Construction Sites Organisation & Lifting Equipment Role

The organization of construction and installation work is inextricably linked to technology implementation. The construction of buildings and structures should be carried out in strict accordance with the applicable procedures of works (PPR) and technological rules. These documents highlight the key issues of organization of the construction site, production methods and sequence of installation, the number and qualification of workers in the field, the circuit arrangement of machines, used equipment and accessories.

Technological maps provide the following data: basic instructions for construction and installation process, the work schedule, the circuit layout designs and details on the on-site warehouse with the uninterrupted supply of all phases of construction (installation of foundations, erection of walls, installation of a roof), instructions for slinging designs and a sequence of moving them to the installation site.

Improving the organization and technology

Construction and installation work improvement contributes to way more rational crane functionality use. Truck mounted cranes as mounting machines are used for the installation of low-rise buildings (up to 5 floors) or the underground part of multi-storey buildings. Granada Material Handling Company, a seasoned manufacturing player based in England, focused on a variety of aspects including lifting equipment inspection and lifting equipment services, admits nearly 13% of its customers represent building establishments. As auxiliary machinery mobile cranes form the part of the sets of machines performing installation of buildings and structures for various purposes.

With the construction of low-rise buildings prefabricated mobile cranes are used to unload these elements on the on-site warehouse and move them to the installation site. Installation of the building maintains a separate mechanism. Crane delivers engineering structures and parts to the installation site in their design position, moving around the perimeter of the building under construction. (more…)

Waste Processing Methods: What’s Available?

One of the first advanced recycling technologies, composting, that has undergone numerous is based on natural biodegradation. For this reason, composting is used for processing waste with organic origin. Today, certain composting technologies are available for food waste and undivided flow of solid waste.

Composting process can be centralized and carried out at special sites, representing a processing plants for organic debris. The end products of this process are composts that can be found at a variety of applications in agriculture.

Thermal waste processing

Because household waste contains a high percentage of organic thermal methods are oftentimes used for its recycling. Thermal processing of waste is a set of processes aimed at waste heat exposure required to reduce their size and weight, neutralization, and receiving energy and inert materials (with recycling).

The important advantages of modern methods of thermal processing are:

  • extremely effective disposal of waste (total destruction of pathogenic microorganisms).
  • reduction of waste in volume up to 10 times.
  • the use of the energy potential.

From all the varieties, which can boast considerable efficiency of solid waste processing, incineration is the main common one. The main advantages of incineration are:

  • the high level of reliability
  • mass-produced equipment
  • extended warranty period
  • unsurpassed automation.

The main trend in the development of incineration is the transition from direct combustion of waste to the optimized combustion to fuel fraction and a smooth transition from burning as the liquidation process to burning debris as a process that allows to obtain additional electrical and thermal energy. And the most promising application of plasma technology today is ensuring a temperature higher than the melting point of the slag, which makes it possible to obtain at the output of vitrified product is harmless and useful energy.

Plasma waste processing

Plasma processing waste essentially represents nothing but a waste gasification process. Technological scheme of the method involves obtaining a biological component of waste gas in order to use it to produce steam and electricity. A part of the plasma processing are solids in the form non-pyrolised residues or slag. That is, doubtlessly, one of the most perspective directions, dynamically developed due to both governmental and commercial interest. Perhaps, the main stumbling is cost-efficiency, but such companies as Simdean, focusing on industrial waste disposal, plasma waste disposal and research works (thus, e.g. Simdean has recently revealed the patented technology that significantly cuts down operational expenses).

A clear advantage of high-temperature pyrolysis is that this method enables environmentally friendly and relatively easy process for destroying a variety of household waste without the need for pretreatment, i.e. drying, grading, etc. And of course, the use of this technique today becomes potentially more profitable from an economic point of view. Besides, using this technology resulting output slag product is perfectly safe and can be used for a variety of purposes. Thus, e.g. Simdean promises almost to zero emissions and 100% elimination of harmful substances, which is priceless for pharmaceutical and oil industries in particular.

This is why you are going to love Newsletters

The increasing number of companies begin to give their attention to the collection of extensive data about their customers. Due to the omnipresence of mobile communication, virtually 100% of customers even have a mobile phone, which, of course, allows sending and receiving SMS messages. The rapidly developing mobile ecosystem assists businesses in creating simply stunning conditions for efficient SMS marketing methods implementation.

Through SMS-mailing a company can establish instant rapport with their customers. The goal is hardly achievable in the realms of desktop PCs or mobile devices to the degree of SMS marketing. In addition, the efficiency of SMS marketing campaigns is pretty easy to evaluate. However, the use of mobile phones and desktop versions of software for organizing SMS-mailing excludes the possibility of their implementation in different business processes (CRM-system, accounting software and etc.).

Each company depending on its type and market position tunes the technology to its own needs, mostly using web-interfaces to launch mass mailings, aiming at:

  • attracting new customers,
  • maintaining relationships with old customers,
  • improving communication within the company’s personnel
  • attracting customers to products and services
  • notifying the customers of the latest release, updates and etc.

Another strong SMS marketing advantage is a large percentage of response due to the fact that each message is delivered to the subscriber in person (as opposed to the traditional ways of advertising), plus the subscribers are likely to receive SMS messages rather than tons of email advertising.

Creating a decent newsletter

Here’s a quick guide on how to produce an effective newsletter, kindly prepared by HTP, digital marketing agency Manchester, the company nourishing particular interest in email marketing.

