his article discusses the concept, essence and purpose of judicial control over the execution of criminal penalties , as a special type of state control, its independent and important role in public administration among the ways to ensure the rule of law.

The article discusses a way to increase the efficiency of automobile operation by improving methods for ensuring the operability of electrical equipment based on the diagnosis of generators by output voltage. As a diagnosis, it is proposed to perform a spectral analysis of the generated voltage in idle mode and to determine the state of various generator elements from the results. The effectiveness of the proposed solutions is determined by the non-separable diagnostics of the generator, which, based on a thorough examination, can determine the state of various elements of the generator. This method does not require taking the generator out of operation, does not depend on its design and can be used in difficult operating conditions to obtain preliminary information about the state of the generator at the initial stage of maintenance.

This article analyzes the existing water treatment technologies and consider aspects of the effectiveness of implementation of reverse osmosis on TPP.

A method of solving symmetric polynomials of two variables is presented in the article. Several of such problems have been solved. There are very hard problems among them which were included in Mathematical Olympiads.

The article presents information on the distribution of some species of ferns at the territory of the Nakhchivan Autonomous Republic. The authors note that 10 species of plants are summed in 4 families and 7 genera which belong to ferns. In Aspleniaceae Newm. family it can be found 4 species in two genera in Pteridaceae Reichenb. There are two species in one genus. Data about the area of distribution of these species and their significance are provided in the article.

The article provides the analysis of the existing heatinsulating materials and the experience of using modern heatinsulating materials for a thermal protection of power boilers.

In clause questions of perfection of a design procedure of a design of a drum of the bridge crane with application of program module T-FLEX the Analysis are considered

The results of social and Pavlodar economic capacity analytical assessment are considered in the article. The social sphere and its development is a main direction of economy state regulation. Its state is mainly determined by processes of labor resources, their quantity and quality, level of productive power scientific and technical development, cultural and spiritual life of society.

On the territory of the State Reserve Zagatala marked about 900 species of plants. These plants are distributed according to a vertical zonation. Of the 11 species of plants (1.2%) of the algae, 45 species (5.0%) - mushrooms, 58 species (6.4%) - lichens, 49 species (5.4%) - mosses, 23 species (2.5%) - the highest spore, 5 species (0.5%) - gymnosperms, 130 species (14%) - monocots, 677 species (65.0%) - dicotyledons.

The article considers the methods of rationalizing the process of heating the refractory materials of aluminum electrolyzers up in relation to thermal stresses arising in the hearth lining. The functional goals of the refractory materials are listed. The operational characteristics of the refractory materials are presented. During thermal influence on a hearth lining, the physical effects called thermal expansion occur. The materials which save their properties under high temperature are known as refractory materials. The thermostability is described in more detail. The scientific test bench was used to investigate ultimate strength. The method of temperature and pressure measurement when conducting the experiments is cited. In order to choose the potlining it is necessary to know the peculiarities of refractory materials and actual industrial loadings as precisely as possible.

In this article issues of efficient use of ferroalloys production waste to save costs are considered; energy efficiency of agglomerate production is calculated; sintering heat balance data are presented by a case study of Aksu Ferrolloy Plant. According to the annual economic benefits calculation the folowing results are obtained: due to аglogases recirculation, fuel saving is 1334.5 t.o.e.; due to reheating it is 1491 t.o.e.; due to installation of thyristor converters to the unit the annual energy saving is 1714000 kWh. Thus, it is identified that besides energy-efficiency measures during recycling of solid and gaseous wastes, the use of agglomerate increases IPF electric furnaces performance as well, decreases specific energy and reducing agent consumption which means the prime cost of finished products will be reduced.

One of the directions of energy saving is the application of heat pumps by means of which it is possible to use low-potential, usually waste heat. The question of the possibility of using heat pumps in thermal power plants is considered in the present article. Also a diagram of possible use in thermal power stations of low-grade waste heat with heat pump installation is presented in the article.

According to the “Productivity 2020” Program passed in the Republic of Kazakhstan, the target indicator till 2020 is doubling the labour productivity at the manufacturing plants. Onу of the intensive factors of the labour productivity development is effective motivation of the labour activity. In the article there are described the principles of formation of the labour activity motivation at the industrial enterprises which are reflected in various concepts of motivation and stimulation of human resources.

This article discusses the use of ash and slag waste such as ash or slag boilers and thermal power plants of Pavlodar region. We describe the main source of energy today. Produced by laboratory analysis of the composition of the ash. A basic installation for the processing of the ash. It presents the possibility of using fly ash in building materials industry.

The paper presents the thermal design of the building heating system of a four educational building № 1 Eurasian innovative university.Data are presented for the period from 1 December to 28 February for three seasons: 2013–2014, 2014–2015, 2015–2016 years. On the basis of the actual thermal design graphics and design of heat were built in the period from 1.12. at 28.02 for three seasons (2013-2014,2014-2015, 2015-2016 years). In these graphs clearly visible difference between the two values. According to calculation, the average difference was 13.02 % of the actual heat consumption.

The main directions of increasing the reliability and electrical safety of power distribution networks are considered in the article. The schemes of the main directions of development and improvement of electric grids are given.

The article deals with the basic concepts of the formation and development of higher education system of the Republic of Kazakhstan. As well as the policies of redistribution of responsibilities of management in higher education system and its gradual decentralization that will not only distribute power and responsibility, but also introduce a more democratic form of government. Expand the autonomy institutions of higher education and ensure active public participation in the management of higher education institutions and the quality of its educational programs. One of the fundamental factors is to attract students to identify the competencies of employers, academic communities, graduates. Learning objectives at the same time should be determined in accordance with the professional requirements of the labor market.

To improve soil water regime and moisture supply of plants, moisture-swelling polymeric materials are used in the form of hydrogels, which, upon contact with water, rapidly absorb and retain it for a long time in its volume. However, widespread of such hydrogels used in plant growing is currently limited by its high cost. In this connection, from the economic point of view, the use of composite materials as soil conditioners is of great importance, including inexpensive natural raw materials in its composition while maintaining high rates of moisture sorption and water retention. The task is to improve the mixture to maintain the soil balance of various agricultural crops by changing the quantitative ratio of components, significantly cheaper the composition, improving its quality indicators. The purpose of the scientific article is the mixture for maintaining the soil balance of various agricultural crops, which contains an active product based on a granulated hydrogel and a targeted additive.

The cities folded in foreign countries distinguish three organizational models of branding. First model – administrative – here, forming of brand of territory the public and local organs of power take the lead. Second organizational model – branding is initiated by business and divided into two types. First type – "export", according to this variant the basic task of municipal brand consists in stimulation of sales of commodities and services of local producers. Second type – "import", this variant of business model is branding on purpose to attract (to import) new business and investments in a city. The third model of organization of branding – civil is implies that realization of branding is initiated by different public associations or separate interested citizens. All three variants of branding befit the Kazakhstan cities and territorial educations, but priority direction will become is the European model with participation administration.

The article considers various methods of suppressing electromagnetic disturbances encountered in the electric power system. Detailed descriptions of methods of suppression, as well as classification of electromagnetic interference on the basis of the source of their occurrence are given. Illustrative diagrams of the 106 Вестник Инновационного Евразийского университета. 2017. № 1 ISSN 1729-536X three methods are shown. Based on the analysis, recommendations were made on improving the noise-proof feature of power equipment.

This article considers the theoretical application of measures to increase the efficiency of electrofilters installed at the electric power plant of "EEC" JSC. The author has identified the reason for the inability to achieve the efficiency of electrofilters close to 100%. Methods for increasing the efficiency of electrofilters for equipment installed at the electric power plant of "EEC" JSC are considered.

