With the purpose of transition of the world economy to a sustainable growth model, the principles of the "green" economy should be integrated into the currently implemented structural reforms. The four main directions that form the "green" economy are highlighted. Structural reform, which connected with directions, can serve as engines of economic growth. Particular attention in passing to the green economy is given to the formation of modern infrastructure, which has the key to ensuring sustainable development and modernization that is an important element of the structural reforms analyzed here. Worldwide, initiatives are emerging at the national level that show that countries are moving towards a "green" economy at their own pace and in the context of their national development goals and priorities. Most countries in the world have recently stepped up their environmental policies to move away from a traditional model in which environmental protection is considered a burden on the economy, to a model in which ecology is recognized as the engine of development, i.e. to the "green" economy.

This article examines the state program for the development of education in the Republic of Kazakhstan based on the example of the Pavlodar region. A report is presented on the implementation of this program and the main problems are discussed. Priority directions of development and measures for their implementation are given.

Evaluation of the output of lime is made for three options for the use of Ferroalloy gas: when you use the physical heat of the gas; when using the chemical energy of the gas and the location of the reactor after scrubbing; when sharing of sensible heat and chemical energy of the gas. As a result of the calculation of the expected yield of lime, it was found that the use of Ferroalloy gas for the production of lime can fully provide or at least compensate for the deficit of lime in the production of steel. The technology of calcination of limestone with Ferroalloy gas is presented in the form of a cycle synchronized with the smelting of steel, including, in accordance with the gas outlet from the layer and their alternation with pauses of inter-blowing periods. The preliminary technological characteristics of firing obtained as a result of theoretical analysis are used for further experimental and theoretical studies.

The article provides a mathematical description of an induction motor with a device for indirect control of the electromagnetic moment and angular velocity of an induction motor in an electric drive, which allows substantiating on its basis a method for controlling the output variables of an asynchronous electric motor. A simulation model of an induction motor with an indirect control device for the output variables of an induction motor and the main results of the study are presented.