Specifications transport vehicles with hazardous medical waste:
Medium-sized:
- Conditioned and refrigerated
- Designed accurately and closed
- Separates the driver from the vehicle transport barrier separating it from the contact and friction that waste.
- Inner surface of the vehicle is composed of smooth metal easily washed and cleaned if necessary.
- Equipped with all the necessary precautions to emergencies as also shown that the specification of the driver of the vehicle.
Those carrying the waste which is the following:
- To be a coach and Oaia dangers of such wastes.
- Be equipped with clothes prevention and wearing protective clothing during the process of the transfer of waste.
- To be calm and vigilant and cautious while driving.
- Be equipped with a device that connects immediately contact the concerned approaching in case of accidents or emergency situations Aouhalat congestion ..... etc..
- To be sincere and honest in his work.
- That holds all the documents, data and information that the waste in terms of size, weight, source and signed between him and the producer of the waste, and the statement of the day and date and time of departure.
As shown by the case study that the economic benefits of the application of integrated environmental management in a hospital in Dusseldorf, the university has achieved economic return, and it could be that the hospital is an example and a real model can be emulated in our hospitals in Iraq, and some developing countries in the region can be seen the piece in the following table :
Table (4)
000 089 242 euros
Financial returns from health care
000 244 021 euros
Proceeds from the public sector
000 501 420 euros
Other revenue
000 725 783 euros
(Input) the total fiscal revenue of the health care
000 819 632 euros
Staff costs
000 131 1 7 euros
The costs of medical materials
000 023 8 7 euros
The costs of equipment and services and provisions
000 963 683 euros
(Output) the total financial costs of personnel, materials and medical devices, equipment and provisions and final treatment of waste
Above table shows the economic benefits of the application of integrated environmental management system at the University Hospital of Dusseldorf, as demonstrated by the total profit of the piece as a return to economic Hospital as shown below [46].
Total profit = Input - Output
000 = 725783-000963 6 8 3
000 = 851 100 euros total profit
Economic as a return to the hospital under an annual report to the Ministry of Finance in 2006.
The second compound: that was included in the study is a Currenta in the city of Leverkusen, located in the north-west province of the Rhine, which lies up to 30 km from the provincial capital city of Dusseldorf.
Which consists of three modules are FOLLOWS:
- Units final treatment (incineration).
- unit after treatment (Amlilt burial) of hazardous waste.
- The processing unit water filter.
For the unity of the final treatment, which represents the complex second case study, where he was meeting directly with the Director of Planning for the unity of the final treatment of waste for the company was through the meeting, ask a lot of questions relating to arson and operating mechanism of the Holocaust and the interactions that occur during combustion processes and temperatures required for waste treatment and the removal of the hazardous effects of hazardous and reduce the sizes and quantities, and the stages of the gases resulting from the washing and purification, and also factors help to reduce the volume of greenhouse gas emissions under the environmental laws of the European Committee on gaseous emissions and environmental law for the Federal Republic of Germany (17). Replied graciously planning director on all the questions raised about the burning of the waste and the economic costs per ton of hazardous waste treatment and energy during the day to day operations of absorptive final treatment of hazardous wastes.
The study shows that the company Kurienta companies advanced in the final treatment of hazardous waste and operate this company on the application of the laws and regulations of the European on the environment, including the Law No. (17) on the emissions invasive Federal Republic of Germany, where received this company in 2007, hazardous waste for more than 300 companies and the lab of European countries in addition to various hazardous medical waste to many hospitals in the Federal Republic of Germany. And also to receive the waste of medicines and medical supplies from the factory Bayer Pharmaceuticals internationally known, for the purpose of Maaljtahaalnhaúah. Burning operations. Where the company receives hazardous waste produced by many factories and various companies and public and private hospitals, and managed company Kurienta of hazardous waste treatment limits (25%) of the total hazardous waste in Europe and the Federal Republic of Germany, certainly be a hazardous waste on several species and varieties and receive at the rally point to the central processing unit in the final Leverkusen.
التسميات
Serious medical waste