The presented work describes the concept of education of the XXI century, which is based on its quality and the leading role in culture and spirituality, education, in the implementation of innovations. It also points to such priorities as self-development and self-education, which are the basis of the modern educational paradigm. Organization of research activities of students is considered as a powerful innovative educational technology.

The article describes the process of producing callus cells from medicinal plants that are found in Kazakhstan. During the experiments, suitable external factors and optimal growth media for callus were identified.

In this article, the physical and biological characteristics of raw animal and plant material for protein-inoil emulsion and the technology of the meat molecular product «Pressed horse meat in the form» were considered.

The article presents the characteristics of the main types of delicious-spicy plants and organoleptic properties of spices, which are of great importance in the modern world. The mechanisms of influence of tastyspicy plants on the body with therapeutic and preventive purposes, proven in the research work of foreign and domestic scientists, increase the effectiveness of their use in various fields of production, especially as food additives.

The article considers the analysis of the selection and promotion of personnel, ensuring the professionalism and transparency of the state apparatus. It is noted that the modern civil service, ensuring the execution of the powers of state authorities, is a complex, dynamic social system. Emphasis is placed on the fact that the professional development of government personnel should be carried out using a competency-based approach, which is declared as the most optimal way, the starting point of all personnel management work

The possibilities of using controlled transformer-type shunt reactors at power grid substations to optimize the transmission mode are considered. The laws of voltage regulation, providing the mode of natural power and reduction of active power losses in the electrical system, are highlighted. Key words: energy complex, controlled transformer-type shunt reactor, voltage stabilization, thyristor voltage controller, control winding.

Аt present, dairy enterprises use a system for analyzing and monitoring critical control points, as well as a quality management system, to produce high-quality and safe products. These systems take into account factors that may affect the production process and other components by identifying hazards from the procurement of raw materials to the consumption of products for food. The purpose of the article is to study the role and necessity of applying quality and safety management systems at dairy enterprises and reducing the risk at all levels of production

This article describes the history of Bauyrsak, their varieties and new types of national products, made on the basis of plant extracts, characteristic of the Kazakh and Turkic people, as well as the organoleptic properties of the product. The plant extract, which is added to baursaks, gives color, enriches with vitamins, increases the nutritional value of the product

In the work measures on preparation of production personnel for actions in the conditions of emergency situations are considered on the example of Neftekhim LTD LLP. The structure of the control system and its main components were studied, the regulatory legal framework used in industrial safety was described. The possible risks and dangers, as well as harmful substances used in the production of plant products and their effect on the body were studied; the current state of the control system in the field of emergency prevention was evaluated

At the present stage of scientific and technological progress and rapid development of industrial production, the problem of environmental protection is becoming a problem. Air pollution has a serious impact on human health, global and regional climatic conditions. The main types of pollutants are gaseous substances. When fuel burns, carbon monoxide is released during traffic. This is a very toxic gas. Blood easily interacts with hemoglobin and continues to function; therefore, it is important to reduce emissions of toxic substances by vehicles and industrial facilities.

In the present article the understanding of the lawfulness in a legal state isconsidered . In particular, the author notes that legality is the main principle of the rule of law. In addition, it is noted that the precise implementation of democratic laws entails the implementation of other legally enshrined principles, such as: separation of powers, democracy, sovereignty of the people, recognition and guarantee of human rights, etc. The author concludes that at present, the idea of a legal state, as applied to the Republic of Kazakhstan, is in the phase of its implementation.

Different diagrams of thermal pumps operation at thermal power plants are considered in the article. Thus, installation diagrams are considered for thermal pump based on the use of low -grade heat of turbo-unit lubricating system oil and blow-down water of a steam generator.

The article considers the ecological role of green spaces in protecting the environment of urban areas from negative impacts. The sources of pollutants into the environment of the city of Pavlodar are reflected. The combined influence of anthropogenic factors has led to a serious deterioration of the environmental situation, especially within cities. Suggestions have been made to improve the environmental situation in urban areas

This article discusses the main possible directions for coordinating the tax policy of member countries of economic and monetary unions. The regulatory role of tax instruments in regional integration associations is assessed. The relevance of the article is due to the fact that with the accelera tion of integration processes in various regions of the world, fiscal policy becomes particularly important. Therefore, the research of representatives of various scientific schools pays much attention to the analysis of the impact of the fiscal component on the economies of the member countries of the associations. At the same time, approaches to the organization of taxation within economic unions differ significantly. The activation of integration processes in the Eurasian Economic Union (EEU) necessitates the convergence of the legislation of the member States in the field of taxation. At the same time, the harmonization and unification of legislation on indirect taxes is particularly relevant, since these taxes have a significant impact on price formatio n and provide a significant part of budget revenues. According to the authors of the article, in the conditions of deepening integration in the EEU, a well-thought-out distribution of powers in the field of tax regulation between state and supranational bodies that ensure a consistent convergence of the tax systems of the participating countries, taking into account the economic situation and the interests of all members of the Association, becomes particularly relevant. Measures to ensure the elimination of double taxation within the Union are proposed. The authors conclude that it is necessary to harmonize the tax policies of the member States of the Eurasian Union. At the same time, the harmonization of taxation in the countries of the Union should become a condition for the formation of a currency zone on the territory of the EAEU.

The article analyzes the state and problems of cluster development in the real sector of the region based on the materials of the Pavlodar region. The main problem of innovative development of the Pavlodar region, as well as in all regions of Kazakhstan, in general, is the lack of innovative activity of enterprises, which is reflected in the volume, frequency and efficiency of their innovations. At the same time, most of the enterprises belonging to the real sector of the economy have sufficient resources for the development of innovative activity. However, the prospects for their interaction with enterprises in other sectors and sectors of the economy for the purpose of technology transfer are insignificant, which, in general, doesn’t meet the principles of balanced spatial development of the territory formulated by the program for the development of territories of the Republic of Kazakhstan until 2020. One of the ways to solve this problem is formation and development of a cluster approach and interaction of business entities. The article assesses the efficiency of the cluster’s functioning as an institution of regional development. On the example of the metallurgical cluster of Pavlodar region, the main ways and methods of forming cluster initiatives in the regional economy are considered, a SWOT analysis of the development of the metallurgical cluster of the region is given, and its main problems are identified; identifies priority directions of clusters’ development (metallurgical cluster, including the production of final products, the cluster of railway engineering, agri-food cluster), the realization of which in the region could create the conditions for the emergence and full development of a number of new highly specialized sectors such as cluster chemistry, cluster of road and construction machinery, transport logistics cluster, cluster of modern production technologies and engineering, cluster of manufacturing components for machinery and equipment and cluster of industrial electrical engineering and equipment for power engineering. The authors also noted that the realization of regional development strategies of cluster initiatives can potentially lay the foundations for clusters “future days”, such as: cluster of resource efficiency and environmentally processing, the cluster of new energy, the cluster of innovative medicine, tourism and recreational cluster.

