jueves, 28 de diciembre de 2017
sábado, 23 de diciembre de 2017
Industrias y su
aporte al medioamebiente
Los recursos en las
industrias.
La reutilización del agua en la
industria tiene el potencial de reducir los costos de suministro de agua y
tratamiento de aguas residuales por parte de las industrias y reduce la presión
sobre los recursos hídricos, vertidos, olores, impacto ambiental …., sin
necesidad de los costosos tratamientos tradicionales, con sus consumibles de químicos.
Esto permite dotar a la industria a
las actuales normas medioambientales.
Si lo desean, pueden subscibirse a nuestro canal y
recibir en su propio correo la información actualizada
https://www.youtube.com/watch?v=lvRpC6mLSqA
jueves, 21 de diciembre de 2017
Cleaner
method for the industrial-scale separation of chemical mixtures.
FIPO
biotech equipments offer a cleaner method for the industrial-scale separation
of chemical mixtures.
Our systems
can really clean up in the chemical and biotech industries,
Just as
permeable membranes have displaced energy-guzzling techniques, such as
evaporation for desalinating seawater, membranes could be a far more
environmentally friendly option for countless industrial chemical purifications
https://www.youtube.com/watch?v=aehqdKuv2uY
domingo, 17 de diciembre de 2017
jueves, 14 de diciembre de 2017
miércoles, 13 de diciembre de 2017
Water chlorine free
treatment and dispatch of bivalve mollusks
Levels of free chlorine as low 0.2 ppm have been shown to have an inhibitory
The
treatment of water by processes free of chemical components such as FIPO
biotech equipment helps us to improve the yields of growth in dispatch and
treatment mollusk plants
https://www.youtube.com/watch?v=dL221Z3TcdI
martes, 12 de diciembre de 2017
Structure of native and denatured proteins
fipobiotech@fipobiotech.com
The most significant change that may
occurs during the purification of proteins and peptides, is denaturalization.
It is the loss of certain highly
specific properties by the native protein.
Specific differences between members
of a series od related native proteins and specific enzymatic activities of
native proteins disappear on denaturation.
We hope you are interested
and do not hesitate to ask us for more information at fipobiotech@fipobiotech.com
https://www.youtube.com/watch?v=qBaO_7scI1I
Cetareas y depurados &
Agua sin cloro
Beneficios
Uso de agua libre de cloro ni ultravioleta que generan
restos de microorganisos y liberan enzimas o toxinas endocelulares en cetareas,
depuradoras y procesos industriales.
Niveles de 0,2 ppms de cloro está comprobado que
tienen efectos inhibidores en el crecimiento de los moluscos
El tratamiento de aguas por procesos exentos de componentes
químicos como los equipos FIPO biotech
nos ayuda a mejorar los rendimientos de crecimiento en cetareas y
depuradoras.
lunes, 11 de diciembre de 2017
domingo, 10 de diciembre de 2017
Sistemas para aprovechamiento del
Suero
Actualmente el aprovechamiento y
valoración del suero es un elemento fundamental para las industrias lácteas.
El suero ha pasado de ser un elemento
residual y problemático, a una fuente adicional de ingresos con multitud de
posibilidades para su aprovechamiento.
El tratamiento del suero está enfocado
a recuperar todos los componentes que lo integran, y para ello se han
desarrollado tecnologías para su concentración y fraccionamiento, donde tienen
un papel fundamental las tecnologías de filtración tangencial de las que FIPO
biotech es especialista.
El hecho de
recuperar todos los componentes del suero supone además un beneficio para el
medio ambiente al reducir o eliminar completamente los vertidos de suero y
recuperar el agua para uso industrial.
https://youtu.be/ZOeUoo96igE
sábado, 9 de diciembre de 2017
Food and Beverage Environment Equipments
FIPO biotech, a company in Spain jointly owned by GLOBAL CA biotech, has with the aid of the EU regional fund invested in the development of new research equipments for the food, beverage, biotechnology and environmental sectors.
GLOBAL CA biotech & FIPO biotech with more than 25 years of experience in designing equipment for research center, © FIPO biotech is a world leading producer of industrial quality equipment and pharma.
We have successfully developed customized equipment for biotechnology and large pharmaceutical companies and meeting the highest standards of quality, personalized service and know-how.
https://www.youtube.com/watch?v=4FSrkc2vsCE
Innovative Food Processing Technologies
Milk
concentration by Nanofiltration & Reverse Osmosis
Concentration of milk in farms to reduce costs without
damaging the quality of milk.
