What the six major consumer projects bring and what is the use of the consumer engineer certificate

First, the six major consumption projects: first, information consumption; the second is green consumption; the third is to stabilize housing consumption; fourth, to increase tourism consumption; fifth, tap the consumption potential of education, culture and sports; Sixth, related consumption to meet the needs of China's aging population.

Second, the significance of the six major consumption projects:

1. Consumption is an important "engine" of economic growth and a huge potential for China's development. Among the driving forces for steady growth, consumer demand is the largest and has the most direct relationship with people's livelihood. It is necessary to aim at the diversified needs of the masses, reform and innovate, mobilize market forces to increase effective supply, promote the expansion and upgrading of consumption, drive the development of new industries and new business forms, promote development to the middle and high-end level, and create an upgraded version of China's economy.

First, it is necessary to increase income so that the masses can "can" consume. Supporting measures and implementation rules for deepening the reform of the income distribution system have been introduced in batches to promote the increase of farmers' incomes through multiple channels, and efforts have been made to synchronize the growth of residents' incomes with economic development. Increase the proportion of state-owned capital gains to be paid more for people's livelihood protection.

Second, we must improve the social security system and let the masses "dare" to consume. Improve the level of medical insurance protection and comprehensively promote serious illness insurance. Coordinate and promote the establishment of a social assistance system.

Third, it is necessary to improve the consumption environment and make the masses "willing" to consume. Strengthen the construction of backbone networks such as the circulation of agricultural products. Promote legislation on the safety of consumer goods, and severely punish illegal acts such as "black-hearted" food and "stealing customers" in tourism.

2. In order to expand financial opening-up, accelerate the innovation and development of the domestic bank card market and payment market, enhance the modern service industry, and optimize the consumption environment, the meeting decided to liberalize the bank card clearing market, and eligible domestic and foreign-funded enterprises can apply for the establishment of bank card clearing institutions in China. In principle, foreign institutions that only provide foreign currency clearing services for cross-border transactions are not required to set up clearing institutions in China. It is necessary to improve management, prevent risks, safeguard the legitimate rights and interests of cardholders, and make the open financial market convenient and beneficial to consumers.

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It was learned from the Development and Reform Commission that following the "seven major systems.

Engineering Package" and.

After BAI's "six major areas of consumption projects", the third batch of investment reserve projects will be announced, which involves rail transit and emerging industries.

During the interview, the industry was very interested in the third batch of projects, but the reporter learned from the first side that the third batch of strategic major projects focused on the "Belt and Road" transportation corridor, the coordinated development of Beijing-Tianjin-Hebei transportation integration and the Yangtze River Economic Belt comprehensive three-dimensional transportation corridor.

In order to cooperate with the rapid implementation of the project package, the decision-making level has not only introduced a number of policies that will help broaden financing channels, but also sent inspection teams to various places to supervise and promote the implementation of major stable growth projects as soon as possible.

Hello, glad to answer for you!

Fire engineer refers to a senior technical application professional who has mastered the basic theory of fire and has the skills of design, construction, operation, commissioning and maintenance of fire monitoring systems and common fire extinguishing systems. The main work includes: design, construction, operation, commissioning and maintenance of fire monitoring systems and common fire extinguishing systems.

The purpose of the certificate.

1.Fire protection system project: design, installation, testing, acceptance, maintenance, safety assessment, performance design, etc.;

2.Key units of fire safety (fire safety responsible person, fire safety manager, etc.).

3.Fire project manager or person in charge;

Getting a certificate and teaching at an institution is also a career choice, isn't it?

The positioning of fire safety technicians in the market is: white-collar workers. The levels are equivalent to, Registered Electrical Engineer, Registered Structural Engineer, Registered Civil Engineer, Registered Geotechnical Engineer, including the legal qualification examination of the Bar, Certified Public Accountant. This positioning is still very high.

From the perspective of the unit: equipped with corresponding engineers, enhance their market competitiveness, and enhance the professionalism of the enterprise.

Personally:

First, obtaining the qualification of a first-class fire engineer through the examination is a necessary condition for applying for the title of senior engineer in the field of fire safety monitoring and fire protection facility testing.

Second, change jobs. Its professional scope includes: fire technical consultation and fire safety assessment, fire safety management and technical training, fire protection facility inspection and maintenance, fire safety monitoring and inspection, fire accident technical analysis and other fire protection technical work.

I hope it helps you, if you have any other questions, you can chat with me privately.

Since the opening of the first-class fire engineer examination, the number of applicants in the past two years is very large, it can be seen that the first-class fire engineer is still very concerned by everyone, and the prospect of a fire engineer is very good, at present, the first-class fire engineer is affiliated with up to 300,000 three years, with the introduction of new policies in the field of fire protection, the practice certificate will become a rigid demand. In addition to the affiliation fee, the registered fire engineer also has the following advantages: 1. The registered fire engineer has the right to veto the design evaluation, commissioning and safe operation of the fire protection facilities of the project; 2. It is supervised and sealed by the Ministry of Public Security, and the certificate is mandatory; 3. A registered fire engineer can be hired as an engineer, and at the same time, it can be used as one of the main bases for the evaluation of senior fire protection engineers; The second class can be hired as an assistant engineer, partially replacing the functions of a registered safety engineer.

