Water plants - Import export

The water treatment plant for a recycling plant is a facility that is specifically designed to treat the wastewater from the recycling operations of most industrial sectors. The function of water treatment facilities is to ensure that, upon discharge, the water from a recycling plant meets the required regulatory and environmental standards before being either released into the environment or reused back into the facility. The treatment process typically includes physical, chemical, and biological modes of treatment for the scavenging of pollutants, contaminants, and suspended solids from a wastewater stream. Applying processes such as filtration, sedimentation, disinfection, and biological treatment, water treatment plants for the recycling plant ensure that high-quality and environmentally safe treated water for discharge or reutilization, with the overarching goal of promoting sustainable water management practices.

Reverse Osmosis (RO) systems are renowned for their exceptional water purification capabilities, effectively reducing up to 99% of contaminants. The RO series we specialize in is tailored to meet the demanding needs of industrial water treatment across various sources, including brackish, surface, and municipal water supplies. These industrial reverse osmosis water treatment systems are engineered with upgraded materials and high-capacity technology, making them well-suited for applications in diverse industries. Notably, these systems are uniquely designed and manufactured in the United States, emphasizing energy efficiency and eco-friendliness while consistently delivering high-quality water.

The water treatment plant for a recycling plant is a facility that is specifically designed to treat the wastewater from the recycling operations of most industrial sectors. The function of water treatment facilities is to ensure that, upon discharge, the water from a recycling plant meets the required regulatory and environmental standards before being either released into the environment or reused back into the facility. The treatment process typically includes physical, chemical, and biological modes of treatment for the scavenging of pollutants, contaminants, and suspended solids from a wastewater stream. Applying processes such as filtration, sedimentation, disinfection, and biological treatment, water treatment plants for the recycling plant ensure that high-quality and environmentally safe treated water for discharge or reutilization, with the overarching goal of promoting sustainable water management practices.

Polygonmachs Bitumen Emulsion Plant is a specialized facility designed to create bitumen emulsions of the highest quality. This plant creates emulsions that meet the exacting requirements of modern road construction by utilizing state-of-the-art technology to combine bitumen water and additives. The plants design allows for the efficient production of stable homogenous emulsions which are essential for many applications such as surface treatments and waterproofing. The Polygonmach bitumen emulsion plant includes a number of crucial processes and operations. These consist of applying heat to the bitumen emulsifying it stabilizing it storing it and strictly monitoring its quality. The plant heats the bitumen to the necessary temperature to ensure that it maintains the proper viscosity for emulsification. The heated bitumen is subsequently mixed with water and emulsifying agents to produce a stable homogeneous emulsion suitable for use in road construction and reconstruction.

A 60m3/hour Dry Type Concrete Batching refers to the process of making concrete using a dry mix methodology whereby the ingredients needed to produce concrete, such as cement, aggregates, and admixtures, are pre-blended without the prior addition of water. This plant is capable of producing from 60 cubic meters of concrete in an hour and is really appropriate for total concrete requirements of medium- and large-scale construction work, with a moderate concrete requirement. The plant operates through the accurate measuring of dry materials inside the batching system, which combines them to form a homogeneous mix. Water is added on the final mix to activate the cement, creating a workable concrete mix. The dry mix process, with 60m3/hour dry type batching plants, brings efficiency, sustainability, and flexibility into producing high-quality concrete mixes with tailor-made specifications to serve the unique needs of construction projects.

A concrete production facility is a dry type where no water takes part in the mixing. In this type, water is not used for casting the mix. At this point in time, unlike the traditional concrete batching plants allowing the water to mix the materials, dry-type plants include mixing components like cement, aggregates, and admixtures without water in the mix. This type of batching plant is specially designed for the production of mixes by mixing all dry components and subsequently adding water in the final stages of the mixing cycle. Conditions under which concrete batching plants would be preferred include: nature of job, scarcity of water, restriction of water by local authority for environmental reasons, and transportation and storage difficulties in wet materials. In this sense, the installation of dry mixes along with a water metering system brings the most sustainable and efficient way of the concrete production process.

GRE and GRP pipes have advantages such as lightness, corrosion resistance, high pressure strength, and they are manufactured as pre-insulated under the brand of Yalcın Boru. GRE (Glass Reinforced Epoxy) Pipe GRE pipe is resistant to the abrasive effects of caustic substances and acid concentrations due to its chemical composition. For this reason, it is used in fire, drinking water and cooling water transmission lines, power plants and industrial waste water systems. GRP (Glass Reinforced Polyester) Pipe GRP pipe is a type of pipe that does not corrode, has insulating feature and can operate in a wide range of pH. Drinking water and clean water transmission lines, piping lines of chemical plants and circulation lines of power plants are among the prominent areas of use of these pipes.

