UHPC HT lined Blades /guide vanes for a Paul Wurth cyclone in a steel plant

Once again we supplied blades / vanes for a Paul Wurth dedusting cyclone. Over the last years we have manufactured and delivered more than 210 blades / vanes of different sizes. We delivered for new projects or for spare parts supply.
The blades are lined on both sides with 25 mm thick UHPC HT (high temperature resistant UHPC). 

Each delivery is extensively tested by us. 

It has been proven over the years that the blades manufactured by us can withstand the maximum loads in a blast furnace dedusting for years.

WPE DK International

Phone: 0049 176 601 73146
E-mail: info@wpe-dk.dk
Homepage: www.wpe-dk.com

UHPC Ultra High Performance Concrete in local Asian architecture

UHPC Ultra High Performance Concrete is barely considered in modern Asian architecture, although this material is over 25 years old. 

HPC and UHPC concrete is not just a concrete, it is something special. In the beginning, 25 years ago, we broke one strength record after another. We have done extreme constructions and linings and cold and heat.
For the last 15 years, we have been focusing on sustainability in the Asian market with our HPC and UHPC materials, using local materials. We can perfectly combine our materials with local construction materials such as bamboo. The result is a unique, sustainable, cost effective material or construction. With our HPC and UHPC binder systems, we can incorporate almost any local material. We can work with local architects and contractors to create buildings and structures that can withstand floods, fires, storms, earthquakes and insect attacks. We also want to learn with local

builders how we can work together to create permanent floating platforms for living on the water or on the coast.

 

Yet this extraordinary material offers a large number of answers to the requirements of modern Asian architecture.

Corrosion
HPC/UHPC materials are very good corrosion resistant. Old concrete, wood or steel structures can be easily and inexpensively repaired and made usable for many decades.

Waterproof
HPC/UHPC materials are waterproof from a layer thickness of 10 mm. Houses can be made resistant to

flooding so that they can be quickly cleaned and used again after a flood.

Seawater
UHPC materials are absolutely seawater resistant. HPC/UHPC can be processed underwater. This means that jetties can be repaired easily and quickly. they can then be used again for the next 50 years.

Rotting
UHPC do not rot. Wooden structures that are already starting to rot or are damaged can be quickly and permanently repaired with HPC/UHPC.

Material Strength

HPC/UHPC materials reach strengths from 20 MPa to 240 MPa

Steel structures
HPC/UHPC materials can permanently replace steel structures and require no maintenance

Earthquake
HPC/UHPC materials offer solutions to increase the seismic safety of existing buildings

Temperatures
HPC/UHPC materials are extremely temperature resistant from -90° to +1200°C. An ideal material for facades

Design
With HPC/UHPC materials it is possible to achieve extremely fine surface structures

Processing
HPC/UHPC can usually be processed like standard concrete. We produce HPC and UHPC castable,

mortar and shotcrete versions.
HPC and UHPC materials help to drastically reduce the concrete requirement / weight.
HPC and UHPC sheathing of steel or wooden structures standing on or in the water, will permanently protect the construction against rotting.
Of course, UHPC can also be used to repair buildings and floors easily, quickly and effectively.

There are many other arguments for the use of UHPC in Asian architecture.
We are happy to be of service to every designer, architectand contractor with our decades of experience.

At the moment we are producing our HPC and UHPC materials in Europe. However, we plan to build one or two production locations in Asia in the near future.

 

WPE DK International

Phone: 0049 176 601 73146
E-mail: info@wpe-dk.dk
Homepage: www.wpe-dk.com

 

High temperature resistant UHPC pavement

Constant very high temperatures and high
loads cause high damage to stone or concrete
floors.
Last year we re-lined a floor in the steel collis
warehouse with UHPC HT. The freshly rolled
steel collis have an average weight of 20 tons
and are still more than 280°C / 536°F warm
for a few days when they are stored. The
radiant heat has caused massive damage to
the floor area in most areas of the hall. In
addition, the hot collis are driven from the
rolling mill into the warehouse with special
forklifts and placed correctly.

The routes in the warehouse had to be
completely renovated for safety reasons.
Since the ground was so bumpy, there was
a risk that a forklift with the hot colli might
fall over.

For this reason, the old floor was completely
removed. The subbase floor was rebuilt and
carefully compacted. Subsequently, at least
50 mm /2 inch thick UHPC HT high temperature
resistant flooring, which also has a very high
compressive strength and wear resistance, was laid.
In the UHPC HT floor covering, two-layer
reinforcement was introduced in order to absorb
the shear stresses that are generated by the heavy
forklift movements.
We relined approx. 1000 sqm hall floor. 