Before you engage in design and produce text content, the target audience should be defined. In the language of marketers, this means you should ‘personally get acquainted with recipients’. Once you figure out the potential subscriber group and inspect their behavior, the process of collecting database and delivering your message will be way simpler.

The types of newsletter subscribers

Let’s consider the example of the users that subscribed to your newsletter through some service or website you run. Who are these people? The type of subscription reveals particularly vital info: thus, the customers are likely to subscribe to your newsletter during checkout, all the rest groups can be referred to general audience. However, if you do not have any subscribers yet, think about the nature of your target audience? What are the best channels and methods to acquire the high quality database? What do you think an average subscriber considers to be vital and valuable?

Treating your subscribers right

If you are a publisher or blogger, your subscribers are likely to be interested in text content. If you are engaged in trading or manufacturing, the potential subscribers may appreciate some juicy info on your products and the ways they can benefit from using them. If you are somewhere in between these two business, ideally, your target audience will consist of your brand fans.

The golden rule is to share something truly captivating, exciting and/or useful. If you are considering the option of acquiring the database, investigate its nature and do your best to find out as many details as you can – split your campaigns into several groups and determine the types of content that you could include in mailing for each group. Therefore, you will certainly make another step to higher conversion. However, if you are looking to dramatically increase the conversion rate, you should better team up with the experts – this is where HTP digital marketing Manchester agency will always come to the rescue, sky-high resutls are guaranteed.

UK Intellectual Property. Limitations of exclusive rights

The article is kindly prepared in cooperation with UMIP experts, the branch of Manchester University that specialises in intellectual property consulting and assistance. Find out what experts say on the real state of affairs of exclusive rights limitations.

Using it legally

One of the cases of authorised use of copyrighted works, in addition to obtaining a license, is established by the legislation limits for exclusive rights when the use of intellectual property is permitted under certain conditions without the consent of copyright holders.

The authors note with regret that the emergence of new or changing old ways of using works never leads to the corresponding transformations of copyright law. As a result, the scope of action allowed for protected works is too narrow, and in some cases limiting the use of new digital technologies and innovations and infringing the public interest (especially in such areas as training and research).

An even more serious problem arises when people in their everyday life use content in ways that, in their view, can not in principle be prohibited: sharing their favorite music files with the family or store music on other devices to listen to it in the car. There is an unjustified discrepancy between people’s needs and norms of the law. At the same time they cannot explain why they are free to read your favorite book to a friend, but can not do the same with regard to digital books, or music. This undermines respect for the law.

In the European Union there is a fairly strict system of such restrictions of exclusive rights, which includes only cases of free use of works for the purpose of criticism, daily news reports, research and archiving. In general, non-commercial purposes. (more…)

All You Should Know About Ultrasonic Cleaning

The use of ultrasound has penetrated a wealth of industrial branches and now it is widely used by zillions of facilities servicing a variety of sector. Ultrasonic cleaning in particular has formed a separate, self-sufficient industry for several good reasons. Thus, ultrasonic cleaning technology is applicable to virtually all industries for removal of coolant, lapping pastes, greases, and for servicing and repair of equipment, removal of operational pollution (AFS salt deposits, of grease, soot, carbon and etc.).

To work effectively it is enough to accommodate the product in the wash solution. To do this, it needs to create a disturbance (bubbling, rocking parts in a solution, etc.), and the most effective source to cause such perturbations is ultrasound.

The principle of ultrasonic cleaning systems is based on ultrasound cavitation phenomenon occurring in a fluid when subjected to intense ultrasonic vibrations. Mechanical vibrations are caused by ultrasonic emitter that transmits elastic waves in the washing liquid that are transformed into pulsating gas bubbles. The bubbles collapse under the influence of acoustic pressure; each bubble slammed is accompanied by a pressure pulse, a local increase in temperature, and the emergence of microjets microcurrents. This creates intense hydrodynamic effects on the treated surface and causes the removal of contaminants from it. Local thermal shocks additionally contribute to efficient cleaning of contaminated surfaces. The emergence of microcurrents and microjets facilitates the introduction and penetration of cavitating cleaning solution in the most difficult of the microcavity and channels of small section that allows you to quickly and efficiently wash contaminants from various parts of complex configuration.

The manufacturers & products

From simple single-chamber devices to complicated, fully automated lines with an ability of integration into the pipeline, the modern manufacturers offer an extensive array of devices. Hilsonic, one of the leading ultrasonic cleaner production players in the UK, offers more than 20 design options with custom features on demand as well as fully-custom solutions. And this is just a single brand.

To get a better understanding of functionality, here’s the overview of out of the box ultrasonic cleaner features:

  • Ultrasound and heater block when the device is open.
  • Protection of electric heater and radiators from ‘dry’ start-up.
  • ‘Drain – overflow’ cleaning solution device
  • Bubbling compressed air solution device.
  • Device for rinsing parts.
  • A sensor monitoring the temperature from 20 to 90°C and performing corresponding operations.
  • Timer with automatic shut-off and countdown from minutes to hours.
  • Adaptive dynamic control of ultrasonic field.
  • Net suspension parts for the customer.
  • Storage for blowing parts with compressed air.
  • Device for connecting an external pump, filter system or auxiliary tank.

Cleaning is carried out in aqueous solutions of environmentally friendly technical detergents. The parts that need cleaning do not require additional recovery after purification or decontamination. The combination of high-intensity ultrasound and environmentally friendly detergents gives new technology advantages over traditional technologies of thermal, mechanical, chemical treatment, and combinations thereof. The method boasts impressive cost-efficiency through replacing manual labor. (more…)