Occupational safety instructions for wastewater treatment operator. Wastewater treatment operator Job description for wastewater operator

2nd category
Characteristics of the work. Conducting industrial cleaning processes Wastewater or radioactive water from impurities and trapping valuable substances for use in the technological process by methods of sedimentation, filtration, neutralization, etc. Preparation of reagents, dosing and loading them into devices or pools, depending on the quantity and composition of incoming wastewater under the guidance of a more highly qualified operator. Pumping and transfer of purified water, radioactive sludge and sediment. Cleaning devices and communications from sludge. Maintaining records in the production log.
Must know: the operating principle of filters, heaters, dispensers and pumps; basic information about the technological regimes of industrial wastewater and radioactive water treatment processes; purpose and conditions of use of simple and medium complexity control - measuring instruments; sanitary rules work with radioactive substances.
3rd category
Characteristics of the work. Conducting processes for purifying industrial wastewater or radioactive water from impurities and capturing valuable substances for use in the technological process using methods of sedimentation, filtration, neutralization, etc. Preparation of reagents: soda, milk of lime, caustic soda, dosing and loading them into devices or pools, depending on the quantity and composition of incoming wastewater. Regeneration of ion exchange filters. Carrying out control analyzes for the completeness of wastewater treatment, monitoring and regulating the treatment process according to the readings of instrumentation and analysis results. Identification and elimination of malfunctions in the operation of equipment and communications. Preparing equipment for repair, receiving it from repair. Conducting the process of ion exchange purification or biochemical oxidation of wastewater under the guidance of a more highly qualified operator.
Must know: the design of filters, heaters, dispensers and pumps; technological modes of purification processes - sedimentation, filtration and neutralization of industrial wastewater and radioactive water; chemical reagents, used in cleaning plants; installation of simple and medium complexity instrumentation; analysis methodology; determination of the sorption cycle by changes in pH of the environment; basics of physics and chemistry.
4th category
Characteristics of the work. Conducting the process of purifying industrial wastewater from impurities using the method of ion exchange purification or biochemical oxidation. Evaporation of radioactive water in evaporation plants. Preparation of reagents: resin, magnesite, ammonia, acid, etc., dosing and loading them into devices depending on the quantity and composition of incoming wastewater. Carrying out the processes of separating ammonia from tar water in an ammonia column, stripping volatile ammonia and decomposing bound ammonia in a reactor. Reception of wastewater to ion exchange filters or aeration tanks. Monitoring the intensity of aeration and the filtration process. Regulation technological process sorption (purification) of radioactive waters. Regeneration of resins and oils. Regulating the dosage and feed rate of chemicals during the resin regeneration process. Washing resins from the regenerating solution and preparing them for the next cycle. Monitoring and regulation of oxygen supply through aeration tanks, the amount of wastewater, the content of toxic substances, the degree of wastewater treatment, the amount of foam on the surface of the water in aeration tanks, the concentration of alkali and acid solutions using instrumentation and based on analysis results. Maintenance of ion exchange filters of aeration tanks, control gallery with located communications and fittings, as well as instrumentation. Troubleshooting equipment.
Must know: technological modes of ion exchange purification processes, biochemical oxidation and aeration of wastewater, resin regeneration; diagram of the serviced area; installation of ion exchange, biochemical, mechanical filters, evaporation units, fittings and communications; purpose and conditions of use of complex instrumentation; parameters of the technological cleaning regime and rules for regulating the process; basics of heating engineering.

I CONFIRM:

[Job title]

_______________________________

_______________________________

[Name of company]

_______________________________

_______________________/[FULL NAME.]/

"_____" _______________ 20___

JOB DESCRIPTION

Wastewater treatment operator 4th category

1. General Provisions

1.1. This job description defines and regulates the powers, functional and job responsibilities, rights and responsibilities of a 4th category wastewater treatment operator [Name of the organization in the genitive case] (hereinafter referred to as the Company).

1.2. category is appointed to a position and dismissed from a position as established by the current labor legislation by order of the head of the Company.

1.3. A 4th grade wastewater treatment operator belongs to the category of workers and reports directly to [name of the position of the immediate supervisor in the dative case] of the Company.

1.4. A person with secondary vocational education and appropriate training is appointed to the position of wastewater treatment operator of the 4th category without presenting any work experience requirements.

1.5. IN practical activities A 4th grade wastewater treatment operator must be guided by:

  • local acts and organizational and administrative documents of the Company;
  • internal labor regulations;
  • rules of labor protection and safety, ensuring industrial sanitation and fire protection;
  • instructions, orders, decisions and instructions from the immediate supervisor;
  • this job description.

1.6. A 4th grade wastewater treatment operator must know:

  • technological modes of ion exchange purification processes, biochemical oxidation and aeration of wastewater, resin regeneration;
  • diagram of the serviced area;
  • installation of ion exchange, biochemical, mechanical filters, evaporation units, fittings and communications;
  • purpose and conditions of use of complex instrumentation;
  • parameters of the technological cleaning regime and rules for regulating the process;
  • basics of heating engineering.