The right of ownership, like property itself, occupies one of the mainplaces in public life. Statutory regulation of property relations in the Republic of Kazakhstan existed throughout the entire period of statehood formation. Today, property relations are regulated by the norms of various branches of law. But civil law regulation occupies one of the most important places in the system of regulatory regulation. This article deals with a comprehensive analysis of the main legal concepts, such as property, owner, subject of property rights, as well as forms and types of property, the grounds for the emergence and termination of property rights and ways to protect and protect the absolute right of the owner. A certain thing may belong to several persons as common property. In this case, the right of ownership is distributed among several owners (co-owners). The totality of legal norms on common property forms the institution of common property law. The purpose of this work is a comprehensive analysis of the main legal concepts, such as property, owner and subject of property rights, as well as forms and types of property, the basis for the emergence and termination of property rights and the definition of ways to protect and protect the absolute right of the owner. The means of achieving this goal is the study of the works of Kazakh legal scholars, the study of the analysis of practical materials. The article uses the following methods: comparative-legal, system-structural, formal-logical, as well as the method of system analysis. The legislation of Kazakhstan provides for two subjects of State property that have the right to act on their own behalf: the Republic of Kazakhstan as a whole (in respect of property constituting republican property) and the administrative – territorial unit (in respect of property constituting municipal property). That is, in civil circulation, data are carriers of state property rights. Depending on the tasks performed, the State exercises the powers of the owner on behalf of one of the specified entities. The Republic of Kazakhstan and the administrative-territorial unit are not legal entities. However, unless otherwise provided by legislative acts, they are subject to the rules governing the participation of legal entities in relations regulated by civil law. The state and administrative-territorial unit, as special subjects, have all the rights ofsubjects of civil legal relations and are limited in legal personality only by the current legislation.

One of the agent modern tasks is to ensure the cleanliness of the air basin. To ensure this, it is necessary to clean the combustion products of the fuel removed from the boilers after their cooling into the atmosphere from harmful substances, including nitrogen oxide.

Main problem: Technogenic "metamorphosis" of vegetation near such large industrial facilities as Pavlodar is considered to be the result of various active chemical and mechanical factors provoked by economic activities associated with the influence of emissions from industrial companies. The effect of anthropogenic impacts on vegetation in all regions of Kazakhstan varies and is largely dependent on the economic development of the territory, but in any case, the end result of this impact is the change in the vegetation, causing violations of with structure, reduced vodorazdelnaya flora and productivity of communities. This, in turn, can cause infection of herbaceous plants with pathogenic fungi, which then carry with them: a decrease in the intensity of plant growth, a deterioration in their decorative qualities, a decrease in the survival of the biological species. Purpose: to study the types of fungi-pathogens of phytopathogenic diseases and to determine the degree of modification of the plant component, which is under intense negative technogenic influence from the Aksu Ferroalloy Plant (AFР). Мethods: For the experimental study, species of plants such as: Artemisia dracunculus L; Artemesia vulgaris L; Atriplex fera L; Atriplex patula L; Artemisia annua L were selected for the content of fungipathogens of phytopathogenic diseases. Results and their significance: This experimental study was aimed at the presence of fungi-pathogens of herbaceous plants as a result of human impact, occurring near the industrial zone "AFР". The composition of fungi-pathogens of herbaceous plants collected in this industrial zone was considered and studied. According to the results of an experimental laboratory study, phytopathogenic fungi of herbaceous plants belonging to 1 ordo, 1 familia, and 4 species were found.

In the Republic of Kazakhstan a market economy, a democratic political system and a free civil society based on ideological, social and political pluralism are developing. This contributes to the development of constitutional norms and the diversity of new legal institutions that ensure the supremacy of the Constitution. These include the constitutional Council. In 2020, it's been twenty-five years from the date of adoption of the Constitution of the Republic of Kazakhstan and the creation of the constitutional Council of the Republic of Kazakhstan, ensuring the supremacy of the Constitution throughout the territory of the Republic. The constitutional Council of the Republic of Kazakhstan is not part of any of the three branches of government and is subject only to the Constitution of the Republic of Kazakhstan and the law. The purpose of this article is a comprehensive analysis of theoretical and practical issues of interaction between the constitutional Council of the Republic of Kazakhstan and other institutions of state power. In this regard, the article contains the results of the analysis of the foundations of the constitutional system of the Republic; constitutional supervision of the prosecutor's office; the institution, functions and instruments of power of the President, mechanisms of interaction of the Constitutional Council as a constitutional supervisory body with the President of the Republic of Kazakhstan, the Parliament of the Republic of Kazakhstan and the Government of the Republic of Kazakhstan. A comprehensive study of the activities of the constitutional Council of the Republic of Kazakhstan on the constitutionalization of current legislation is one of the current theoretical and practical problems. It is determined by the scale and quality of the current legislation adopted during the period of fundamental social reforms, the need to «correct» and improve it. In this regard, a significant role is assigned to the Constitutional Council, whose activities are subject to scientific analysis and reflection. In addition, the authors studied and revealed the line of interaction of the constitutional Council and other government institutions are considered in the areas of initiation of constitutional proceedings in the Council, organisational, legal, information procedures, determine the composition of the constitutional Council, overcoming the objections of the President to the constitutional Council's decision. The institutional method used in the article made it possible to show the essence and significance of the constitutional Council in the system of state authorities

The authors, based on analysis of the philosophy of the Eastern peripatetics, have shown that in the philosophical worldview of the middle ages Arabic magazynowanie there are aspects, which indicate that more needs to trace the Genesis of the problem of reason in Arabic philosophy of the middle ages. The article notes that the world of the XXI century is the world of post-industrial, information society, which constantly raises logical and epistemological problems in the field of science and philosophy. Therefore, there is a need for a critical study of the history of this problem, its Genesis and development to identify positive potential and progressive ideas. In this context, the analysis and study of the problem of reason and logic, the epistemological ideas of al-Kindi, al-Farabi, Ibn Sina, Ibn Rushd of the Arabic-speaking middle ages is not only of historical and philosophical interest, but also of actual significance. In this article, the authors consider the problem of reason in the worldview of representatives of Eastern peripatetism of the medieval Arabic-language philosophy of al-Kindi, al-Farabi, Ibn Sina, Ibn Rushd, based on the ideas of Aristotle. The paper presents the historical and philosophical aspect of the problem of reason inherent in the Arabic-speaking middle ages. The cognitive interest of representatives of Eastern peripatetism is connected with philosophy, questions of logic, and the doctrine of reason. Arabic-speaking philosophers in the middle ages were engaged in understanding the epistemological abilities of man, al-Kindi, being the founder of Arabic-speaking philosophy, put forward the idea of types of mind and stages of knowledge. Al-Kindi's positive philosophical ideas were further developed in al-Farabi's worldview. The thinker considered the priority of rational knowledge to be indisputable, in addition, al-Farabi showed an interest in logic, the theory of knowledge and human cognitive abilities. Al-Farabi's philosophy had a significant influence on Ibn Sina's philosophical views. The rationalism of Ibn Sina was also manifested in a very high assessment of logic, the thinker considered logic an introduction to philosophical knowledge. Ibn Rushd in his work developed along the same peripatetic path as his predecessors al-Kindi, al-Farabi, and Ibn Sina. The authors attempt to show that the problem of reason in philosophy and science has its Genesis, associated with the teachings of Eastern peripatetics of the Arabic-speaking middle ages. The teaching of the Arabic-speaking philosophers of the middle ages about the cognitive power of reason, despite the theological context and logical-epistemological limitations, had a progressive role in the history of philosophyd