Large dairy farms are seeking to concentrate their
milk on the farm as part of new investments and in order to save on transport
costs and thus offer producers a better price for their milk.
https://www.youtube.com/watch?v=sPs4VLpzWe4
Contact; fipobiotech@fipobiotech.com
Simple Solutions for Complex Problems
Our staff of Engineering & Consulting into the company © FIPO
biotech has been advising companies with new projects, intervening in the
development and analysis of their business, supporting them both in the
definition of their project model , advice on update process equipment and
start-ups, including pre-investment works.
This service is of the utmost importance in the projects in their
initial stages, is especially interesting for new projects with a very
technological profile and in which the client needs a technical support with
the Best Available Techniques (BAT)
https://www.youtube.com/watch?v=IrX5z0jcrd8
Differences
Between Delactosed & Lactose Free Milk
Innovative
Solutions. Dairy manufacturers can make lactose free versions of milk and
other dairy products By chemical methods or by natural methods. Lactose free and delactosed dairy products
are not equal. Learning the difference is important
https://www.youtube.com/watch?v=zYZPI5_FHyo
jueves, 7 de diciembre de 2017
Craft and modular factories
fipobiotech@fipobiotech.com / biotech2.globalcafipo
Small producers can now install their sanitary certified production factories in the areas they think best located to take advantage of the benefits of decentralized industrial areas.
And also produce produce your own energy needs
In this way the energy independence and administrative difficulties are minimized, and gain access to the vanguard of the technology revolution
of the new clean energy.
Forms of work highly supported by new aid to companies that apply low environmental impact in an eco-sustainable way.
https://lnkd.in/ewmeFbW
SCALING UP GRAPHENE WATER FILTRATION TECHNOLOGY
Graphene or graphene oxide is often heralded by scientists as having particular promise for use in a range of environmental-related applications, including energy storage, hydrogen fuel production and removing air pollution.
Made from a thin layer of carbon, the material is lightweight yet strong, and can conduct heat and electricity very well. It’s also abundant and inexpensive.
https://engineering.berkeley.edu/2016/01/filtering-water-graphene
Salmueras &
Aguas de proceso
La tecnología
de ©FIPO biotech FSM de bioprocesamiento se ha involucrado cada vez más en la
industria pesquera, en particular para el tratamiento de desechos pesqueros.
Cada vez mas
esta tecnología, que lleva mas de 50 años en otros sectores y aplicaciones, se
esta aplicando mas en la industria pesquera.
Los desechos de
la industria pesquera, incluidos los sólidos y líquidos, contienen un alto
contenido de compuestos orgánicos que pueden provocar contaminación al medio
ambiente.
La tecnología
de membranas ©FIPO biotech FSM permite
recuperar compuestos valiosos de los desechos de la industria pesquera, por lo
tanto, no solo reduciría el riesgo de contaminación sino que también mejoraría
el beneficio económico de la industria pesquera.
Comparando con
otros métodos competitivos, la tecnología de membranas ©FIPO biotech FSM son
equipos sencillos, escalable tanto para pequeños productores como grandes para
lograr tanto alta eficiencia como la máxima conservación de la propiedad
natural de los compuestos recuperados.
Una serie de
compuestos valiosos tales como proteína, enzimas, colágeno y los sabores, pueden recuperarse de los subproductos
pesqueros mediante tecnología de membrana.
Utilizamos diferentes
procesos de membranas, principalmente microfiltración, ultrafiltración, ósmosis
inversa y nanofiltración.
Estos procesos
de membrana podrían funcionar individualmente o combinarse con otras reacciones
bioquímicas para desarrollar un proceso de membrana multietapa híbrido para la
tasa de recuperación deseable, alta pureza del compuesto recuperado y
desarrollo de nuevo producto.
El rendimiento
de estos procesos podría mejorarse mediante el diseño del modelo u otras
técnicas adicionales, como el barrido de gas.
Además de la
recuperación de compuestos valiosos, el proceso de membranas ©FIPO biotech FSM
también se ha aplicado para el tratamiento tanto para las salmueras como para
las aguas de tratamiento y procesamiento para lograr el reciclado del agua.
Son técnicas
englobadas en la nueva normativa Europea de Mejores Técnicas Disponibles para
la Economía Circular.
Si lo desean,
además, pueden verificar las prestaciones en sus instalaciones con alguno de
nuestros equipos itinerantes.
Tambien si lo
desean puede obtener mas información en nuestro enlace al cual pueden
subscribirse de forma inmediata.
https://www.youtube.com/watch?v=tveFGAbVo_U
miércoles, 6 de diciembre de 2017
Spin artificial silk from whey protein
A Swedish-German team of researchers has cleared up a key process for the artificial production of silk. With the help of the intense X-rays from DESY's research light source PETRA III, the scientists could watch just how small protein pieces, called nanofibrils, lock together to form a fibre.