ROW CROP CULTIVATOR operates between plant rows such as beet, sunflower, corn, cotton, tomato, soybean etc. The machine destroys the unwanted weeds and roots between rows; enables plants to grow faster and healthier. It provides a harmless and organic alternative compared to chemicals that’s been used for unwanted weeds. Protects the plant from water loss therefore fertilizers will be more effective. Adjustable for different type of plants and rows. Ventilates the soil while exterminating the unwanted weeds and enables the soil to use water more effectively. Optional fertilizer tank provides fertilization opportunity at the same time. -Universal 3point CAT II Linkage -Plant protection discs for each unit -Unit cancelation lock for each unit -Working height adjustment wheels

INTERROW ROTARY CULTIVATOR operates between plant rows such as beet, sunflower, corn, cotton, tomato, soybean etc. Interrow Rotary Cultivator; destroys the unwanted weeds and roots between rows; enables plants to grow faster and healthier. Provides a harmless and organic alternative compared to chemicals which used for unwanted weeds. Protects the plant from water loss and causes fertilizers to be more effective. Adjustable for different type of plants and rows. Wider operating width saves time and fuel in large fields. Optional fertilizer tank provides fertilization opportunity at the same time. -Universal 3point CAT II Linkage -1 3/8 Z6 Spline PTO Gearbox -540 rpm PTO Gearbox provides min290rpm max334rpm Rotor Speed -Wide Unit 48cm(+6cm 6cm) Narrow Unit 28cm +6cm (Adjustable row width as request) -8/16 Blades per unit -Front shanks in front of each unit with depth adjustment.

INTERROW ROTARY CULTIVATOR operates between plant rows such as beet, sunflower, corn, cotton, tomato, soybean etc. Interrow Rotary Cultivator; destroys the unwanted weeds and roots between rows; enables plants to grow faster and healthier. The machine enables the soil to use water more effectively. Provides a harmless and organic alternative compared to chemicals which used for unwanted weeds. Protects the plant from water loss and causes fertilizers to be more effective. Adjustable for different type of plants and rows. Wider operating width saves time and fuel in large fields. Optional fertilizer tank provides fertilization opportunity at the same time. -Universal 3point CAT II Linkage -1 3/8 Z6 Spline PTO Gearbox -540 rpm PTO Gearbox provides 290rpm Rotor Speed -Wide Unit 48cm(+6cm-6cm) Narrow Unit 28cm+6cm (Adjustable row width as request) -Front shanks in front of each unit with depth adjustment. -8/16 Blades per unit

ROW CROP CULTIVATOR operates between plant rows such as beet, sunflower, corn, cotton, tomato, soybean etc. The machine destroys the unwanted weeds and roots between rows; enables plants to grow faster and healthier. It provides a harmless and organic alternative compared to chemicals that’s been used for unwanted weeds. Protects the plant from water loss therefore fertilizers will be more effective. Adjustable for different type of plants and rows. Ventilates the soil while exterminating the unwanted weeds and enables the soil to use water more effectively. Optional fertilizer tank provides fertilization opportunity at the same time. -Universal 3point CAT II Linkage -Double profile; strong chassis -Plant protection discs for each unit -Unit cancelation lock for each unit -Working height adjustment wheels

The use of greenhouses started in the middle of the 16th century throughout the world. Greenhouses, whose production capacity has been increased with today's technologies, are designed in different models according to the needs of the grower. Greenhouse selection and design should be made according to environmental climatic factors (temperature differences, wind intake) and growth characteristics of the type of plant to be grown. Gothic greenhouses, named after their unique roof shape, are one of the preferred greenhouse models with the advantages they provide to the manufacturer. The roof structure of Gothic greenhouses minimizes production problems during greenhouse activities. In the greenhouses evaporation causes roof condensation. The roof structure of Gothic greenhouses minimizes this situation and prevents water dripping on the plants. Dripping water can form fungus on plants.

These are products which allow liquid to flow at flow direction and used for preventing flow at reverse direction. It prevents fluid back flow when pump is out of service in pump plants. Ball is closed by its own weight or counter force. Check valves are mounted considering the fluid flow direction. Ball system deforms late with respect to flap system. In the event that it is deformed , upper cover is opened and ball is removed and new one is installed and maintenance of checkvalve is made easily. It can be used easily in drinking water plants and fluids which are free of acid.

For using for planting in pots. Watering spring for per plant.