#Stillage Manufacturer

[koleglobal]

Kole is a Material Handling & Storage Solutions Company

[tianjinwellmadescaffold]

Scaffold Pallet - Steel Stillages & Racks in Manufacturing - Wellmade China

[precision-equipments]

Advancing Biofuel Efficiency: Precision Equipments' Shell and Tube Heat Exchangers

Shell and Tube Heat Exchangers

As the global focus shifts toward energy transition and decarbonization, developing countries like India face the dual challenge of rapidly growing energy demand and dwindling fossil fuel resources. To address this, the Government of India is promoting the production of biofuels such as ethanol, aiming for energy self-sufficiency and reduced reliance on fossil fuels.

The Role of Biofuel in Modern Energy Solutions: 

Biofuels, including ethanol, can be utilized directly or blended with fossil fuels to reduce emissions and fossil fuel dependency. Notably, biofuels like ethanol boast a higher octane number than gasoline, ensuring complete combustion within engine cylinders and contributing to lower emissions.

Innovative Production Techniques: 

Biofuel production leverages a novel, sulfur-free bio-solvent in a closed-loop cycle with water, enhancing sustainability through full recovery and minimal chemical input. This process not only offers significant cost savings but also aligns with sustainable practices by minimizing environmental impact.

Precision Equipment's Contribution to Biofuel Industry: 

Precision Equipments specializes in manufacturing top-quality biofuel heat exchangers for cooling, reheating processes, and handling exhaust or flue gases. Our products serve a broad range of industries, including:

Biodiesel

Bioethanol

Biogas

And more biofuel production sectors.

Benefits of Bio-Fuels Heat Exchangers: 

Our bio-fuels heat exchangers offer numerous advantages:

Reduction in CO2 emissions, supporting global decarbonization goals.

Production of bio-chemical byproducts that lessen environmental impact.

More energy-efficient than fossil fuels with fewer chemical processes.

Non-food-based production that does not affect human habitation.

Critical Role in Biofuel Production Processes: 

Heat exchangers are crucial in various stages of biofuel production, including pre-treatment, fermentation, distillation, dehydration, stillage dewatering, and evaporation. Precision Equipments designs shell and tube heat exchangers specifically for biofuels, capable of handling hazardous fluids like bio-solvents and furfural. Constructed from materials such as duplex and super duplex stainless steels & non-ferrous metals, these exchangers often feature fixed tube sheets or thick wall expansion bellows for critical operating conditions.

Expertise and Reliability: 

Since 1981, Precision Equipments has been a leader in manufacturing shell and tube heat exchangers for biofuels, adhering to international codes and standards like ASME, API, & TEMA, and meeting strict quality control measures. Our extensive experience ensures that we continue to deliver high-quality and high-performance heat exchangers for nationally important projects.

Conclusion: 

Shell and tube heat exchangers from Precision Equipments play a pivotal role in enhancing the efficiency and sustainability of biofuel production processes. By improving operational reliability and reducing environmental impact, our solutions help propel the biofuel industry forward. For those in the biofuel industry looking to upgrade their production capabilities, Precision Equipments offers a range of solutions tailored to meet diverse needs.

Contact Precision Equipments today to explore our biofuel treatment systems and discover how our expertise can benefit your production requirements.

[alamaterialhandling]

Heavy-Duty Metal Stillages For Sale

ALA Logistics provides high-quality metal stillages designed for secure storage and efficient transportation with heavy-duty construction. Our stillages ensure safety and organization in warehouses and distribution centers. They can be customized to meet specific needs, offering an optimal solution for maximizing space and enhancing operational efficiency. Contact us at +8613942656812 or Email us at jr@ala-logistic.com

[raahgroupinc123]

Enhancing Workplace Safety with Pallet Cages 

In industries where the movement and storage of goods are paramount, ensuring the safety of both workers and materials is of utmost importance. Pallet cages emerge as versatile solutions designed to streamline material handling processes while prioritizing safety. Let's explore the functionality, benefits, and applications of pallet cages in various industrial settings. 

Understanding Pallet Cages 

Pallet cages, also known as pallet containers or stillages, are robust structures designed to securely store and transport goods on pallets. These cages are typically made from welded steel or wire mesh, offering durability, strength, and longevity. Pallet cages come in various sizes and configurations to accommodate different load requirements and storage conditions. 

Features and Benefits 

Enhanced Protection: Pallet cages provide a protective enclosure for goods during transportation and storage, shielding them from damage, dust, and environmental factors. The sturdy construction of pallet cages ensures that fragile or sensitive items remain intact and secure throughout handling operations. 

Improved Organization: With their structured design, pallet cages facilitate efficient organization and management of goods within warehouses, distribution centers, and manufacturing facilities. By keeping items contained and accessible, pallet cages help streamline inventory control and optimize space utilization. 

Space Optimization: Pallet cages are designed to maximize storage space by allowing goods to be stacked vertically, thereby minimizing the footprint required for storage. This space-saving feature is particularly beneficial in environments where floor space is limited or expensive, enabling efficient use of available storage areas. 

Safe Handling: Pallet cages are equipped with features such as forklift pockets, access doors, and securing mechanisms to ensure safe and easy handling. Workers can safely load, unload, and maneuver pallet cages using forklifts or pallet jacks, reducing the risk of manual handling injuries and accidents. 

Versatility: Pallet cages are highly versatile and can be used for a wide range of applications, including storage, transportation, and order picking. Whether storing raw materials, finished products, or bulk goods, pallet cages offer flexibility to adapt to changing operational needs and requirements. 