WPE DK International

Phone: 0049 176 601 73146
E-mail: info@wpe-dk.dk
Homepage: www.wpe-dk.com

 

 

Companies which used UHPC Wear Protection in the last 25 years

 

We are always asked who has been used UHPC
Wear protection for the past 25 years. WPE DK our UHPC wear protection specialist, took the task to compile a list of companies who used UHPC as wear protection during these years.

The list includes plant system supplier and plant operators in
worldwide. The list should give an impression of where
UHPC is already standard as wear protection everywhere. In
In many cases, plant operators have the UHPC material
installed by own fitters.

Here is the list:
The company names can change over the years and some
companies probably have merged with other companies.

A Tech Anlagentechnik GmbH &Co KG, Austria        LOESCHE GmbH 

Aalborg Portland Cement A/S        TASEK Cement, Malaysia       Al Bijjar, UAE

Nigeria Cement        Allgaier Process Technology GmbH        Thung Song, South Korea

Mikropul GmbH        California Cement, USA        Moxba NL                                  

 

Aumund Fördertechnik GmbH            OMYA, Austria

                                         

MULTOTEC, South Africa        Aurubis AG        Nohma, Italy    Engineering Dobersek GmbH   

BES Brandenburger Elektrostahlwerke GmbH        Oschatz GmbH        Babcock Borsig Service GmbH

ÖMAG  GmbH, Austria               Babcock Borsig Steinmüller GmbH       

Phoenix, Australia       

 

Balke Dürr  GmbH        Pilkington GmbH        Bartin Cimento, Turkey        Pioneer Cement, UAE

BASF Antwerpen N.V. , Belgium       Vattenfall Europe Generation AG        Austria Tec S.A., Mexiko

Polysius AG            Bayer Leverkusen        RWE        British Steel   

 

                                  JSW Steel Limited India

       

Binder + Co AG, Austria        Salzgitter Flachstahl GmbH                       Bio Bio Cimento 

 

   Scheuch GmbH                   Paul Wurth, Luxembourg

Italcimenti, Italy      Burmeister Wain Energy a/s, Denmark       Votorantim, Brazil            Schott AG

Cemtec Cement & Mining Technology GmbH        Blue Circle, GB        Siam Cement            

 

Asia Cement

      

CEMEX Cement plants        SMS GmbH        Christian Pfeiffer GmbH 

 

          Titan Cement, Greek            Huyndai Steel, SouthKorea

                           

STAG Austria        Claudius Peters Project GmbH                Colacem, Italy  

 

      SSAB, Sweden

 

Cima Perlis, Malaysia        Cementos Portland Valderrivas    Coperion GmbH

ThyssenKrupp India        KHD GmbH        Shree Cement, India                    NUH Cimento Turkey

Cementir Holding, Italy        TPI Polene, Thailand        DESI Process    voestalpine Steel, Austria

ThyssenKrupp Steel AG        Wacker Chemie AG         

 

E.S.C.H. GmbH                E. Schwenk Ciment

Rautaruuki, Finland        Emscher Aufbereitung GmbH                        EON Power plants        LKAB, Sweden 

 Posco Steel SouthKorea

Eternit GmbH        Lucky Cement, Taiwan        FISIA Babcock GmbH  

  

                                                 FLS Möller GmbH

FLS Pfister GmbH        FLSmidth, Denmark        ALSTOM Power                 Gebr. Pfeiffer SA      

Heidelberger Cement Cement plants         

 

HITACHI Power Europe GmbH

Hoffmeier Industrieanlagen GmbH        HOLCIM Cement Plants                         IBAU Hamburg mbH

IKN GmbH        Intensiv Filter GmbH & Co KG        Kali+Salz AG Werke

Krupp Fördertechnik GmbH        Küttner GmbH & Co KG                           Lafarge Cement plants

WPE DK International

Phone: 0049 176 601 73146
E-mail: ber@wpe-dk.dk
Homepage: www.wpe-dk.com

UHPC wear protection an example from the steel industry

BF Top Gas Cleaning

UHPC has been specified as a wear protection material in a new dedusting cyclone for a blast furnace by one of the world's largest plant manufacturers in the steel industry. 

We installed the anchors directly at the steel construction company. The UHPC wear protection lining was then lined on site at the steel mill in the installed condition. The total lining area was approximately 1000 sqm. The layer thickness was specified by the plant builder from 25 mm to 40 mm depending on the area in the cyclone. 

