissolved Air Floatation Corporation (DAF) Products, LLC based in  Reedsburg, WISCONSIN (USA)
Byo-Gon PX-109® Organic is an environmentally friendly solution designed for restaurants to address grease trap and drain line challenges. This product utilizes natural biological processes to reduce organic buildup and trap deposition, effectively managing fouling and odor issues. It enhances metabolic activity in existing bacterial and enzymatic systems, accelerating the breakdown of fats, oils, and grease (FOG). Upon application, microbial cultures proliferate, forming a protective film that facilitates ...
ByByo-Gon, Inc. based in  Charleston, SOUTH CAROLINA (USA)
Industries extensively use water in their manufacturing, cooling and washing processes, unavoidably producing oil-contaminated wastewater during their production cycle. ...
BySurfcleaner AB based in  Bromma, SWEDEN
MATER-BI applications for agriculture are able to biodegrade in soil, contribute to the better development of horticultural crops and. simplify the management and reduce the amount of plastic waste at end of life. ...
ByNovamont S.p.A. based in  Novara, ITALY
Biodegradable and compostable carrier bags, which can be re-used for the separate collection of organic waste, and bags and gloves for the fruits&vegetables departments are some examples of MATER-BI products already successfully introduced in the large scale ...
ByNovamont S.p.A. based in  Novara, ITALY
Thanks to its characteristics and features - biodegradability, compostability, transparency, resistance to humidity and pathogens - bags in MATER-BI have proved to be a key tool to encourage the separate collections of organic ...
ByNovamont S.p.A. based in  Novara, ITALY
Floating trash pollution mainly comprises plastic waste. Plastic waste is floating trash that enters the sea and oceans through various water bodies. To recover plastic trash from seas and oceans is a gigantic task hence it is important to control floating trash at various levels before it enters the ...
ByPotential Engineering based in  Navi Mumba, INDIA
Kitchen waste refers to household waste which is perishable and includes organic matter, mainly including vegetable leaves, fruit skin and shell, fish bone, leftover, tea leaves, expired food, etc. Kitchen waste accounts for about half of household waste, can be further composted by biodegradation method or anaerobic treatment to produce biogas. Due to the different size and property of kitchen waste, it has certain difficulty to handle the material at the early ...
ByHarden Machinery Ltd. based in  Zhongshan City, CHINA
Waste tires are called black pollution. The accumulation of a large number of waste tires not only occupies the land but also seriously damages the environment. Because waste tires are not biodegradable, the decomposition time of tires is uncertain. At the same time, waste tires contain elements such as lead, chromium, cadmium and other heavy metals, which can pose a threat to human health and the environment if be handled and managed improperly. Long-term stacking of waste tires in the open air will not only ...
ByHarden Machinery Ltd. based in  Zhongshan City, CHINA
Leaders in the Cosmetics Industry. We’ve provided raw materials used by Fortune 500 cosmetics companies for 20+ years. Our in-house raw material stock guarantees a consistent, high-quality supply without ...
ByEco-Shell, LP based in  Corning, CALIFORNIA (USA)
Leaders in the All-Natural Cage Litter & Bedding Industry. Walnut shell is an ideal material for cage litter and bedding for reptiles or other small animals, such as birds, bearded dragons, turtles, and snakes. Our in-house raw material stock guarantees a consistent, high-quality supply without interruption. ...
ByEco-Shell, LP based in  Corning, CALIFORNIA (USA)
We develop Bacillus-based products that bioremediate, and restore soil, sludge, and water contaminated with harmful chemicals. Our solutions significantly enhance and expedite biodegradation from years to ...
ByMicrobial Discovery Group (MDG) based in  Oak Creek, WISCONSIN (USA)
Until Bio-Active entered the market, the most effective way to reduce Cyanuric Acid buildup was to drain part or all of your pool water. This lead to water waste, CYA pollutants in the water ways, and expensive pumping, re-filling and chemical balancing costs. In contrast, Bio-Active Cyanuric Acid Reducer is an all-natural, biodegradable, non-toxic product. It employs natural processes to decrease CYA to an optimal point so your chlorine can function as efficiently as possible. ...
ByBiOWiSH Technologies Inc based in  Cincinnati, OHIO (USA)
WOLA has developed technologies based on specifically selected microorganisms – used as sensors – to analyze biological parameters of water quality such as Biochemical Oxygen Demand (BOD), toxicity and quantification of microorganisms, with applications in the process of water quality monitoring, water treatment and re – use, waste water treatment plants (WWTP) functioning, polluting industries, fish farming, aquaculture and hydroponic systems and environmental control in rivers, lakes, wetlands ...
ByBiosensor, S.L. based in  Moncofar, SPAIN
WOLA has developed technologies based on specifically selected microorganisms – used as sensors – to analyze biological parameters of water quality such as Biochemical Oxygen Demand (BOD), toxicity and quantification of microorganisms, with applications in the process of water quality monitoring, water treatment and re – use, waste water treatment plants (WWTP) functioning, polluting industries, fish farming, aquaculture and hydroponic systems and environmental control in rivers, lakes, wetlands ...
ByBiosensor, S.L. based in  Moncofar, SPAIN
WOLA has developed technologies based on specifically selected microorganisms – used as sensors – to analyze biological parameters of water quality such as Biochemical Oxygen Demand (BOD), toxicity and quantification of microorganisms, with applications in the process of water quality monitoring, water treatment and re – use, waste water treatment plants (WWTP) functioning, polluting industries, fish farming, aquaculture and hydroponic systems and environmental control in rivers, lakes, wetlands ...
ByBiosensor, S.L. based in  Moncofar, SPAIN
WOLA has developed technologies based on specifically selected microorganisms – used as sensors – to analyze biological parameters of water quality such as Biochemical Oxygen Demand (BOD), toxicity and quantification of microorganisms, with applications in the process of water quality monitoring, water treatment and re – use, waste water treatment plants (WWTP) functioning, polluting industries, fish farming, aquaculture and hydroponic systems and environmental control in rivers, lakes, wetlands ...
ByBiosensor, S.L. based in  Moncofar, SPAIN
WOLA has developed technologies based on specifically selected microorganisms – used as sensors – to analyze biological parameters of water quality such as Biochemical Oxygen Demand (BOD), toxicity and quantification of microorganisms, with applications in the process of water quality monitoring, water treatment and re – use, waste water treatment plants (WWTP) functioning, polluting industries, fish farming, aquaculture and hydroponic systems and environmental control in rivers, lakes, wetlands ...
ByBiosensor, S.L. based in  Moncofar, SPAIN