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AbstractA program of treatment by objectives focusing on identified problem areas is employed in a day treatment setting.

Biodegradable MSW, industrial waste and sludge was treated biocellreactor (BCR). The waste was crushed and put in piles and covered with plastic foil. Horizontal gas drainage pipes and water pipes were placed in the waste. The waste was digested for about 5 years and then dug out, composted and sieved into 2 fractions, burnable and fine fraction. The burnable fraction was incinerated and the fine fraction is used as construction material in covering of an old landfill. After about 5 years the waste was digested and there was no odour when the reactor was dug out. The total weight lost was about 40 % due to gas production and drainage of water. After sieving the material in a 40 mm drum sieve the course fraction, about 45 % of initial weight, was sent to incineration. The fine fraction, about 15 % of the initial weight showed high content of copper (>400 mg/kg) and zinc (>1000 mg/kg) and has a content of about 60 % of inorganic material. The treatment in BCR was about 15 euro/ton and 18 euro/ton cheaper than incineration or landfilling. ; Biodegradable MSW, industrial waste and sludge was treated biocellreactor (BCR). The waste was crushed and put in piles and covered with plastic foil. Horizontal gas drainage pipes and water pipes were placed in the waste. The waste was digested for about 5 years and then dug out, composted and sieved into 2 fractions, burnable and fine fraction. The burnable fraction was incinerated and the fine fraction is used as construction material in covering of an old landfill. After about 5 years the waste was digested and there was no odour when the reactor was dug out. The total weight lost was about 40 % due to gas production and drainage of water. After sieving the material in a 40 mm drum sieve the course fraction, about 45 % of initial weight, was sent to incineration. The fine fraction, about 15 % of the initial weight showed high content of copper (>400 mg/kg) and zinc (>1000 mg/kg) and has a content of about 60 % of inorganic material. The treatment in BCR was about 15 euro/ton and 18 euro/ton cheaper than incineration or landfilling.

The current study focuses on three dimensions of treatment neighborhood environments that may influence treatment retention: neighborhood disadvantage, stability, and concentrated immigration. We examined treatment outcomes for a total of 9,319 individuals who were admitted for initial treatment in 56 outpatient clinics in Cook County, Illinois. Census-tract-level data were used to measure facility neighborhood environment. We found that neighborhood disadvantage was unrelated to individual treatment completion. Immigrant concentration was found to increase the likelihood of substance abuse treatment completion, although it was attenuated after controlling for patient problem severity and referral sources. Neighborhood stability was found to be positively related to treatment completion. These results suggest that knowledge of neighborhood context should be an important consideration when making placement decisions of new treatment facilities. Knowledge of neighborhood impact on treatment attrition should also be considered essential information to be used for client placement, treatment program design, and discharge protocols.

The findings of a two-year study into the effectiveness of the RAPt drug treatment programme which enables male prisoners with self-confessed problems of substance misuse to lead a drug and alcohol-free life in prison and in the community after release. The report also assesses whether completion of the programme is associated with a reduction in the likelihood of reconviction post-release. A unique and highly significant collection of information and data.