The sharp deterioration of the environmental situation in the Republic of Kazakhstan, associated with human activity and the impact of harmful factors on the environment, affected the quality of food consumed by insufficient consumption of domestic fruit and vegetable products containing vitamins, minerals of an alkaline nature, carbohydrates, vegetable proteins, pectin substances and active fiber. The problem of improving the quality of growing and processing fruits and vegetables is one of the main tasks of the food independence of the Republic of Kazakhstan. Currently, the share of large vegetable farms in the Republic of Kazakhstan is only 10%. The volume of industrial processing of fruit and vegetable crops in Kazakhstan is insignificant. The demand for domestic fruit and vegetable products in the country is met only by 35-40%, most of it is imported from countries such as Russia, Kyrgyzstan, Uzbekistan and China. There is a need for the development of organic vegetable growing in Kazakhstan and the creation of new types of domestic fruit and vegetable products containing a sufficient amount of useful and active substances that can bind and remove toxic substances and radioactive elements from the human body. The purpose of the work is to improve the technology of fruit and vegetable semi-finished products with natural spicy and aromatic additives, to develop a multi-component recipe for vegetable mixtures and a method for producing quick-frozen vegetable mixtures with high quality indicators. These studies were aimed at studying the chemical composition and functional and technological properties of vegetables and spicy - aromatic plants for the content of biogenic compounds: carbohydrates, proteins, vitamins, essential oils, minerals and other substances. The structure of plant tissues was studied and the mass fraction of moisture, dry matter, fiber, mono - and disaccharides, pectin substances, vitamin C was determined, the formulation and production technology of Assorted vegetable mixtures were developed, and quality indicators were determined.

Fruits and vegetables are most often consumed without being thoroughly processed before consumption. Some plant foods are vacuum-packed to ensure long shelf life as well as preserving the quality and safety of the product. Fruits and vegetables carry naturally occurring non-pathogenic epiphytic microflora on their surfaces. During growth, harvesting, transport and further handling they can be repeatedly contaminated by pathogens from human or animal sources. Fresh fruit crops have been implicated in a number of documented foodborne disease outbreaks. Outbreaks of diseases caused by bacteria, viruses and parasites have been epidemiologically linked to the consumption of a wide range of fruits and vegetables. The aim of our study is to assess the risk of contamination in fruit and berry crops and how to address this long-standing problem, namely, contamination of fruit and vegetables with unnatural pathogenic microflora. The following fruit and berry crops common in Turkestan region were chosen for the experiment: Apple variety Suislepskoe (stolovka) , peach variety Nectarine and grape variety Kishmish. Bacteriological inoculation was carried out by membrane filtration of used sterile water to obtain flushes from the surface of fruit crops. All work was carried out under full aseptic conditions. The utensils, water and other equipment used in the work were sterilised in advance. The data obtained during the experiment shows that there is a potential for widespread contamination of uncharacteristic microflora of plant products. Based on the results of the study it can be concluded that there are yeasts and acetic acid bacteria on the surface of all three samples of fruit and berry crops, which can be universally contaminated food and are not the natural microflora for the above mentioned crops. Specifically, fruits and vegetables can be contaminated with various bacterial pathogens, including Salmonella, Shigella, E. Coli O157:H7, Listeria monocytogenes and Campylobacter.

Main problem: Microbial-plant relationships, including epiphytic microflora, are the subject of attention of many scientists. Numerous works confirm the high interest of researchers and the relevance of studying this topic. Despite many years of research, some questions concerning the characteristics of the epiphytic microflora still remain open. It is already a well-known fact that the epiphytic microflora is directly related to the physiological development of the plant, including yield. This is due to the close interaction of the plant with the microorganisms living on its surface throughout the entire growing season. It is also proved that epiphytic microflora has the ability to change characteristics under the influence of environmental factors (temperature, humidity, soil contamination, sunlight, etc.). In this regard, the study of this topic is one of the important areas of biological and agricultural sciences and is of high importance. It should be noted that a significant role in the development of agriculture in the Republic of Kazakhstan and the Pavlodar region is played by representatives of vegetable crops, including tomatoes and potatoes belonging to the Solanaceae family, which indicates the high importance of the plants selected for the study. The combination of the above arguments determines the need to study the epiphytic microflora of plants and establish the regularities of its influence on the adaptive properties of the studied plants of the Solanaceae family, as well as on their productivity. In turn, the study of epiphytic microflora can also contribute to the search for new ways to increase the yield of plants and their resistance to various diseases. Purpose: The article is devoted to the study of the properties and characteristics of the epiphytic microflora of the surface of various organs of plants of the Solanaceae family (on the example of tomato and potato). The variability of the composition and number of epiphytic microorganisms in seasonal dynamics is shown. Methods: bacterioscopic method, fingerprint method, flushing method, Gram staining method. Results and their significance: The characteristics and properties of representatives of epiphytic microorganisms of aboveground (leaf, fruit, flower) and underground (potato fruit) plant organs were studied. The role of the influence of environmental factors on the variability of epiphytic microflora is determined on the example of plants Lycopersicon esculentum Mill. (common tomato) and Solanum tuberosum L. (tuberous nightshade). The differences in the microflora of different plant organs in different periods of vegetation are shown.

The main problem: This article is devoted to the key problems of the fuel and energy complex of the Republic of Kazakhstan: 1) lack of production capacity to meet the growing demand for energy and fuel from the economy and the population. Increased demand for electricity and heat, which will require the commissioning of new generating capacities.There is already a shortage in the fuel markets. Modernization and bringing the existing oil refineries (hereinafter referred to as refineries) to full capacity will not allow providing the domestic market until 2030; 2) the export orientation of raw materials, the dependence of the economy on the export of energy resources. In order to attract technology and investment in the oil and gas and nuclear industries, agreements on the extraction of energy resources were concluded with international export companies. In the medium term, Kazakhstan may face a shortage of oil for domestic refineries, if measures are not taken to stimulate its refining within the country. The uranium mined is fully exported; 3) high energy intensity of the economy, low level of energy efficiency. There is a high potential for increasing the efficiency of energy use both in the electric power industry and fuel production, and at the level of final consumption – in industry and housing and communal services; 4) decrease in the replenishment and quality of the resource base in the oil and gas, coal and nuclear industries; 5) low environmental friendliness of technologies used in the fuel and energy complex. Purpose: The purpose of the article is to reveal the problem in the field of ensuring the fulfillment of international obligations between different countries and their own energy sufficiency by gradually changing the structure of energy production. Methods: Studying the experience of increasing the efficiency of the use of energy resources and energy saving as a priority of the state policy of the country. Analysis of production capacity with a constantly forecasted shortage of primary energy resources and insufficient growth of capacity for the production of electricity and heat. Consideration of the possibility of compensating for the shortage by saving energy resources, increasing tariffs for energy carriers, as a stimulating factor for their effective use. Results and their significance: The results of this article will reflect the problems of energy, as the most important driving force of global economic progress. The well-being of the people depends on the state of the country's energy sector, therefore there is an urgent need to solve the emerging problems. The global energy problem is, first of all, the issue of stable and efficient supply of fuel and energy to mankind. Today, the energy sector of Kazakhstan is focused on fuel resources, since the country is provided with hydrocarbons and other energy resources. About 72 % of electricity in Kazakhstan is generated from coal, 12,3 % from hydro resources, 10,6 % from gas and 4,9 % from oil. Thus, the four main types of power plants generate 99,8 % of electricity, while alternative sources account for less than 0,2 %.

