Salher has an extensive experience providing solutions for the agri-food industry all over the world. One of Salher’s latest major turnkey projects in Europe was a wastewater treatment plant for a slaughterhouse with a capacity of 1,500 cubic metres per day.

In general terms, Salher’s scope in this project has been:

The treatment system proposed by Salher consists of a water line, a sludge line and a deodorisation system, which is operated by activated carbon towers.

The water treatment line consists of a coarse screening system with a waste dehydration and compaction system, a pumping station, a fine screening system with a waste dehydration and compaction system, a homogenisation tank, four dissolved air flotators (DAF) as primary treatment, a secondary treatment with a nitrogen elimination system, a secondary sludge separation system by flotation, a piping system and the necessary accessories and instrumentation for this water line.

Regarding the sludge line, it has a primary and secondary sludge extraction system, primary and secondary sludge tanks, sludge conditioning tank and system, centrifugal extractor for dehydration, piping system, accessories and instrumentation necessary for this sludge line.

The entire water treatment plant is controlled by an electrical panel with an automaton and Scada system. Salher solutions for wastewater generated in industry

The agri-food industry is more and more environmentally aware. Proof of this is the increase in investment to adequately treat its discharges and in the reuse of treated water in company tasks such as garden irrigation, cleaning or recharging of flushers.

In general, the agri-food industry is characterised by high pollutant loads in organic matter (with a good biodegradability ratio: BOD5 / COD) and suspended matter. In order to achieve high purification performance of these waters, biological treatments are a very interesting option that does not generate odours or toxic gases and has a much more controlled performance.

Salher designs and manufactures wastewater treatment plants using different technologies: activated sludge treatment, SBR systems, MBR systems or MBBR systems.

In addition, Saher designs and manufactures different elements to condition the water and increase the performance efficiency of the unitary operations: pre-treatments, advanced primary treatments (DAF), tertiary treatments (ultrafiltration), sludge treatment and deodorisation treatment. As well as water from the food industry, Salher offers solutions to treat water from all types of industries: energetic, chemical, beverage production, dairy or cosmetics, among others.

Thanks to the maturity of the knowledge acquired, this water treatment company studies the discharges of each industry, not only to treat them, but also to achieve the required discharge parameters in time, quality and form. In other words, easily, at minimum cost and efficiently.

MBR Membrane Bioreactor Design with AQUA DESIGNER

AQUA DESIGNER is one of the standard design programs for activated sludge plants in Germany and worldwide. The range of tools has been extended over the last few years to all important procedures and procedural stages. - Sand trap as ventilated sand and fat catcher or round sand trap. - Primary clarifier as rectangular or round basin. - Aeration as continuous flow or SBR with common container shapes. - Sludge treatment as anaerobic treatment or aerobic stabilization. Many guidelines have been incorporated...

Presentation about Cyclator technology`s characteristics and benefits

At the ”SBR technology workshop” organized by the Hungarian Water Association our esteemed colleague, Noémi Szerdahelyi gave a presentation on the proven benefits of using Cyclator technology, namely high purification efficiency, excellent nitrification and denitrification capacity, unique rainwater treatment, continuous wastewater intake and stable operation under variable hydraulic conditions. In addition to meeting the limit values, it is an important goal for already operating wastewater...

Anammox reactor in operation in China

Colsen and its partner ATAL engineering teamed up for the realization of one of the biggest anammox reactors in its sector. This reactor is based on the in-house SBR-NAS® technology of Colsen. Together with the expertise of ATAL engineering it was made feasible to convert a technological design into a successful commissioned installation. Since China is increasingly committing to energy neutrality in wastewater treatment, Colsen is momentarily starting up an SBR-NAS® in the Province of Shandong. This...

Building on the successful history of the BioWin line, BioWin 5.1 continues to provide rigorous mathematical models for wastewater treatment plant process simulation. The primary focus of this release has been to improve both steady state and dynamic simulation speed, particularly for (a) large flowsheets incorporating many elements; and (b) systems incorporating biofilm elements (e.g. media bioreactors in MBBR and IFAS configurations, submerged aerated filters, trickling filters, etc.). Speed Improvements...

Asia Engineering Corporation (AEC) met with our team members to learn more about our Triton aerator/mixer and how to apply our Tritons to common biological systems in Vietnam. The group spent much of their time focusing on how Tritons can serve oxidation ditches, SBRs and lagoon systems. It was a fun and productive discussion and we look forward to partnering with AEC in the future! Read about it on their website here.

No comments were found for New Salher water treatment plant for large flows from a slaughterhouse. Be the first to comment!

Environmental XPRT is a global environmental industry marketplace and information resource. Online product catalogs, news, articles, events, publications & more.

Environmental XPRT is part of XPRT Media All Rights Reserved. Terms Privacy

Our sites: Agriculture XPRT Energy XPRT Medical XPRT XPRT