1.7. During the period of temporary absence of a 4th grade wastewater treatment operator, his duties are assigned to [deputy position title].

2. Job responsibilities

A 4th grade wastewater treatment operator performs the following labor functions:

2.1. Conducting the process of purifying industrial wastewater from impurities using the method of ion exchange purification or biochemical oxidation.

2.2. Evaporation of radioactive water in evaporation plants.

2.3. Preparation of reagents: resin, magnesite, ammonia, acid, dosing and loading them into devices depending on the quantity and composition of incoming wastewater.

2.4. Carrying out the processes of separating ammonia from tar water in an ammonia column, stripping volatile ammonia and decomposing bound ammonia in a reactor.

2.5. Reception of wastewater into ion exchange filters or aeration tanks.

2.6. Monitoring the intensity of aeration and the filtration process.

2.7. Regulation of the technological process of sorption (purification) of radioactive waters.

2.8. Regeneration of resins and oils.

2.9. Regulating the dosage and feed rate of chemicals during the resin regeneration process.

2.10. Washing resins from the regenerating solution and preparing them for the next cycle.

2.11. Monitoring and regulation of oxygen supply through aeration tanks, the amount of wastewater, the content of toxic substances, the degree of wastewater purification, the amount of foam on the surface of the water in aeration tanks, the concentration of alkali and acid solutions using instrumentation and analysis results.

2.12. Maintenance of ion exchange filters of aeration tanks, control gallery with located communications and fittings, as well as instrumentation.

2.13. Troubleshooting equipment.

In case of official need, a 4th grade wastewater treatment operator may be involved in performing his duties. job responsibilities overtime, in the manner prescribed by law.

3. Rights

A 4th grade wastewater treatment operator has the right to:

3.1. Get acquainted with the draft decisions of the enterprise management concerning its activities.

3.2. Submit proposals for improvement of work related to the duties provided for in this job description for management’s consideration.

3.3. Inform your immediate supervisor about all shortcomings in the production activities of the enterprise (its structural divisions) identified during the performance of your official duties and make proposals for their elimination.

3.4. Request personally or on behalf of the immediate supervisor from heads of departments of the enterprise and specialists information and documents necessary to perform their job duties.

3.5. Involve specialists from all (individual) structural divisions of the Company in solving the tasks assigned to them (if this is provided for by the regulations on structural divisions, if not, with the permission of the head of the Company).

3.6. Require the management of the enterprise to provide assistance in the performance of their official duties and rights.

4. Responsibility and performance evaluation

4.1. A wastewater treatment operator of the 4th category bears administrative, disciplinary and material (and in some cases provided for by the legislation of the Russian Federation, criminal) responsibility for:

4.1.1. Failure to carry out or improperly carry out official instructions from the immediate supervisor.

4.1.2. Failure to perform or improper performance of one's job functions and assigned tasks.

4.1.3. Illegal use of granted official powers, as well as their use for personal purposes.

4.1.4. Inaccurate information about the status of the work assigned to him.

4.1.5. Failure to take measures to suppress identified violations of safety regulations, fire safety and other rules that pose a threat to the activities of the enterprise and its employees.

4.1.6. Failure to ensure compliance with labor discipline.

4.2. The assessment of the work of a 4-class wastewater treatment operator is carried out:

4.2.1. Direct supervisor- regularly, in the course of the employee’s daily performance of his labor functions.

4.2.2. The certification commission of the enterprise - periodically, but at least once every two years, based on documented results of work for the evaluation period.

4.3. The main criterion for assessing the work of a 4th category wastewater treatment operator is the quality, completeness and timeliness of his performance of the tasks provided for in these instructions.

5. Working conditions

5.1. The work schedule of a 4th grade wastewater treatment operator is determined in accordance with the internal labor regulations established by the Company.

5.2. Due to production needs, a 4th grade wastewater treatment operator is required to travel to business trips(including local significance).

I have read the instructions on ___________/___________/“____” _______ 20__.

Section “Professions of workers common to all sectors of the national economy”((ETKS No. 1))

§ 13. Wastewater treatment operator (4th category)

4th category

Characteristics of the work. Conducting the process of purifying industrial wastewater from impurities using the method of ion exchange purification or biochemical oxidation. Evaporation of radioactive water in evaporation plants. Preparation of reagents: resin, magnesite, ammonia, acid, etc., dosing and loading them into devices depending on the quantity and composition of incoming wastewater. Carrying out the processes of separating ammonia from tar water in an ammonia column, stripping volatile ammonia and decomposing bound ammonia in a reactor. Reception of wastewater into ion exchange filters or aeration tanks. Monitoring the intensity of aeration and the filtration process. Regulation of the technological process of sorption (purification) of radioactive waters. Regeneration of resins and oils. Regulating the dosage and feed rate of chemicals during the resin regeneration process. Washing resins from the regenerating solution and preparing them for the next cycle. Monitoring and regulation of oxygen supply through aeration tanks, the amount of wastewater, the content of toxic substances, the degree of wastewater purification, the amount of foam on the surface of the water in aeration tanks, the concentration of alkali and acid solutions using instrumentation and analysis results. Maintenance of ion exchange filters of aeration tanks, control gallery with located communications and fittings, as well as instrumentation. Troubleshooting equipment.