This article discusses the current data on the biochemical properties of bacteria of the genus Lactobacillus and their use in industry, particularly in dairy production and biotechnology. Microorganisms of the genus Lactobacillus have antagonistic activity against pathogenic microorganisms and perform an immunomodulatory function. The positive effect of lactobacilli on human health explains their active use in probiotics. The positive effects of normal intestinal microflora and probiotics are mainly due to bifidobacteria and lactobacilli. In probiotic therapy, various types of bacteria of the genus Lactobacillus are used, such as: L. acidophilus, L. rhamnosus, L. plantarum, L. fermentum, L. delbrueckii subsp. bulgaricus, L. casei, L. paracasei. In recent years, the biotechnology of probiotics has been intensively developing - drugs used for the correction and prevention of microecological disorders in the gastrointestinal tract of humans and animals. An urgent issue is obtaining new data on the biological properties of lactobacilli, creating new probiotic preparations based on them using modified approaches to cultivation. The results of determining the species L. acidophilus L. casei, L. rhamnosus, L. paracasei, obtained by the classical biochemical identification method based on saccharolytic activity, complicating species identification, are comparable to the molecular genetic method. In the case of L. casei, L. rhamnosus, L. paracasei, it is necessary to carry out modern identification methods based on the polymerase chain reaction, since their biochemical properties are similar, which makes it difficult to carry out species identification. The molecular genetic method is a valuable addition to the intergeneric and species identification of lactobacilli, given the variability of the classical biochemical method.

The development of extraction techniques of medical plants aims to maximize the bioactive compounds production. Тechnologies in this area of industry have not high enough еfficiency factor. In some cases, it reaches only 40-50 %. Therefore, development of new methods to effectively extract different compounds from plant material and their input into large-scale industry is of great importance. The goal is to determine an effective and suitable technology for extracting bioactive compounds from medical plant. This is a narrative review paper which focuses on different extraction methods of medical plant. To find relevant articles for this narrative review, 73 articles were reviewed. Of these, 14 irrelevant documents were discarded. This review analyses various extraction processes to guide the selection of suitable methods for various types of medical plants and applications. This is done by outlining traditional and modern methods of extraction techniques, exploring the importance of solvents for extraction, and comparing novel and alternative methods of extraction. In conclusion, based on the current knowledge, solvent extraction is the most common method for medical plants extraction. Enzymatic hydrolysis and supercritical extraction are advanced techniques with high yield of compounds. However, more research is needed for some modern extraction methods.

Main problem: The article analyzes water quality assurance as the main goal of preserving human health. The study of chemical and microbiological parameters of wastewater and drinking water was carried out using generally accepted standards. The number of deaths associated with the use of contaminated drinking water, according to WHO, tripled in 2021 and reached almost 19 thousand against 6 thousand in 2020. In addition, the number of neoplasms, diseases of the genitourinary system, digestive organs and skin increased by 2 %, to 1.486 million. The reasons for the increase in the level of harmful chemicals and microbiological pollutants in the water are outdated sewage treatment plants, old pipes and disinfection with chlorine. Purpose: Study of the quality of wastewater and drinking water in Pavlodar, study of the quality of wastewater and drinking water in Pavlodar. Methods: Sampling of wastewater, chemical and bacteriological analysis of wastewater and drinking water, statistical method, correlation analysis of experimentally obtained results and calculated characteristics, etc. Results and their significance: In the field of public health risk, pollution of reservoirs that are sources of household drinking water supply and recreational water use, the continuing necessary high deterioration of water supply networks, their accident rate, as a result of low level of operation, failures in the operation of treatment facilities. Hygienic assessment of reservoirs according to complex indicators indicates the continuing high degree of water pollution in places of water use. The water quality indicators of the surface reservoirs of the region remain low in terms of sanitary and chemical (primarily organoleptic and general sanitary), as well as microbiological indicators. According to toxicological indicators, the level of water pollution in places of water use is estimated as moderate. The main pollutants of the Irtysh River in Pavlodar are industrial enterprises and housing and communal facilities that discharge untreated or insufficiently treated wastewater into reservoirs. A complex of causes of drinking water pollution has been identified: high deterioration of water supply networks, their accident rate, because of a low level of operation, failures in the operation of treatment facilities, unfair treatment of industrial wastewater by industrial enterprises of Pavlodar, etc. Priority preventive directions for improving the quality of water as a source of life are the implementation of long-term targeted planning of measures for the modernization of water supply and sewerage networks and facilities in Pavlodar. The state of water supply necessary and measures to improve it should be constantly monitored and considered at meetings of sanitary and anti-epidemic commissions.

Combustion engines operate over a wide range of power and speed. To the greatest extent, this applies to automotive and tractor engines and diesel engines operating at fractional and idle loads for a significant part of the operating time. When designing engines, the choice of their main design and layout parameters is carried out in a comprehensive manner, taking into account the provision of the required power and efficiency in the modes of maximum torque and rated power. However, ensuring the economical operation of modern highly accelerated diesel engines at low loads and idling causes a whole range of problems related mainly to the organization of effective mixture formation and fuel burnout, as well as to ensuring stable fuel supply. Thus, the cycle dose of injected fuel in idle mode is 8–12 times less than the cycle dose in nominal mode, which determines increased requirements for fuel equipment and difficulties in ensuring high-quality mixture formation. At the same time, diesel engines operate in idle mode up to 50 % of the total operating time, consuming up to 15–20% of the fuel. For truck engines, the relative idle time is approximately 20–25 %. Thus, the development of measures to improve the efficiency of diesel engines at idle is relevant. The purpose is to perform a numerical analysis of the effect of switching off cycles in diesel engines for autotractor and diesel locomotive purposes on the working processes in the cylinder and the indicator parameters of the cycle in idle modes. When writing the article, traditional methods (comparison, description, and measurement), generallogical methods and research techniques (analysis, generalization, etc.) were used. A numerical analysis of the operating cycle of a diesel engine equipped with a cycle shutdown system was performed. The relationship between changes in fuel injection characteristics when cycles are turned off with indicator indicators of the engine operating cycle in idle load modes is disclosed. It has been established that the expediency of switching off cycles in a specific engine operation mode is determined primarily by the features of the injection, carburetion and fuel burnout processes.

Local self-government bodies are an integral mechanism of the foundation of a democratic state. In the modern system of public relations, one of the most important places is occupied by general economic relations, namely local self-government. Without a developed system of local self-government, legislative and real opportunities, it is very difficult to independently create market-democratic structures to solve economic, social, domestic, cultural and other issues at the local level. Local self-government bodies are a special level of government, which combines two principles: public and state. In the practice of Constitutional and administrative law, it is important to determine the place and nature of local self-government and to establish balanced relations between State authorities and self-government bodies, on the one hand, with local representative offices and structures. The purpose of the article isto study the role and place of local self-government in modern society, to develop practical recommendations on the formation and prospects for the development of local authorities in Kazakhstan. When writing an article, the following methods are used: description, analysis and synthesis, justification, logical modeling, system analysis, etc. When studying the formation of local self-government, as well as the functional management system, the method of structural and analytical analysis was used. The conclusions and recommendations obtained as a result of the conducted research can be used: in the practical activities of maslikhats and akimats of the Republic of Kazakhstan, civil servants; in the process of studying at courses in higher educational institutions, as well as for further general theoretical and applied research.

Main problem: The use of waste heat is most often solved by installing heat exchangers, but this is not effective when the temperature of this heat does not exceed 10-15 0 C, in which case this heat can be used using a heat pump. Where can I get this heat? Almost any enterprise needs cooling of any equipment elements or substances – working fluids; the heat received from them can be sent to a heat pump and used here at the enterprise. Purpose: Consideration of the possibility of using the heat of cooling water from the pump CNS 60-165 and the proposal of a new scheme with the installation of a heat pump that uses this heat. Methods: This is achieved due to the fact that it is proposed not to discard the heat, but after its use in the heat pump evaporator, transfer it to the heated medium - water, which is then sent to the shower cabins of the enterprise. Since the showers are located in the same room, the cost of transporting heat and losses will be minimal. Methods: In the course of the research, the possibility of using the waste heat of an industrial enterprise for using it here at the enterprise for the purposes of hot water supply was considered. For these purposes, it is proposed to install a heat pump, thanks to which the thermal potential increases, which makes it possible to fully use the received heat. Results and their significance: As the experience of foreign countries has shown, heat pumps can be widely used in many industrial enterprises, and in conditions of increased competitiveness, in order to reduce energy costs and the cost of manufactured products, install heat pumps to utilize excess heat, for example, process water, which is available in many production allows you to have a significant economic effect.

