Pulp & Paper
The world needs paper products. It also needs means for producing paper using sustainable and environmentally safe methods. Ovivo’s advanced and energy efficient water treatment processes help clients to increase productivity, enhance machine life and improve product quality while optimizing water treatment costs. Ovivo supplies products and implements processes that have been developed to meet the more stringent requirements of pulp and paper production in today’s world. An extensive range of research and technology development equipment is available, as are facilities for laboratory testing, pilot and full-scale trials.
Further details
Ovivo’s process design knowledge can reduce operational and maintenance costs across a plant. Using high-specification components and equipment in our products provides increased reliability and will dramatically reduce a plant’s whole-life costs by extending its design life.
- Managing environmental risks better
- Raw Water Treatment
- Boiler Feedwater
- Condensate Polishing
- Process Water Recycling
- Flotation Systems
- Wastewater Treatment
- The Future
Managing environmental risks better
Manufacturing throughput can be increased by using water of consistently high quality, thus increasing profit potential and reducing costs. Ovivo supplies entire systems for the production and management of fresh and process waters as well as for the efficient treatment of wastewaters and effluents. Water is a shared resource and Ovivo truly believes that every small improvement in the way we use it will have a significant impact on the environment. Ovivo’s technological advances and the increasing sophistication of its systems are major elements in the drive to reduce the costs of water and wastewater treatment.
Raw Water Treatment
Mill water quality requirements have been tightened to produce high quality pulp and paper grades. Ovivo has become a leader in the development of equipment and technologies to meet the new demands.
Boiler Feedwater
Our key processes for boiler feedwater production are CONESEP® Technology, FlooIX™ Ion Exchanger, FlooRO™ Reverse Osmosis and different types of filtration. Reverse osmosis is the finest filtration known. The FlooRO™ Reverse Osmosis is used to produce water that meets the high water quality standards demanded by our clients.
Condensate Polishing
Boiler feedwater treatment is not adequate when small amounts of impurities can get into the condensate, causing corrosion problems. Polishing of the condensate is required in order to meet the quality needs of the high-pressure thermal cycles, and also to minimize consumption of make-up water. Ovivo’s advanced solution for condensate polishing comprises cartridge, or pre-coat, filtration and an FlooMB™ Mixed Bed Ion Exchanger.
Process Water Recycling
Today’s requirements for decreased water consumption call for improved water management at mills. Ovivo’s solutions born of significant pulp and paper industry experience respond solidly to that challenge.
Flotation Systems
Ovivo’s advanced microflotation technology is called FlooDaf® Microflotation. Its main features are its rectangular shape, automatic dispersion water and basin level control. As a result of this, FlooDaf Microflotation can have high hydraulic loading and a small footprint, while still maintaining good separation efficiency
Wastewater Treatment
Today, industrial plants are taking full responsibility for the way their process waters affect production and the environment. Fresh water taken from nature is cleaned, utilized and recycled carefully within the processes and, when returned to nature, that water must meet stringent standards. These targets can be achieved using FlooBed® technology based biological treatment solutions.
The Future
Pulp and paper mills face increased demands for higher quality process water due to increasing machine speeds and improved product quality. At the same time, mills are under pressure to decrease water consumption and treat effluent more efficiently to reduce environmental loading to even lower levels. For most mills, a conventional biological effluent treatment is inadequate to reach the tight effluent concentrations increasingly demanded.
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