Must know: technological regimes of ion exchange purification processes, biochemical oxidation and aeration of wastewater, resin regeneration; diagram of the serviced area; installation of ion exchange, biochemical, mechanical filters, evaporation units, fittings and communications; purpose and conditions of use of complex instrumentation; parameters of the technological cleaning regime and rules for regulating the process; basics of heating engineering.


Issue approved by Resolution State Committee USSR on labor and social issues and the Secretariat of the All-Union Central Council of Trade Unions dated January 31, 1985 N 31/3-30
(as amended:
Resolutions of the State Labor Committee of the USSR, the Secretariat of the All-Union Central Council of Trade Unions dated 10/12/1987 N 618/28-99, dated 12/18/1989 N 416/25-35, dated 05/15/1990 N 195/7-72, dated 06/22/1990 N 248/10-28,
Resolutions of the State Committee for Labor of the USSR 12/18/1990 N 451,
Resolutions of the Ministry of Labor of the Russian Federation dated December 24, 1992 N 60, dated 02/11/1993 N 23, dated 07/19/1993 N 140, dated 06/29/1995 N 36, dated 06/01/1998 N 20, dated 05/17/2001 N 40,
Orders of the Ministry of Health and Social Development of the Russian Federation dated July 31, 2007 N 497, dated October 20, 2008 N 577, dated April 17, 2009 N 199)

Wastewater treatment operator

§ 11. Wastewater treatment operator (2nd category)

Characteristics of work. Conducting processes for purifying industrial wastewater or radioactive water from impurities and capturing valuable substances for use in the technological process using methods of sedimentation, filtration, neutralization, etc. Preparation of reagents, dosing and loading them into devices or pools, depending on the quantity and composition of incoming wastewater under the guidance of a more highly qualified operator. Pumping and transfer of purified water, radioactive sludge and sediment. Cleaning devices and communications from sludge. Maintaining records in the production log.

Must know: operating principle of filters, heaters, dispensers and pumps; basic information about the technological regimes of industrial wastewater and radioactive water treatment processes; purpose and conditions of use of simple and medium complexity instrumentation; sanitary rules for working with radioactive substances.

§ 12. Wastewater treatment operator (3rd category)

Characteristics of work. Conducting processes for purifying industrial wastewater or radioactive water from impurities and capturing valuable substances for use in the technological process using methods of sedimentation, filtration, neutralization, etc. Preparation of reagents: soda, milk of lime, caustic soda, dosing and loading them into devices or pools, depending on the quantity and composition of incoming wastewater. Regeneration of ion exchange filters. Carrying out control analyzes for the completeness of wastewater treatment, monitoring and regulating the treatment process according to the readings of instrumentation and analysis results. Identification and elimination of malfunctions in the operation of equipment and communications. Preparing equipment for repair, receiving it from repair. Conducting the process of ion exchange purification or biochemical oxidation of wastewater under the guidance of a more highly qualified operator.

Must know: installation of filters, heaters, dispensers and pumps; technological modes of purification processes - sedimentation, filtration and neutralization of industrial wastewater and radioactive water; chemical reagents used in purification plants; installation of simple and medium complexity instrumentation; analysis methodology; determination of the sorption cycle by changes in pH of the environment; basics of physics and chemistry.

§ 13. Wastewater treatment operator (4th category)

Characteristics of work. Conducting the process of purifying industrial wastewater from impurities using the method of ion exchange purification or biochemical oxidation. Evaporation of radioactive water in evaporation plants. Preparation of reagents: resin, magnesite, ammonia, acid, etc., dosing and loading them into devices depending on the quantity and composition of incoming wastewater. Carrying out the processes of separating ammonia from tar water in an ammonia column, stripping volatile ammonia and decomposing bound ammonia in a reactor. Reception of wastewater into ion exchange filters or aeration tanks. Monitoring the intensity of aeration and the filtration process. Regulation of the technological process of sorption (purification) of radioactive waters. Regeneration of resins and oils. Regulating the dosage and feed rate of chemicals during the resin regeneration process. Washing resins from the regenerating solution and preparing them for the next cycle. Monitoring and regulation of oxygen supply through aeration tanks, the amount of wastewater, the content of toxic substances, the degree of wastewater purification, the amount of foam on the surface of the water in aeration tanks, the concentration of alkali and acid solutions using instrumentation and analysis results. Maintenance of ion exchange filters of aeration tanks, control gallery with located communications and fittings, as well as instrumentation. Troubleshooting equipment.

Must know: technological modes of ion exchange purification processes, biochemical oxidation and aeration of wastewater, resin regeneration; diagram of the serviced area; installation of ion exchange, biochemical, mechanical filters, evaporation units, fittings and communications; purpose and conditions of use of complex instrumentation; parameters of the technological cleaning regime and rules for regulating the process; basics of heating engineering.

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