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Heart problem: York academics study cardiac rehab shortfall
Researchers at the University of York are trying to discover why so many heart attack victims in the UK fail to take part in potentially life-saving cardiac rehabilitation.   view more (2005-02-24)

EUREKA project destroys BSE-infected waste using plasma technology
The European Union's response to recent public health crises such as the BSE outbreak has prompted a EUREKA project to develop a more effective, safer and environmentally friendly method for destroying potentially infected animal wastes. New EU directives to eradicate BSE have generated such a huge... view more (2004-03-16)

What Shall We Do With Nuclear Waste?
There are two ways of dealing with the problem of nuclear waste. The first one is the easiest but not the most sensible: you can simply bury nuclear waste products and try to forget about them. However, this way does not seem to be the most rational. It seems much more attractive to try to derive... view more (2002-03-12)

ADE-ADE-BIOTEC present their first on-site plant for the treatment of pig purines
The novelty of the system lies in the possibility of having an on-site installation at the farm itself, thus avoiding the transport of the purines to other, off-site plants for their treatment.   view more (2004-12-09)

Radioactive waste – no problem for metal-munching bacteria
A harmless soil bacterium, which can survive high-level exposures to gamma radiation, is being developed to clean up land contaminated with radioactive waste, experts heard today (Wednesday 12 September 2001) at the bi-annual meeting of the Society of General Microbiology at the University of East... view more (2001-09-07)

Organic & Biomolecular Chemistry
From January 2003 the Royal Society of Chemistry is merging J Chem Soc Perkin Transactions 1 & 2 to form: Organic & Biomolecular Chemistry.   view more (2002-07-24)

More biogas, less sludge
Germany has more than 10,000 sewage plants, using costly processes to treat household, industrial and restaurant waste water. The treated water is discharged back into river and lake systems. What remains is an organic / inorganic mixture of sludge. The issue is how to dispose of this residue. Up... view more (2002-11-14)

Improving Swine Waste Fertilizer
Swine production generates large amounts of waste. While this waste contains nutrients that may serve as fertilizer when applied to agricultural fields, the ratio of nutrients in the waste is different than what a crop requires.   view more (2008-07-09)

How green does your garden grow?
Scientists at the University of Plymouth have been developing methods to `close the loop` on waste and pollution, by finding waste products that can be used to improve soil / plant-growth conditions. At the Society for Experimental Biology conference in Swansea Dr Stuart Lane presented ways in... view more (2002-04-11)

Reactor of the future destroys nuclear waste--KTH to head major EU project to cut storage times dramatically
A power plant that generates energy from used nuclear waste and destroys it as well. Could this become a reality? A three-year research project involving 23 European partners coordinated by KTH is being launched to investigate the matter. In the last few years great strides have been taken in... view more (2004-03-18)

The largest leachate plant in Europe
Leachates are the dirty or contaminated waters from landfills, produced as a consequence of both the moisture already present in the waste as well as of rainwater contaminated on passing through the waste material. The leachate plant has a capacity for treating 350,000 cubic metres a year,... view more (2004-02-25)

Turning cakes and ale into fertilizer
Many companies, by nature of their business, produce waste material, and what to do with that waste can often cause problems, in terms of both cost and damage to the environment. Now, a Newcastle University research centre has been set up specifically to provide assistance to companies which... view more (2000-02-08)

Clean energy from rotting waste
In spite of all public enthusiasm for sorting and recycling waste, a considerable amount of unsorted, often evil-smelling household rubbish always remains. This is left to rot on waste tips, where it represents a burden on the environment through pollution of ground water and emissions of gas.... view more (2000-01-27)

Arsenic discharged from landfills, says Dartmouth research
A group of researchers at Dartmouth have studied the concentrations of toxic metals at the former Coakley Landfill in North Hampton, N.H. They've found that while the level of iron and some other contaminants decreased, the level of arsenic slightly increased.   view more (2005-12-05)

Organic farming better for wildlife
A joint English Nature and RSPB scientific review comparing evidence about wildlife on organic and equivalent non-organic farms has concluded that organic farms are better for wildlife.   view more (2004-10-05)

Southampton study investigates energy `footprint` of waste management and recycling
Researchers at the University of Southampton are to carry out an 18-month study of energy use and production in current waste management and recycling practices. The research will be based on a case study of the city of Southampton, part of the internationally famous Project Integra, which is... view more (2002-10-03)

Did you know? The oldest organisms live in waste repositories
Some of the oldest organisms - Archaea - live in waste repositories. These microorganisms have lived on Earth for 3.8 billion years and some of them can produce methane, used as a renewable energy source. Cemagref scientists are trying to enhance their activities so that they produce methane more... view more (2003-06-11)

Compost can turn agricultural soils into a carbon sink, thus protecting against climate change
Applying organic fertilizers, such as those resulting from composting, to agricultural land could increase the amount of carbon stored in these soils and contribute significantly to the reduction of greenhouse gas emissions.   view more (2008-02-25)

Elimination of organic waste from water
University of Navarra researcher, Xabier Sevillano, recently defended his PhD thesis on a novel procedure for the elimination of organic waste from water.   view more (2005-11-07)

Paying peanuts for clean water
Peanut husks, one of the biggest food industry waste products, could be used to extract environmentally damaging copper ions from waste water, according to researchers in Turkey.   view more (2007-11-08)

`Glowing` technique could detect river pollution
New technology used to analyse dissolved organic matter in river water could also help scientists detect and monitor pollution, according to a new research published in the journal Hydrological Processes (1). Dissolved organic matter is found in all river water, and can come from both a natural... view more (2002-10-07)

New materials for high efficiency organic solid state lighting
A new organic molecule developed by Pacific Northwest National Laboratory scientists may significantly improve the efficiency of organic solid state lighting. Direct conversion of electricity to light in "solid state" thin films of organic molecules occurs in organic light emitting... view more (2006-03-30)

Wastewater from the canning industry is not harmful to the agricultural soil
Irrigation with wastewater from the canning industry is not harmful to the quality of agricultural soil and may even, in some cases, improve it. This is the conclusion of Iñigo Abdón Virto Quecedo in his PhD thesis defended at the Public University of Navarre.   view more (2004-12-22)

Recycling is not enough -- we need to consume less
Recycling rates have risen, and the UK is on schedule to meet EU targets, but the key to dealing with our escalating waste problem lies in changing our buying habits and our attitudes to consumption.   view more (2007-06-18)

A wasted opportunity?
British biologists are urging UK Departments of the Environment to expand a proposed two-year research programme into nuclear waste disposal in length and range to at least five years. Without knowledge of the biological and geological effects for each radioactive isotope, it will be impossible to... view more (2002-03-19)
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