In the new study, the nanofibrils were formed by a protein from cow's whey under the influence of heat and acid. The fibrils shape and characteristics strongly depend on the protein concentration in the solution.
At less than four per cent, long, straight and thick fibrils form. They can be up to 2000 nanometres long and 4 to 7 nanometres thick. But at an only slightly higher protein concentration of six per cent or more in the initial solution, the fibrils remain much shorter and thinner with an average length of just 40 nanometres and a thickness of 2 to 3 nanometres.
Also, they are curved looking like tiny worms and 15 to 25 times softer than the long, straight fibrils.
http://www.desy.de/news/news_search/index_eng.html?openDirectAnchor=1164
martes, 5 de diciembre de 2017
lunes, 4 de diciembre de 2017
©FIPO biotech
is focused and
committed to provide the ideal technical solution for processors in the food
and dairy industries. The optimal solution is the one developed in conjunction
with our customers to satisfy their specific needs. Our proposal is composed of
our patented systems, our manufacturing capabilities, and the support of a
selected group of highly specialized manufacturers from around the world. Their
expertise, our assembly facility and our dairy industry know-how combined,
gives us the ability to produce the right solutions in the form of an
individual machine, a preassembled module composed of a group of machines for a
specific purpose, or a complete plant composed of a group of modules.
©FIPO
biotech Está enfocado y comprometido a proporcionar la solución
técnica ideal y bajo las extrictas normativas HTST FDA PMO para los
procesadores en las industrias alimentaria y lechera. La solución óptima es la que se
desarrolla junto con nuestros clientes para satisfacer sus necesidades
específicas.Nuestra propuesta está compuesta por nuestros sistemas patentados,
nuestras capacidades de fabricación y el apoyo de un grupo seleccionado de
fabricantes altamente especializados de todo el mundo.
https://www.youtube.com/watch?v=LFmKZB2PaFk
Mejorando la desmineralización tradicional:
El
objetivo de los sistemas de desmineralización tanto en el suero (dulce ó ácido)
como en la leche, o en los permeatos de MF y UF, es que se quiere reducir el
7-16 % de sales (1,5% ), de la forma más económica, y sin mermas
productivas, que se generan en algunos sistemas tradicionales. Siendo mínimos
con los sistemas mixtos ECOGCA ©FIPO biotech
En
este video puede obtener más información actualizada
www.youtube.com/watch?v=ZOeUoo96igE
domingo, 3 de diciembre de 2017
Blue Energy ……. Clean and in your
hand.
Could be the new green energy source?
According to one
estimate, this “blue energy” is so plentiful that it could meet all our needs –
if we can find an effective way to tap it. Could ‘blue’ be the new green?
http://www.bbc.com/future/story/20150610-blue-energy-how-mixing-water-can-create-electricity
Oily Wastewater Treatment by Nano-TiO2-Induced Photocatalysis: Seeking more efficient and feasible solutions.
Oily wastewater refers to any water containing oil from many industrial processes, such as oil and gas exploration’ production, and transportation; petroleum refining; and onshore and offshore oil spills
Concentrations of oil, the major contaminant in oily wastewater, vary widely among sources, ranging from 1 to 40,000 mg/L.
The effluents from oil and gas production and transportation are the largest waste streams of oily wastewater (e.g., produced water, bilge water, and refinery wastewater)
sábado, 2 de diciembre de 2017
viernes, 1 de diciembre de 2017
Wine & beer clarification
Because the clarity of wine is the first visual sign of the quality of the wine by consumers, it is important for wine-makers to produce wine that is free of obscurities and microbiologically stabilized.
©FIPO biotech can be implemented in the wine-making process to clarify the wine and reduce the turbidity levels to <2 NTU, the requirement set for its production.
One of the most established methods used to clarify wine is to filter the wine with diatomaceous earth (DE).
The disadvantage of using DE filters is that the exhausted substrate is considered a hazardous material which involves additional maintenance costs and disposal charges.
Cross-flow microfiltration has become a practical alternative to this, as it can maintain the flavor, aroma, color and clarity of the wine, and provide a higher quality and recovery rate as opposed to the traditional clarification methods.
In addition, wine-makers are able to save on capital costs for the company since one membrane can be used to filter multiple types of wine, since the required pore size to remove turbidity in the wine is about the same for each type.
https://www.youtube.com/watch?v=VQFQ1Sstto8
Suscribirse a:
Entradas (Atom)