Geographical measures related to water conservation

If it's a small ** related to geography, I think you can choose a more professional topic, not for breadth, but for depth, although it is high school but linked to **, I think there is still some depth to be appropriate. But water conservation is multifaceted, and you need to be selective about it.

Here are some of my takes:

1. Afforestation, water conservation and source consolidation. This is universal, and there is a lot to write about.

2. The rational use of groundwater resources can be said from the rural aspect, because groundwater has its own limitations, circulation capacity, and poor self-purification ability compared with river water, and tap water can be popularized in rural areas. I think that's a bit new.

3. Full and reasonable utilization is saving, we can build more dams in places with large drops, make full use of water energy resources, and benefit mankind.

That's all for now, I hope it helps

As follows:

1. Vigorously develop greening and increase forest area to conserve water sources. Forests have the functions of conserving water sources, reducing ineffective evaporation and regulating microclimate, which has the significance of reducing water. It is of open source significance that forest areas and forest margins have the potential to increase precipitation.

2. Improve the comprehensive utilization of water resources, and water has the characteristics of comprehensive utilization in the same space. The reservoir can store floodwater, and can also breed aquatic animals and plants, the large water surface can be navigable, and some water bodies can also be opened up for tourism. The water used for hydroelectric power generation can be used for irrigation.

3. Urban development and utilization of sewage resources, development of water treatment, sewage reuse technology. After being treated and purified, the high-quality miscellaneous waste water generated by some industrial production and life in the city can reach a certain water quality standard and be used as non-potable water for greening and sanitation.

4. Develop and promote water-saving appliances. According to incomplete statistics, China currently has nearly 40 million sets of toilet water tanks and a large number of other sanitary appliances, and hundreds of millions of cubic meters of water are lost every year due to toilet tank leakage.

Water conservation:

1. We must have the awareness of cherishing water, only when we realize that "saving water is glorious, and wasting water is shameful", can we always pay attention to water conservation everywhere, and start from the small things around us.

2 Develop good habits, such as turning off the dripping faucet, etc.

3 Use water-saving appliances.

4. Check the leakage plug flow, As far as production is concerned, especially for some industries with high water consumption, we should focus on how to optimize the operation of the water system, how to improve the concentration ratio of circulating water, how to improve the recycling of water resources, etc.

At the same time, a practical operation system is formulated to implement quota management for product water consumption, and is assessed as a technical and economic indicator to reduce waste.

To build a water-saving society and make water-saving a conscious behavior of people, it is not enough to rely on publicity and education. In order to improve the efficiency and effectiveness of water resource utilization, it is necessary to start with institutional and institutional innovation. 1.

To improve the efficiency and effectiveness of water use, it is necessary to reduce the water consumption per unit of product through scientific management and technological innovation, and to realize the efficient use of water resources by optimizing the allocation of water resources and rationally adjusting the economic structure and industrial layout. 2.In order to establish a mechanism for promoting water conservation in the whole society, it is necessary to establish a complete set of systems to regulate the changes in economic interests when the relationship between supply and demand of water resources changes, so that such changes in economic interests are conducive to the rational allocation and efficient use of water resources, and to form an incentive mechanism for water conservation driven by economic interests, so that water conservation can become people's conscious behavior.

To put it simply, it is necessary to clarify water rights and cultivate and develop the water market. (1) First, clarify the right to water. In a market economy, water trading is essentially a trading of water rights.

The allocation of water resources through the market requires clarity on water rights. Second, it is necessary to strengthen the management of water rights. In a state of water scarcity, the acquisition of water rights requires a price, the payment of water resource fees, and the protection of the rights and interests of water rights holders.

Third, allow trading of water rights. Nurturing and developing water markets must allow water rights holders to grant water rights and benefits. (2) In order to form a water-saving mechanism, it is necessary to reform the water resources management system.

Promote the transformation of production relations. The water rights management system is a water resource ownership management system that is compatible with the market economy system. By clarifying the right to water, the equal economic and legal status of producers and consumers in water decision-making is established.

Through market transactions, the best macro-control decision-making mechanism, the best oriented information mechanism, the interest-driven power mechanism and the resource allocation mechanism are formed. 3.In addition to establishing a system of water rights, reforming the water resources management system, and implementing a basic management system that combines total quantity control and quota management, it is also necessary to formulate a series of economic policies and use economic means to promote water conservation.

The economic benefits generated by water use behavior directly affect the consumption behavior of consumers and the profits of enterprises, and guide consumers and producers to adjust their water use behavior, thereby guiding water resources.

In the food and beverage industry, Alfa Laval continues to develop innovative solutions for energy and water efficiency. By investing in water-saving technologies, optimized water-saving operations can save on electricity, cleaning media and wastewater treatment costs, contributing to the sustainable development of enterprises. To increase the return on investment in water and energy efficiency, Alfa Laval has launched the Optimize program, which helps customers identify resource management issues, optimize existing processes, and make the most of each resource with a wide range of process components to achieve truly sustainable production through a structured approach to water and energy efficiency.

Benefits of Optimize:

Reduce energy and water costs.

Reliable operation for increased uptime.

Improve water use efficiency.

Reduced CO2 emissions.