Catalog excerpts
SLURRY SEPARATION, HANDLING AND TREATMENT SPECIALISTS We are technology, profitability, and environment.
Open the catalog to page 1We are technology, profitability, and environment Thank you for taking the time to look through our catalogue. This catalogue is the result of more than 55 years dedicated to materials and equipment for livestock farming since our founder, coming from the stockbreeding world and motivated by the needs of the sector, began to manufacture the first products. Since 2004, the company has been dedicated exclusively to the manufacture of products related to slurry from the inside of the farm to the outside, with the most sophisticated treatment systems for the revaluation or purification of...
Open the catalog to page 2Benefits of slurry separation STAGE 1 It is the first step for most nitrogen scrubbing or nitrogen reduction treatment systems. The slurry, once separated, does not smell. Volume reduction. The resulting liquid can be used for irrigation, including drip irrigation (mixed with water). The liquid fraction leaves practically no deposits or solids in the basin, preventing the accumulation of solids in it. It is easy and quick to load with the tank. From the first to the last tanker, the composition of the liquid remains practically unchanged. The solid fraction is easy to store and handle. Up...
Open the catalog to page 4Slurry and digestate separators SOLID/LIQUID SEPARATOR Designed to achieve the maximum utilisation of the two fractions once separated Equipment with a separation range of between 6 m3/h and 80 m3/h SOLID FRACTION Possibility of pressing regulation. It is possible to obtain from 20% to 35% of dry matt. LIQUID FRACTION Depending on its destination, different sieve sizes from 250 microns to 1 mm can be used. Which separator separates the most? Definitely, the one with the smallest sieve hole size. Will all farms separate the same amount of slurry? Separation is influenced by different factors...
Open the catalog to page 5Technical characteristics STANDARD OR SUPER-REINFORCED TRIANGULAR MESH SIEVES AISI 316 QUALITY Standard or reinforced triangular mesh sieves Aisi 316 quality, preventing solid particles from clogging the sieve. Possibility 0.25 - 0.5 - 0.75mm MODULAR COUNTERWEIGHT Possibility of introducing slurry from the top or bottom to maximize performance depending on the equipment. Modular counterweight that allows a better regulation of pressing. From 2.5 kg to multiple modules of 10 kg to obtain more dry matter. OPTIONAL INLET Solid plug signal detector. Stops pump and separator operation in case of...
Open the catalog to page 6Body made entirely of stainless steel. Ideal for working with slurry. Labyrinth device that prevents the entry of liquid into the reducer, facilitating the sealing between the thread and thus avoiding its deterioration. Large hatch. Facilitates internal inspection of the sieve. TUNGSTEN CARBIDE COATED SPIRAL WITH A HARDNESS OF HARDNESS 2.500 HV0,2 Stainless steel spiral, higher wear resistance, and longer thread life without changing the working characteristics. Floating and centred sieve on both sides, guaranteeing a perfect coupling with the spiral and obtaining a greater performance and...
Open the catalog to page 7Support platforms Different platform models depending on the location of the separator - Made of hot-dip galvanised steel. - Modular and expandable. - Protected with safety handrails. - Access via cat ladder or normal ladder. - Non-slip Tramex grating floor. - Designed for easy placement of liquid and electrical piping. - Option of support with legs or on wall. MODULAR PLATFORM adapted for splitting equipment compatible with: 2 MODULAR PLATFORMS joined and adapted, one for microfiltration equipment, the other for a separator. 3 MODULAR PLATFORMS joined and adapted, one for microfiltration...
Open the catalog to page 8Kompack® Equipment: Ramp and Separator Increase separation performance with KOMPACK® models. Before deciding what equipment we need, it is essential to bear in mind the product to be separated, and that is why at Mecàniques Segalés we have designed specific equipment for pigs and cattle*. Bearing in mind that pig slurry in fattening does not exceed 5% solids and in mothers 3%, it allows us to make a first roughing in the pre-filtering ramp with which up to 60% of the liquid can be removed without energy costs or wear of the separator; this represents a reduction in the cost of separation of...
Open the catalog to page 9Mobile separation plants • Designed according to the needs and volume to be treated. • To be coupled to a tractor platform, tractor trailer, etc., TR-KOM models. • BLOCK models with palletisable base. • They can incorporate an electric generator. • With vibrating sieve equipment if you wish to use the liquid for drip irrigation. • They incorporate volumetric counters. • Hose connections with quick couplings. • High and mobile discharge auger for easy storage of solids. • Can incorporate nitrification pump or stirrer. • Incorporate feed pump. • Electrical panel for the control of all the...
Open the catalog to page 10Separators for liquid injection to dripper irrigation Separation and microfiltration equipment Specially designed for drip fertigation with the liquid fraction of the slurry. 80 to 90% of the slurry from a pig or cow farm is water, which makes this solution very cost-effective. Maximum agronomic use of the nutrients in the slurry. • The fertigation system allows us to apply the liquid fraction of the slurry at the most appropriate time depending on the plantation. • We avoid being able to do this only at specific times of the year. So, as long as the crop demands nitrogen, we can supply it....
Open the catalog to page 11Slurry treatment plants (Nitrification - Denitrification) Biological treatment APPROVED Nitrification-denitrification (NDN) is a process involving two groups of bacteria, nitrifying and denitrifying bacteria. Each of them requires specific and differentiated conditions. When this process is carried out in a Sequencing Batch Reactor (SBR), the phases alternate between periods of aeration and periods of nonaeration in order to eliminate the initial nitrogen from the system in the form of nitrogen gas (N2). The nitrogen distribution values in the different flow lines are presented. The average...
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