OSEI - Oil Spill Eater International, Corp articles
Bio-remediation technology adopting a unique bio catalyst system of multi enzyme liquid concentrate, Oil Spill Eater II (OSE II), developed by Steven Pedigo. The technological process is schematically explained in the following slides.
Can the place where effluent are discharged in a river be so clean that one can stand up and take a selfie the re? This is the challenge that Namami Gange project has set for it self to clean the holy river, Chief minister Yogi Adityanath and Uniion minister for river development and Ganga rejuvenation Nitin Gadkari launched “Sewage Point to Selfie Point” campaign in the state on Tuesday with an aim to stop the discharge of millions of litres untreated water into the Ganga before
Subhash Mishra
Keeping the upcoming Kumbh at the fore-front, Uttar Pradesh Jal Nigam is all set to purify dirty river water with the help of four techniques of water purifications. As a pilot project, the techniques with implemented in the drains of Lucknow that open up into the Gomti.
The first such technique of Geotube was recently set up for a pilot study in Kukrail drain. The second on-Oil Spill Eater (OSE II), and enzyme produced by a US company was implemented in the arts college drain near Ma
In an effort to clean Gomti along with other rivers of the state, an American company, `Oil Spill Eater International Corporation, in association with Uttar Pradesh Jal Nigam, is conducting an experiment in a drain situated in front of Mankameshwar Temple on the banks of river Gomti.
Company official Rajesh Pandey said, "The cost of cleaning in other countries is around 40 paise per litre and the cost in Lucknow will be finalised after the experimental project is over. This purifying
Introduction
Oil Spill Eater 11 is the name of a non-toxic product which provides the means for moving oil spill response out of its current 19th Century methodology into the realm of advanced technological 21st Century breakthroughs for swiftly addressing and remediating 100% of any spill in any environment. In comparison, current response methods employed by three major oil companies - BP, Exxon and Shell - are obsolete and obtain dismal results.
Most recent
Replacing inadequate spill response with 21st technology
The information presented herein will demonstrate to insurance companies and their insured clients how to mitigate risk and reduce costs associated with oil/fuel spills. Insurance companies, Protection & Indemnity (P&I) clubs, and parties that pay high premiums are doing so based on the excessive costs associated with using inadequate spill response systems. This links documents will show you how to save
Summary:
- CPB gave approval for OSE II and requested a proposal for the scope of work as well as cost.
- Trip to Varanasi was very helpful to determine who to handle solids, as well as where to take samples for baseline information as well as where to dose OSE II.
- The trip revealed there will need to be a mechanism to mix OSE II with the large volume of water, and to inject aeration as well. O2 depletion was obvious from the green color of the
Steven Pedigo
A meeting of Regional Response Team 7 (RRT) member agencies and regional stakeholders convened at 13:00 on April 21, 2015, at 201 North 2nd Street, St. Charles, Missouri (MO). Co-chairs Scott Hayes of the U.S. Environmental Protection Agency (EPA) and Michael Sams of the U.S. Coast Guard (USCG) welcomed participants to the meeting. After attendee self-introductions, Hayes asked if corrections were needed to the last RRT meeting’s minutes. As none was requested, Hayes moved on to the fir
The most basic quesAon to ask in regards to oil spills is, why do you clean them up?
Very few people get the reason why you clean up an oil spill. The reason you clean up an oil spill is to reduce the toxicity of the oil to the environment so that living organisms can survive/ live. If single celled organisms can live in the environment, then generally humans will not be adversely affected.
The OSEI CorporaAon b
The objectives of this study were to perform potentially suitable active agent that solubilize total petroleum hydrocarbon (TPH) present as contaminants and to evaluate the optimal range of process parameters that can increase the removal efficiency in OSE(II)-enhanced soil washing (OESW) pilot tests. Used experimental method for solubilisation of TPH by using OSE(II) was batch experiments. The active agent solution parameters for OESW pilot tests were solution concentration, solution pH in t
Hwang, J. H.;Lee, D. H.;Woo, N. C.