Herpasa is building a new, complete plant for the processing of high-protein animal by-products.
Once completed, the processing plant will have a storage capacity of 550Tn of flour, with an automatic weighing, mixing, and distribution system on a structure over 25m high.
The processing of animal meal consists of several phases: reception of the raw material and cold storage, transport to the plant for treatment in digesters, and subsequent cooling and transformation into meal.
In the first phase, materials such as blood and entrails are collected in the slaughterhouses, under special conditions so as not to lose the essential properties for the preservation of fresh proteins.
Blood is then processed in the digesters for the production of flour, which is sent hot to the storage silos.
The silos are interconnected with each other to allow for flour blending, truck loading, and delivery to the mixer.
The general control software allows a simple and very complete operation for all types of flour management.
[url] => animal-feed-processing-plant ) [1] => Array ( [id] => 40 [img] => webinar-foto1.jpg [date_created] => 2021-06-17 10:20:58 [title] => Webinar BIM implementation in industrial plants [metatitle] => Webinar BIM implementation in industrial plants [metadesc] => Achieve Higher Productivity with AutoCAD Plant 3D and Advance Steel. [text] =>Achieve Higher Productivity with AutoCAD Plant 3D and Advance Steel.
We invite you to the webinar on AutoCAD Plant 3D and Advance Steel. Autodesk's solutions for industrial plant design promote productivity, increase accuracy, and improve project coordination in a BIM environment.
In this webinar, industry specialists will unveil the AutoCAD Plant 3D and Advance Steel toolset that, centralized in an intelligent 3D model, ensure automatic and fast updating of documentation, eliminating errors and achieving a reliable design.
Francisco Díaz, Product Design Engineer at Herpasa, will talk about the implementation of Plant 3D from training to the execution of a real pilot project.
Date: Tuesday June 22, 2021
Time: 10:00h
AGENDA
1. Project implementation in industrial plants with AutoCAD Plant 3D and Advance Steel.
2. Standardisation of Steel Structure projects with AutoCAD Plant 3D and Advance Steel.
3. Project management with Autodesk Construction Cloud (BIM 360) in Industrial Plants.
4. Case Study. Francisco Díaz, Product Design Engineer of Herpasa (Inoxilos Group).
5. Questions & Answers.
SPEAKERS
Juan Ros, Technical Manager, Asidek
Francisco Diaz, Product Design Engineer, Herpasa
[url] => webinar-bim-implementation-in-industrial-plants ) [2] => Array ( [id] => 39 [img] => Bioreactor-Herpasa.jpg [date_created] => 2021-04-13 15:59:56 [title] => HERPASA launches bioreactor skid with automated process control [metatitle] => HERPASA launches bioreactor skid with automated process control [metadesc] => HERPASA has completed the design and manufacture of a bioreactor skid that controls all parameters involved in the process of mi [text] =>HERPASA has completed the design and manufacture of a bioreactor skid that controls all parameters involved in the process of microbial growth, their visualization and management through SCADA systems (Supervisory control and data acquisition).
If there is one word that is on everyone's lips, it is biotechnology, which is destined to revolutionise the pharma sector, especially its processes. And although biotechnology has many variants and offers a huge range of possibilities, in many cases, the production of a drug revolves around a bioreactor.
A bioreactor is a tank designed to grow living organisms or biochemically active substances under controlled conditions. There is a wide variety of processes that result in several types of bioreactors that can be classified in different ways.
All the attributes they usually include, such as the temperature control jacket, the agitators, or the sensors, are aimed at maintaining a series of critical conditions in the reactor environment. These conditions are: pH, temperature, nutrients, and dissolved oxygen.
Our bioreactors are designed to operate in "batch" mode, with the following operating stages:
If a continuous process is needed, our engineering team will carry out the required adaptation.
[url] => herpasa-launches-bioreactor-skid-with-automated-process-control ) [3] => Array ( [id] => 38 [img] => Felicitacion-HerpasaOK.jpg [date_created] => 2020-12-17 11:24:06 [title] => Merry Christmas! [metatitle] => [metadesc] => [text] =>Merry Christmas and a Happy New Year from all of us at HERPASA!
[url] => merry-christmas ) [4] => Array ( [id] => 37 [img] => sistema-rotativo-de-pinzado-de-botellas.jpg [date_created] => 2020-11-26 14:38:44 [title] => Herpasa builds fully automated vinegar filling and packaging line in Senegal [metatitle] => Herpasa builds fully automated vinegar filling and packaging line in Senegal [metadesc] => Herpasa is currently manufacturing the machinery and elements necessary for a vinegar filling and packaging line that is schedul [text] =>Herpasa is currently manufacturing the machinery and elements necessary for a vinegar filling and packaging line that is scheduled to start up in the first quarter of 2021.
The vinegar is obtained from the bacterial fermentation of ethyl alcohol. Vinegar is edible, but it can also be used for cleaning or disinfectant purposes.
Vinegar is a multipurpose ecological product. Beyond its use in salads or as a preservative, it can be used as a cleaning product for bathrooms, toilets, fridges, kitchens, windows, coffee machines, among others. It is often diluted in water and can be used cold or hot for greater efficiency.
The packaging line manufactured by Herpasa will fill 5000BPH (bottles per hour) in bottle formats ranging from 250ml to 1000ml.
The process starts with a blowing machine that makes the bottles to be filled.
Once the bottles are manufactured, the automatic filling process begins, which is controlled by a PLC.
This project is part of the packaging systems business line developed by HERPASA to offer its customers complete engineering, manufacturing, and packaging solutions for their products.
[url] => herpasa-builds-fully-automated-vinegar-filling-and-packaging-line-in-senegal ) [5] => Array ( [id] => 36 [img] => 5-IMG_20200615_104248.jpg [date_created] => 2020-10-15 12:58:47 [title] => Herpasa builds a new apple compote production plant in Mexico [metatitle] => Herpasa builds a new apple compote production plant in Mexico [metadesc] => Herpasa is at an advanced phase of the construction of an apple compote plant in Cuauhtemoc Chiuahua, Mexico. [text] =>Herpasa is at an advanced phase of the construction of an apple compote plant in Cuauhtemoc Chiuahua, Mexico.
Compote is a food intended mainly for infants, made from various fruits and soft vegetables. It is a very healthy food that helps the development of babies and is recommended as the second meal of the day. Its production consists of 70-100% fruit with natural stabilizers added at 25-35 degrees Brix.
It is a turnkey project, from the construction of the metal structure of the building, approximately 4500 M2, to the implementation of the entire production process, and all the services necessary for the operation of the plant. The plant will have a capacity to process 720kg of apples/hour, which will be packaged at the rate of 7200 bags/hour.
The process phases are as follows:
This project is part of HERPASA's strategy of selling turnkey projects for the agri-food industry consisting of compotes, fruit juices, and concentrates such as apple, pear, banana, mango, amongst others.
PHOTOS: Construction of the warehouse, compote manufacturing process, compote packaging process, autoclave sterilization process.
[url] => herpasa-builds-a-new-apple-compote-production-plant-in-mexico ) )