Main problem: Bird droppings and animal manure contain acids, nitrogen, phosphorus and potassium, heavy metals. The content of nitrogen, phosphorus and potassium changes dramatically depending on the quantity and quality of the feed. Purpose: To study the effectiveness of the use of organomineral fertilizer from poultry waste, obtained using biocatalytic processes on the growth and development of plants. Methods: An application for a Patent for the invention of the Republic of Kazakhstan "Method of obtaining organic fertilizer" has been submitted for the developed technology for obtaining organic-mineral fertilizer. In the soil intended for growing seedlings of tomatoes of the “Pepper-shaped Orange” variety and peppers of the “Bogatyr” variety, the resulting fertilizer was applied in the amount of 1 kg per 1 m2 of soil, which was dug to a depth of 8-10 cm and used to grow seedlings in closed ground and subsequent for planting it in open ground. Soil without fertilization was used as a control. The process of soil preparation for open ground, intended for planting seedlings, was carried out for the experimental field with the introduction and control without fertilization. Experimental and control studies were carried out under equivalent climatic conditions, the scheme and technology of watering plants. In total, 100 bushes of each plant species were used in the experiment. Results and their significance: The use of the obtained organomineral fertilizer allows to increase the yield of vegetable crops (tomatoes, peppers) by 20-25% compared to the control. In addition, in the experimental samples, an increase in the number of fruits on a bush was noted with an increase in their size, a decrease in the growing season and the number of damaged fruits.

The article examines the emergence and functioning of the Soviet institutions of power in Kazakhstan during the period of "war communism". On the basis of archival materials and published works, the author analyzes the activities of Soviets and revolutionary committees. The purpose of the article is to study the main trends and features of the development of local government in Kazakhstan in 1918-1921. The study is based on the principles of historical, scientific objectivity and systemic structural-functional analysis. For this reason, the author used such methods as the method of historical reconstruction for the reorganization of the administration of Soviet, party and other local bodies; the method of isolation for the study of local (regional) features in relation to local phenomena and processes in the energy sector; the method of typology, which made it possible to identify and describe different types of local authorities. The authors come to the conclusion that in 1918-1921, during the period of civil resistance, "war communism" and the beginning of the Chamber of Commerce and Industry, bodies of the new Soviet power appeared and operated in Kazakhstan. They are characterized as having an anti-democratic character; strict social orientation; alienation of indigenous peoples; immanent nature for creating conflict situations; choosing non-optimal ways and means of solving a problem situation; unification of party and state. As a result, an overgrown and clumsy class of party classification was formed, which was not provided for by the Constitution of the USSR.

Main problem: recently, much attention has been paid to energy saving in production, especially when it comes to industrial units that burn fuel. There are several ways to maximize the use of the heat released during the combustion process, for example, to reduce the temperature of the flue gases at the outlet of the unit, by maximizing its use, both in the technological process itself and by installing additional heat-receiving units, for example, air heaters or other heaters. Another way to save money is to reduce heat losses through the lining of these high-temperature units. Metallurgical units that consume a large amount of energy and fuel require an analysis of their consumption, and ways to save their consumption based on the results of the analysis. Purpose: this article considers the possibility of replacing the existing inner insulation layer of the second and third sections of a high-temperature unit - a metallurgical furnace, with a new one with better technical and economic indicators. Methods: the possibility of replacing the existing inner insulation layer of the second and third sections of the high-temperature unit with a new one, with the best technical and economic indicators, was considered. The calculation of heat losses by thermal conductivity through the side surfaces and the roof with new insulation was performed, and the economic efficiency of the proposed solution was proved. Results and their significance: replacing the existing inner layer of insulation - refractory concrete PHLOCAST M30 (thermal conductivity coefficient from 1,4 to 1,45) with the proposed CERALIT GUN HK 70070 (thermal conductivity coefficient from 1,03 to 1,12) will reduce heat loss to the environment, and thus to reduce fuel consumption for the furnace.

As part of solving the priority tasks set in the Address of the President of the Republic of Kazakhstan Kassym-Jomart Tokayev, a significant role is given to the development of the food industry, including dairy products. Big tasks are to be solved by branch science in the field of processing raw materials of plant and animal origin using the achievements of bio- and nanotechnologies to improve the quality, biological, nutritional value and food safety. New approaches are needed to organize the complex processing of plant and animal raw materials in order to improve the economic, social and environmental aspects of the production itself, as well as the life of the population of the Republic of Kazakhstan. Despite the extensive range of processed cheeses, it is constantly updated. This is due to the need to meet the requirements of nutritional science, changing consumer demand, as well as the availability of raw materials and considerations of the profitability of a particular type of cheese. The working hypothesis of the research was the assumption that for the melting of raw materials it is possible to use reagents that affect the active acidity of the medium, stabilize the structure, bind moisture and improve the consistency and organoleptic characteristics of the finished product. The article is devoted to the issue of the process of melting rennet cheeses. The purpose of the article is to show that the melting process is closely related to different forms of raw material protein micelles. In this article, the influence of the type and amount of melting salt on the formation of the structure of processed cheese is considered, the rheological indicators of experimental products are determined in accordance with the scoring of processed cheeses. The indicator of water activity (аw) was established, the microbiological parameters of the experimental products were determined.

In this article, comprehensive studies have been conducted on the effective use of natural pastures in conditions of vertical zonality in the project territory of Batyr Korday district (Zhambyl region). The data presented shows how important it is to comply with the norms and loads of pastures for further preservation of pasture yields and prevention of degradation. Consequently, there is a need to develop effective and scientifically-based systems of pasture turnover and the introduction of measures to restore pasture lands in the Zhambyl region, taking into account the peculiarities of the climate and geo-botanical indicators. Pasture lands make up about seventy percent of the entire territory of the Republic of Kazakhstan. The potential productivity of these lands reaches twenty-five and more million tons of fodder units. Pasture is the main renewable forage plant resource. It should be emphasized that haphazard use has led to the fact that land degradation processes occur on 27.5 million hectares of pastures, feed capacity decreases, biological diversity decreases, erosion processes manifest themselves, etc. All this requires the development of science-based approaches to the exploitation of pasture resources, compliance with the basic elements of rational grazing. The current situation may have a twofold path of development. The first way is the absence of strategic initiatives for the effective use of pastures for small producers will lead to a final reduction in the feed capacity of the pastures used. And the second way is small and large-scale use of the huge forage potential of the restored pastures.