          

UHPC Mortar 2000 HT was specified by our customer as the wear protection material. UHPC Mortar 2000 HT is enormously wear resistant even at continuous temperatures up to 1200°C. The cyclone should have a normal average operating temperature of 400 - 500°C. However, it is possible that hot gases up to 1000°C may enter the cyclone uncontrolled from blast furnace.

 

The planned service life is at least 10 years. During these 10 years the blast furnace will not be stopped and therefore repair of the cyclone will be possible only under very difficult conditions. 

 

 WPE DK International

Phone: 0049 176 601 73146
E-mail: ber@wpe-dk.dk
Homepage: www.wpe-dk.com

UHPC concrete with rubble or demolition material

Building rubble or demolition material is a very valuable raw material today, its reuse (upcycling), in our opinion, a very important step for sustainability, reduction of raw material requirements, energy reduction in production and reduction of CO2.

Many architects and designers already work in their designs with materials that have become interesting building materials again through upcycling. Old makes new.

 

In Europe there are more and more companies that have specialized in the processing of used building materials. You are preparing demolition material for a new use in your own plant or already on the construction site. The demolition material is sorted and broken according to quality and color.
In conjunction with our HPC or UHPC binder systems, old building materials obtained through demolition are transformed into interesting new building materials with amazing properties.
The sorted and broken waste material is processed with an HPC binder material for later use as an aggregate in a very simple work step. After processing, the demolition material is suitable for processing with HPC or UHPC binder material and water into high-quality concrete, mortar and floor coverings. Plastics, rubber, porcelain and glass can also be processed as aggregates.

With HPC or UHPC casting binder systems, prefabricated elements or bricks can be produced.

New floor coverings can be produced from milled asphalt road surfaces in a few simple operations. This
processing process could be carried out directly on site with the appropriate screening and mixing machines.

 

 WPE DK International

Phone: 0049 176 601 73146
E-mail: ber@wpe-dk.dk
Homepage: www.wpe-dk.com

UHPC Verschleißschutz in Müllverbrennungsanlagen

In modernen Müllverbrennungsanlagen werden heute in großen Mengen Hausmüll und Industriemüll zwecks Energie- und Prozessdampfgewinnung verbrannt.

Das Verbrennen von Müll stellt durch die diskontinuierliche Müllqualität erhebliche Anforderungen an die Prozessanlagen und deren Konstruktionsmaterial.

Anforderungen:

• Glatte Oberflächen
  

• Fugenlose Oberflächen

• Resistent gegen schnelle Temperaturschwankungen

• Temperaturbeständigkeit bis über 1.000°C

• Hohe Druckfestigkeit

• Hohe Verschleißfestigkeit

• Gute thermische Isolierwirkung

• Flexible Schichtstärken

• Gute chemische Beständigkeit
  

• Gute Widerstandsfähigkeit gegen

  mechanische Belastungen
  

 

 

Auskleidungsbereiche:

• Fahrwege der Müllfahrzeuge bis zum

  Abwurfbereich im Müllbunker

• Müllbunkerrampen und Wände

• Müllaufgabebunker

• Müllförderkanal bis zur Brennerrostaufgabe

• Asche-/Schlackeförderung

• Entstaubungssysteme

   

WPE DK International

Phone: 0049 176 601 73146
E-mail: ber@wpe-dk.dk
Homepage: www.wpe-dk.com

What about the claim that a UHPC essence, local cement and local sand can be used to produce UHPC concrete?

Again and again we read in flyers from UHPC manufacturers that they have a UHPC essence with
which the customer can easily mix a local cement and local sand with this UHPC essence and water and then the customer gets a UHPC concrete. As a rule, this text is very general and does not go into technical details, which has its reasons.

Let's start with the statement:
...locally available cement and sand can be used....

In itself, this statement is not wrong, if we disregard what the customer expects from the quality.
Why?
Well, if we buy a C25 cement, it is impossible to produce a C100 UHPC concrete with a UHPC essence.
If we want to produce a high quality UHPC concrete we need high quality cement, this cannot be changed.
Many users believe that cement from manufacturer A is exactly the same as from manufacturer B if only it says C35.
This is also partly a misconception. Yes, it is true that with both you will get a strength of 35 MPa. But if you look at the anlaysis of the two cements, they could be very different. However, these differences determine the suitability for a UHPC and how it can be processed.
The same applies to aggregates such as sand. Of course I can add local sand but a high quality binder will only be a high quality UHPC if the right sand with the right grading curve is added, otherwise there is a possibility that you will only get a good concrete.

You can of course test the local sand and cement for suitability. Such a test takes one day if the analysis data of the cement and sand are available. We do this cost free for our customers.