4. In terms of certificate registration, the registered fire engineer belongs to the director of the fire department of the Ministry of Public Security, and is registered and practiced by the provincial fire department. In addition, registered fire engineers also have the following scope of practice: (1) first-class registered fire protection engineer 1, fire technical consultation and fire safety assessment; 2. Fire safety management and technical training; 3. Inspection and maintenance of fire-fighting facilities; 4. Fire safety monitoring and inspection; 5. Technical analysis of fire accidents; 6. Other fire safety technical work stipulated by the Ministry of Public Security.

2) Class II registered fire engineer 1, fire safety assessment of high-risk units except for public buildings above 100 meters (inclusive), large crowded places, and large-scale hazardous chemical units; 2. Fire safety management except for high-rise public buildings above 250 meters (inclusive) and large-scale hazardous chemical units; 3. Inspection and maintenance of fire protection facilities for buildings with a single construction area of 40,000 square meters and below; 4. Fire safety monitoring and inspection; 5. Other fire safety technical work stipulated by provincial public security organs. Fire Engineer Details YXQ

Hello, glad to answer for you!

The purpose of the certificate, you can engage in the following jobs with the fire engineer certificate:

1.Fire protection system project: design, installation, testing, acceptance, maintenance, safety assessment, performance design, etc.;

2.Key units of fire safety (fire safety responsible person, fire safety manager, etc.).

3.Fire project manager or person in charge;

The fire engineer certificate is divided into fire protection engineer I and fire engineer II.

At present, only the first-class fire protection engineering has organized the examination, and the application conditions for the first-level fire engineer are as follows:

Obtained a college degree in fire protection engineering6 years of work, including 4 years of fire safety technology; Or acquireCollege degree in fire protection engineering or related majorsHe has worked for 7 years, including 5 years in fire safety technology.

2. AcquisitionBachelor's degree or degree in fire protection engineering4 years of work, including 3 years of fire safety technology; Or acquireBachelor's degree in fire protection engineering or related majors5 years of work, including 4 years of fire safety technology.

3. Obtain containmentGraduated from a double bachelor's degree or a graduate degree in fire protection engineering3 years of work, including 2 years of fire safety technology; orObtained a double bachelor's degree or a graduate degree in fire protection engineering or related majors4 years of work, including 3 years of fire safety technology;

4. AcquisitionMaster's degree or degree in fire protection engineering2 years of work, including 1 year of fire safety technology; orObtain a master's degree or degree in fire protection engineering or related majors3 years of work, including 2 years of fire safety technology;

5. AcquisitionPh.D. degree in fire protection engineeringEngaged in fire safety technology for 1 year; Or acquirePh.D. degree or degree in fire protection engineering or related majorsHe has been engaged in fire safety technology for 2 years.

6. AcquisitionPersons with corresponding academic qualifications or degrees in other majors, the working years and the working years engaged in fire safety technology will be increased by 1 year.

High-energy-consuming industries refer to industries that consume a relatively high proportion of primary or secondary energy in the production process, and energy costs account for a large proportion of the output value, which can also be called energy-intensive industries.

According to the level of energy consumption per unit of industrial added value, the state uniformly lists the following six industries as six high-energy-consuming industries:

1. Petroleum processing, coking and nuclear fuel processing industries;

2. Chemical raw materials and chemical products manufacturing industry;

3. Non-metallic mineral products industry;

4. Ferrous metal smelting and rolling processing industry;

5. Non-ferrous metal smelting and rolling processing industry;

Sixth, the production and industry of electricity and heat.

According to the level of energy consumption per unit of industrial added value, the state uniformly lists the following six industries as six high-energy-consuming industries:

1. Petroleum processing, coking and nuclear fuel processing industries;

2. Chemical raw materials and chemical products manufacturing industry;

3. Non-metallic mineral products industry;

4. Ferrous metal smelting and rolling processing industry;

5. Non-ferrous metal smelting and rolling processing industry;

Sixth, the production and industry of electricity and heat.

1. Petroleum processing, coking and nuclear fuel processing industries; 2. Chemical raw materials and chemical products manufacturing industry; 3. Non-metallic mineral products industry; 4. Ferrous metal smelting and rolling processing industry; 5. Non-ferrous metal smelting and rolling processing industry; Sixth, the production and industry of electricity and heat.

It refers to the six major industries of electric power, iron and steel, building materials, nonferrous metals, chemicals and petrochemicals.

16 types of industries, including steel, cement, electrolytic aluminum, coal, metallurgy, chemical industry, petrochemical, building materials, papermaking, brewing, pharmaceutical, fermentation, textile, tanning and mining, are heavily polluting and high-energy-consuming industries.

Is the processing of doors and windows high in energy consumption?