On the territory of the Northern industrial zone of Pavlodar in the area of the industrial wastewater reservoir «Bylkyldak» in some areas of the earth there is soil contamination with mercury, exceeding the MPC for mercury (2.1 mg/kg) by 500 times. The total mass of mercury dispersed in the surface layer of soils is 2.8 tons. The mass of contaminated soil is approximately 208,000 tons. Pollution of the territory is historical. The purpose of the article is to determine the efficiency of chemical binding (immobilization) of mercury in the soil with the Japanese drug Denite® in real field conditions of the territory of mercury contamination in the Northern industrial zone of Pavlodar using an experimental study; to determine the stability of insoluble mercury compounds formed by the preparation at extreme winter and summer temperatures and seasonal fluctuations in open ground. Soil samples were taken for the study at 11 points in the centers of mercury pollution. Laboratory studies were carried out in an accredited analytical laboratory of the Testing Center of JSC Caustic. Soil samples were treated with Denite®, the preparations obtained were stabilized, and water extracts were prepared. The content of mercury in soils, extracts from them, and plants was determined by the atomic absorption method on a RA-915+ spectrometer equipped with RP-91 and RP-91S attachments. As a result of research, the effectiveness of Denite® in the chemical binding of mercury in the soil has been proven and its optimal dosages have been determined. As a result of the positive tests of the technology of chemical immobilization of mercury, the prospect of a practical solution to the issue of demercurization of mercury-contaminated soil on the territory of the Northern industrial zone appeared.

It is known that the nutritional value of proteins is primarily characterized by the composition of essential amino acids and is determined by their accessibility. Not just proteins are necessary for the good functioning of the human body, but a certain amount of essential amino acids. Since the lack or absence of any of them causes serious health problems. The problem of protein malnutrition is global for many reasons and to solve it, it’s necessary to study the prospects for the possible use of non-traditional sources of dietary protein, namely vegetable protein. Considering this, the article presents the results of studies conducted over several years, the objects of which were dairy and vegetable products and protein hydrolyzate from chickpea flour. At the same time, the possibility of its use as a filler of plant origin to improve the physicochemical and structural-mechanical properties of a new type of finished product was determined. The purpose of these studies is to develop a recipe and determine the technological stages of production of a new type of product of dairy and vegetable origin, which has a functional focus, in which vegetable products are used together with dairy components. It should be noted that when selecting components, preference is given to raw materials grown in the local region. When developing the recipe, the optimal amount of chickpea protein hydrolyzate to be added was determined, which makes it possible to give the finished product not only attractive commercial characteristics, which the modern consumer primarily pays attention to, but also to obtain such product properties that will help strengthen the immune system and the resistance of the human body to adverse conditions environment, what is especially important for the younger generation. When developing the technology of a new dairy-vegetable curd mass, the optimal modes of each technological operation and the stage at which it is most expedient to apply a vegetable component are determined. Launching the developed product into production, the manufacturer will not face the problem of the lack of the necessary equipment and its expensive acquisition, since the production organized according to the proposed technology is maximally adapted to the equipment available at enterprises engaged in the production of cottage cheese and curd products.

Main problem: the development of a new direction in the food industry – the so-called functional nutrition, which means the use of such products of natural origin, which, when systematically used, have a regulatory effect on the body as a whole or on its specific systems and organs, has been widely recognized all over the world: immunostimulants, biocorrectors for blood pressure, cholesterol levels, etc. When creating functional dairy products, ingredients of plant origin are increasingly included in recipes, which are sources of dietary fiber, vitamins and microelements, organic acids and other biologically active compounds, which can also serve as flavor fillers. Purpose: to develop a technology for the preparation of a fermented milk product with the addition of an extract from gourds. To do this, it was necessary: to select the amount (dose) of the yoghurt starter introduced into the prepared milk, and also to investigate the effect of temperature on the fermentation process of the drink; to investigate the amount (dose) of the vegetable filler introduced into the mixture and its effect on the organoleptic characteristics of the drink; to investigate the organoleptic properties of the drink with the melon culture extract added to it before fermentation and after fermentation; to investigate the effect of vegetable filler on the fermentation process; to investigate the effect of the dose of vegetable filler on the process of acid formation; conduct microbiological studies of milk and vegetable yogurt; to investigate the change in the acidity of milk and vegetable yogurt during storage; to investigate the effect of the freezing process on the chemical composition and biological value of the extract. Methods: when performing the practical part of the work, physicochemical, organoleptic and microbiological studies were used. Results and their significance: in the course of the study, it was concluded that by adding an extract of gourds to the technology for the preparation of fermented milk products, a new fermented milk product can be obtained that meets all physicochemical, organoleptic and microbiological requirements. As a result, an original method for the production of a fermented milk drink containing an extract from a melon culture was developed.

The ideas of accelerated disclosure of the spiritual, intellectual and professional potential of a person have always been occupied by scientists and teachers (Ya.A. Komensky, K.D. Ushinsky, V.A. Sukhomlinsky, Ya. Korchak, A.S. Makarenko, A. Kunanbayev, Y. Altynsarin and others). Modern innovative teachers are guided by a personality-oriented approach, the ideas of subject-subject relations, and generational cooperation. Georgian teacher Sh. A. Amonashvili wrote: «humanitarian pedagogy perceives the child by his nature. He sees the infinity of the child, understands his cosmic quality and prepares him for the service of humanity throughout his life. It establishes the personality of the child through the determination of his will and builds pedagogical systems, the procedural of which predetermines love, optimism and high spiritual morality. Humanitarian pedagogical thinking seeks to take on something enormous, and this is the power of educational systems and processes that have arisen in its bowels». In order to realize the value of self-disclosure of innovative abilities of students, ensuring the role of a teacher, it is necessary to recognize the intellectual reflexive mechanism of a person as the main subject of Education. The purpose of the article is to identify innovative methods and models of pedagogical activity for the cultivation of innovative abilities of students, which determine the development of the country. The study used methods such as analysis, generalization, synthesis, modeling of scientific sources.

The present stage of development of power systems is characterized by the need to increase their intelligence, that is, the formation of an environment capable of solving the problems of effective management of all components included in the power system. One of the features of modern energy systems is an active consumer, that is, a consumer who has the opportunity to optimize the schedule of loading their capacities, planning energy consumption, intellectualization of energy consumption. In addition to the fact that there are digital systems for collecting, processing and presenting information, as well as transmitting this information via the Internet, to solve the most difficult task of managing power systems, it is necessary to develop a large number of models adequate to real processes that can describe the processes taking place in the power system under consideration. The purpose is to develop models capable of adequately describing the interrelated processes occurring in the considered elements of the power system, as well as in the aggregate of related elements; development of methods that allow solving problems of effective control of elements of energy systems on the basis of the proposed intelligent models. To solve the problem of increasing the intelligence of the power system, nonlinear adaptive models of electrical complexes of an energy-intensive enterprise included in the power system were developed on the basis of balance equations and artificial intelligence methods. The production of alumina with the properties of inertia, nonlinearity and closure is chosen as the production under consideration. This type of production was chosen as the most difficult to predict due to the unpredictability of changes in energy consumption during the transition to other modes of its operation, associated, for example, with the receipt of raw materials with a different chemical composition for processing. Static and dynamic models of energy consumption of electrotechnical complexes with continuous inertial nonlinear closed production based on artificial intelligence methods have been developed, which makes it possible to eliminate the need to use long time series of retrospective data. For the considered type of continuous energy-intensive production, dynamic characteristics of energy consumption and technological processes are obtained from the main controlled parameters, which make it possible to predict emergency situations and partly man-made disasters. On the basis of a genetic algorithm, a multiparametric optimization problem of energy management of continuous production has been solved, taking into account technological parameters and cost factors.

