Analytical Data

This page contains “proof of use” of our green technology products.   It contains summary data of case studies and links to  full reports on those case studies .

Introduction

The analytical results for various projects and case studies are listed below. Each document lists the facts relating to the work done and the analysis which was carried out by independent laboratories.

Domestic Kerosene Spill

Kerosene oil spill in Drogheda, Ireland eradicated with the application of S200 OilGone liquid.  All the contaminated soil was exposed to air and sprayed with product. 99.99% of the oil was bioremediated within two months

Boiler House Spill

A pipe feeding kerosene into a boiler leaked contaminating both the boiler house and the soil outside with Kerosene. S200 OilGone was pumped into a matrix of drill holes into the concrete walls and floor. The soil was treated in a similar manner to the case study preceding this one. 99% of the contaminate was eradicated within three months. Of note, the odour of spilled oil was eradicated within 48 hours.

Diesel Land Farm Project

A control comparison test carried out on a diesel spill on soil.  Over a four week period the untreated control diesel only degraded by 5% where as the area treated with S200 OilGone degraded the diesel by 50%.  Once encapsulated within S200 OilGone it normally takes 6 to 8 weeks to fully biodegrade Diesel

Bacteria Evolution

S200 OilGone works by accelerating the growth of local bacteria within its matrix which feast on spilled oil.  Without the application of S200 OilGone the growth rate for bacteria was 600,000 colonies / ml within 4 weeks. With S200 OilGone it was 10,000,000 bacteria colonies / ml.

Oil Water Separator

  • The Interceptor treated was feed spilled oil into it from a secondary collection unit.
  • A 3m PRP Boom was placed in chamber 2 of the unit
    PRP powder was added to the surface of chamber 2 and 3.
  • After five months the units were inspected:
  • The fuel concentration as measured by Total Petroleum Hydrocarbons had fallen from a level of 29,900,000 microns per Litre (ug/l) to just 88.5 (ug/l) a decrease of 99.9%
  • Tests conducted by Biosearch Limited, Belfast, an independent analytical laboratory.

Oil Water Separator 2

  • A stand-alone Interceptor collecting spilled oils in a fuel depot.
  • A 3m PRP Boom was placed in chamber 2 of the unit
    PRP powder was added to the surface of chamber 2 and 3.
  • After five months the units were inspected:
  • The fuel concentration as measured by Total Petroleum Hydrocarbons had fallen from a level of 256,000 microns per Litre (ug/l) to just 84.6 (ug/l) a decrease of 99.9%
  • Tests conducted by Biosearch Limited, Belfast, an independent analytical laboratory.

Caltex Oil Refinery

Contaminated soil from tank sediment, spills areas around leaky pipes and headers is deposited at the refinery land farm
Average TPH loading is 36,000 ppm
Target Total TPH is 10,000 ppm for refinery usage
S200 Oil Gone is applied initially and after 2 weeks with soil being turned over weekly
Test samples at 12 weeks indicted that S200 Oil Gone had halved the hydrocarbon loading to 18,000ppm
At 20 weeks the TPH levels were at 12,000 and under the threshold of 10,000ppm within the 25 week target period

Page construction and design – Thomas M.Eustace B.Comm M.B.S.©