 

WPE DK International

Phone: 0049 176 601 73146
E-mail: info@wpe-dk.dk
Homepage: www.wpe-dk.com

Who invented the UHPC Binder?

Again and again we are asked who invented the UHPC binder. Very often the French and the Germans are associated with it, but all these countries and their companies did not invent it. It was the Danes and everyone else copied the Danes. Why we want to know this so exactly. Well, our whole team worked for this Danish company. We have a timeline here of how it all came about.  We at hhbc-consulting and WPE DK have been working with UHPC for almost thirty years. Who can have such experience.

WPE DK International

Phone: 0049 176 601 73146
E-mail: info@wpe-dk.dk
Homepage: www.wpe-dk.com

UHPC Gravity Platforms

The construction of gravity platforms is not a new technology. There are already several concrete gravity
platforms in use nearshore. They are designed and manufactured like a barge. Oil and gas processing plants including storage facilities are installed on them.

Compared to standard concrete platforms, gravity platforms made of UHPC concrete are more durable,
much more resistant and almost maintenance-free.
UHPC offshore structures have been around for over 20 years. UHPC Offshore concretes are absolut salt water resistant. In the meantime, UHPC offshore structures are beginning to replace the outdated offshore steel structures. Offshore steel structures are also stabilised with UHPC concrete or the statics of the structure are improved. UHPC structures are also very resistant to ice floes.

Thanks to mobile production facilities, all our UHPC materials can be manufactured and processed on site. There is definitely the possibility to use local raw materials in the local binder production.

WPE DK International

Phone: 0049 176 601 73146
E-mail: info@wpe-dk.dk
Homepage: www.wpe-dk.com

Sales of Mobile HPC and UHPC Production Systems + Production licences

Mobile HPC and UHPC Production System
We will start selling our mobile UHPC production system at the beginning of July this year. 

The technical documentation required for this can be requested from this date via uhpc.production@hhbc-consulting.de. The base production system consists of two 40" containers. The whole mobile production system is modular and can easily be enlarged. Through planned modifications the modules can be used in both high and low temperature environments. The UHPC binder production modules can be extended by a UHPC concrete mixing module. The UHPC basic concrete mixing module will include a powerful concrete pump. In this basis module you can mix HPC and UHPC mortar, castable, Shotcrete, and TopLayer. The basic modules can be easily adapted to the customer's requirements.

HPC and UHPC production licences
We sell production licences for all our HPC and UHPC binder systems.

We also sell production licences for the HPC and UHPC binder systems that we develop with local raw materials at the request of the customer.
Interested parties can contact us at any time by phone 0049 176 601 73146 or uhpc.production@hhbc-consulting.de. 

 

 WPE DK International

Telefon: 0049 176 601 73146
E-Mail: ber@wpe-dk.dk
Homepage: www.wpe-dk.com

Comparison HPC/UHPC - Standard concrete according DIN EN 206-1

This is a small excerpt from our HPC - UHPC manual book 2020. it shows a small technical section of our possibilities.
Our HPC - UHPC manual book 2020 is currently being revised and will then be available to our customers.

 

 

 WPE DK International

Phone: 0049 176 601 73146
E-mail: ber@wpe-dk.dk
Homepage: www.wpe-dk.com

 

 

 

 

New UHPC concrete laboratory for us in Germany

Since the beginning of this year, we have put our UHPC concrete laboratory No.2 into operation. In our
UHPC concrete laboratory No.1, we continue to concentrate on the quality monitoring of our raw materials and UHPC end products. Due to the constantly high production volume and the resulting high level of monitoring, it was time for a second laboratory.

Our UHPC concrete laboratory No.2 is located near Flensburg in northern Germany.

 

 The tasks for the new laboratory No.2
- Development of new HPC and UHPC binder systems for WPE International
- Development of new HPC and UHPC binder systems on behalf of our international customers.
- Improvements of our standard HPC and UHPC binder systems
- Reduction of the cement content in our HPC and UHPC mixing recipes
- Testing of new aggregates and biomaterials
- Development of UHPC material for security and military applications
- New grouting material for the offshore industry
- Development of new very light HPC and UHPC binder systems
- Development of production processes for HPC and UHPC production in different countries
- Testing of new raw materials for our binder system.

The UHPC laboratory will grow in the future just like its tasks.
There are initial plans from WPE DK International for a small, very flexible production of all HPC and UHPC materials at the same location as Lab No.2. 

WPE DK International

Phone: 0049 176 601 73146
E-mail: info@wpe-dk.dk
Homepage: www.wpe-dk.com