The article is devoted to the study of the main types of retort packaging, as well as polymer and combined materials used for its manufacture. The authors have compiled a classification of retort packaging presented on the modern market, investigated the technological properties of packaging materials, and also determined the requirements for modern retort packaging: resistance to sterilization at a temperature of at least 120°C, steam and moisture resistance, chemical inertia to canned products, tightness, low gas permeability. It has been established that in order to give the retort packaging the required properties, it is made of multilayer polymer or combined materials, each of the layers of which performs certain functions. It is determined that due to the barrier properties of polymer and combined materials with respect to oxygen, retort packaging provides shelf life of canned products up to 5 years, which allows the use of retort packaging made of polymer and combined materials as an alternative to glass and metal packaging. In experimental studies, the composition of the outer layers of modern retort packaging was analyzed and it was concluded that polypropylene or polyethylene terephthalate are most often used, since these polymer materials are thermally and chemically resistant, vapor- and moisture-proof. It is established that materials that are barriers to gases are used as the middle layer – aluminum foil, metallized films, ethylene vinyl alcohol, polyamide. It is proved that polymer co-extrusion, multilayer injection molding or lamination is used for the manufacture of such materials and packaging. The data obtained indicate the high barrier properties of combined packaging materials, therefore, the thermal and chemical stability of the polymer and combined materials used makes it possible to use retort packaging for packing almost all groups of canned products.

Main problem: local self-government bodies are an integral mechanism of the foundation of a democratic state. In the modern system of public relations, one of the most important places is occupied by general economic relations, namely local self-government. Without a developed system of local self-government, legislative and real opportunities, it is very difficult to independently create market-democratic structures to solve economic, social, domestic, cultural and other issues at the local level. Local self-government bodies are a special level of government, which combines two principles: public and state. In the practice of Constitutional and administrative law, it is important to determine the place and nature of local self-government and to establish balanced relations between State authorities and self-government bodies, on the one hand, with local representative offices and structures. Purpose: to study the role and place of local self-government in modern society, to develop practical recommendations on the formation and prospects for the development of local authorities in Kazakhstan. Methods: when writing an article, the following methods are used: description, analysis and synthesis, justification, logical modeling, system analysis, etc. When studying the formation of local self-government, as well as the functional management system, the method of structural and analytical analysis was used. The results and their significance: the conclusions and recommendations obtained as a result of the conducted research can be used: in the practical activities of maslikhats and akimats of the Republic of Kazakhstan, civil servants; in the process of studying at courses in higher educational institutions, as well as for further general theoretical and applied research.

Main problem: the globalization of the information sphere has led to a significant increase in the volume of stored and processed information. To increase the processing speed and provide information to the recipient, it is logical to increase the power of the equipment on which the information is processed. But such a path also leads to an increase in financial costs for continuous modernization or complete updating of computer equipment and application software. Purpose: an alternative solution to increasing the capacity of hardware and software may be to optimize the process of organizing data storage, and already at the stage of information analysis. At the initial stages of the task, a huge amount of information is collected and processed, which needs to be classified, to identify essential and non-essential information flows for the information system being developed, etc. The quality of functioning of the developed information system as a whole and its individual modules in particular will depend on how correctly and fully the structuring and systematization of data will be carried out. Methods: modern methodologies of conceptual design of information systems shift the emphasis from software implementation to analysis and modeling of the production environment. The tools used in the process of conceptual modeling allow you to automate the main part of the processes, including the development of program code in the format of templates (patterns), including the preparation of documentation for the software product being developed. Since modern methodologies and tools are based on the use of powerful graphical tools, this significantly increases the visibility and simplifies the process of making adjustments to the information system project, actually using the "Drag-and-Drop" technology. This allows you to redistribute the time spent on the implementation of the first stages of information system development, allocating more time to the analysis and design of the software environment at an abstract, conceptual level. Results and their significance: the stages of analysis and design do not require large financial costs and are more variable. Information at these stages is easier to adjust and change than, for example, at the stage of writing program code. In addition, it is at these stages that the most active interaction between the developer and the customer is carried out, where maximum visibility and variability of the project of the future information system is required. And the use of modern software design methodologies significantly increases the efficiency of the first stages of information system design.

The relevance of this article is that the impact of human economic activity on the natural environment is becoming comparable in scale to geological factors. In this regard, the importance of protecting the biosphere has increased immeasurably. The earth is the only common home of all earthlings. Society, including us, cannot help but worry that the planet has approached a critical ecological threshold. The main goal of the research that we set for ourselves in this article is to create a predictive model for overcoming the environmental crisis in the following areas: environmental education, greening technologies, administrative and legal direction, international cooperation. To achieve the result, we tried to process as much information as possible, analyze the situation, draw appropriate conclusions and propose our own model for overcoming the environmental crisis. The hypothesis is that environmental pollution, improper disposal of household and industrial waste, and poor environmental culture have a detrimental effect on the ecology of the city, poisoning the environment and public health. The main research methods used were methods of empirical knowledge - these are observations, survey methods, questionnaires, as well as theoretical methods. The results of these studies can be used to inform the population about the impact of waste on human health, as well as the importance of storing, recycling and obtaining secondary raw materials, in order to reduce the amount of garbage on city streets. And also about the existence of unauthorized waste collection sites and administrative responsibility for the creation of such landfills in the city and in the surrounding area, this is an educational activity in all areas of education, starting from preschool institutions, the media, advertising agencies, NGOs, environmental authorities and also, using international experience, in the construction of a solid waste processing plant in his hometown.

The development, grovth and productivity of livestock depend primarily on providing it with a variety of nutritious feeds. Daily feeds should consist of microbiologically synthesized protein, as well as a variety of seeds, mineral and vitamin supplements of animal and vegetable origin. Indeed, the maximum disclosure of the genetic potential of livestock largely depends on both the quantity and quality of feed. One of the stages of feed quality assessment is the measurement of their chemical composition. The chemical composition is not always constant and depends on many factors, including the species composition of plants, fertilizer application rates, climatic conditions and storage methods. The least accumulation of moisture in the soil was observed in areas where pasture grasses were regularly treated with wormwood. Pacture productivity was also the lowest in the control plots, where the average phyto-chemical composition over three years showed that the dynamics of protein content was the same in all pastures – the protein content reached a maximum at the beginning of the growing sea son and decreased from spring to autumn, while the lowest content of crude protein during harvesting in summer was in control plants of varieties

The article provides a comparative legal analysis of the constitutional statuses of the Presidents of the Republic of Kazakhstan (ROK) and the United States. The study was conducted according to the relevant provisions of the Constitution of the studied countries and according to the criteria: form of placement; form of government; presidential elections and powers; censorship established for presidential candidates, etc. The peculiarities of the legal status of the institution of the presidency of these countries were noted, including the following issues: participation in the formation of the upper house of the Parliament, ministries and other government bodies; interaction with the Parliament and judicial branches of the Government; powers in the field of defense and security; international relations; lawmaking, etc. Purpose: to reveal the content of the legal status of the President of the Republic of Kazakhstan, to reveal the doctrinal, specific, normative legal status of the head of state, to analyze the features of the President of the Republic of Kazakhstan, his normative and actual status. The article evaluates the constitutional and legal status of the President of Kazakhstan in relation to the administrative and legal status, analyzes the status positions of the ‘President’ as the head of the state and the highest official performing the functions of public administration in the context of constitutional foundations. Methodology: the methodological basis of the research as well as the work is based on a set of scientific methods of phenomena cognition: comparative Jurisprudence, the method of dogmatic analysis of legal acts, etc., which made it possible to identify the problems of the constitutional and legal status of the President of the Republic of Kazakhstan, to establish the fact of combining elements of the super-presidential form of the government. The results and their significance: therefore, based on the results of a comparison between the presidential institutions of the United States and Kazakhstan, the right to address the Parliament, the participation of the Senate in the appointment, approval, election of officials proposed by the President, the right of veto, the General Command of the Armed Forces, one person cannot be a president for more than two consecutive terms.