Applications 

Pallet cages find extensive applications across various industries, including manufacturing, logistics, retail, agriculture, and pharmaceuticals. They are used for storing and transporting a diverse range of goods, including automotive parts, agricultural produce, consumer goods, and industrial supplies. 

Conclusion 

Pallet cages play a crucial role in optimizing material handling processes and promoting workplace safety. With their robust construction, space-saving design, and versatile functionality, pallet cages offer a reliable solution for storing, transporting, and organizing goods in industrial environments. By investing in high-quality pallet cages, businesses can enhance operational efficiency, minimize damage to goods, and create safer working environments for their employees.

[namansharma0950]

Fueling the Future: Ethanol's Production and Diverse Applications

Ethanol, the very word conjures images of clinking glasses and lively celebrations. But this versatile substance has a life far beyond the realm of alcoholic beverages.  It's a multi-tasker, a chemical workhorse with a surprising range of uses.

Forget the fiery concoctions for a moment. Let's delve into the industrial world of ethanol, where it sheds its party hat and transforms into a powerful solvent, a key ingredient in countless products, and even a fighter against germs!  We'll crack the code on its chemical formula (C2H5OH, for the curious!), explore its production through fermentation, and discover how this seemingly simple molecule fuels a vast array of industries.

Introduction

Let's get on the same page about ethanol before we dive into its various uses. Ethanol is a chemical compound, also called ethyl alcohol or simply alcohol, depending on the context. It has the formula C2H6O (C2H5OH). This colorless, flammable liquid with a wine-like smell can be produced naturally by fermenting sugars or through chemical processes. Ethanol holds significant importance in industry, serving multiple purposes such as a solvent, in the production of various organic compounds, and as an enhancer in automotive gasoline, creating what is commonly referred to as gasohol. Additionally, ethanol serves as the intoxicating component in numerous alcoholic beverages including beer, wine, and distilled spirits.

Manufacturing Processes

Today, more than 90 percent of the grain ethanolproduced is derived from the dry milling method, while the remainder originates from wet mills. The primary distinction between these two processes lies in the initial treatment of the grain.

Dry Mill Ethanol Process

Dry milling involves grinding the whole grain kernel into "meal" initially, followed by mixing it with water to create a mash.

In the dry milling process, after the grain kernel is ground into "meal" and mixed with water to form a "mash," enzymes are introduced to catalyze the conversion of starches within the mash into fermentable sugars. This enzymatic action is crucial as it primes the mixture for fermentation. The mash is then subjected to a cooking process, where heat activates the enzymes, facilitating the starch-to-sugar conversion. Following this, the cooked mash is cooled to a suitable temperature and transferred to fermenters, large vessels where yeast is added. The yeast begins the fermentation process by metabolizing the sugars in the mash, producing ethanol and carbon dioxide as byproducts.

After fermentation, the resulting liquid, referred to as "beer," undergoes separation from the solid residue known as "stillage." The beer, containing ethanol, is further processed through distillation to concentrate and purify the ethanol content. Dehydration follows, removing excess water to achieve the desired ethanol concentration. To render ethanol undrinkable , a small percentage of denaturant (around 2%), often gasoline or another chemical agent, is added to the ethanol.

Meanwhile, the stillage, consisting of solids and solubles, undergoes a centrifugation process to separate these components. The solids are often utilized as feedstock for livestock, known as distillers grains, due to their nutrient-rich composition. Additionally, the solubles can undergo further processing to extract corn distillers oil, a valuable co-product used in various industrial applications.

Ultimately, this comprehensive process of dry milling not only yields ethanol for various industrial and fuel applications but also generates valuable co-products, contributing to the sustainability and efficiency of the overall ethanol production process.

Wet Mill Ethanol Process

In wet milling, the grain undergoes an initial stage of separation into its fundamental components through a soaking process. During this stage, the grain is immersed in water, allowing it to soften and swell. This soaking action facilitates the separation of the grain into its constituent parts, including starch, protein, fiber, and oil.

Following the steeping process, wherein the grain undergoes soaking to facilitate component separation, the resultant slurry is directed through grinders to commence the separation of the corn germ. This critical step involves the extraction of the corn germ, a valuable component rich in oil and nutrients.

Once separated, the remaining components of the slurry, namely fiber, gluten, and starch, undergo further processing to facilitate segregation. The gluten component, primarily composed of protein, is meticulously filtered and subjected to drying procedures, culminating in the production of high-quality animal feed.

Meanwhile, the residual starch component, having been isolated from the other constituents, stands ready for the next stage of processing. This starch-rich material serves as the primary substrate for ethanol production, undergoing fermentation akin to the process employed in dry milling.

Through fermentation, facilitated by the introduction of yeast, the starch is metabolized into ethanol, along with the concurrent production of carbon dioxide. This ethanol-rich mixture undergoes subsequent distillation and dehydration to yield high-purity ethanol suitable for a myriad of industrial applications, ranging from fuel production to the manufacturing of pharmaceuticals and personal care products.

Applications of Ethanol

SOLVENT

Ethanol, owing to its miscibility with water and remarkable solvent properties, is a prominent component in various applications, including paints, lacquers, varnishes, and cleaning solutions. Utilized for its potent antimicrobial properties, ethanol plays a crucial role in maintaining hygienic environments by eliminating microbial threats that pose potential health risks. Its inclusion in cleaning formulations underscores its significance in ensuring the cleanliness and safety of surfaces, contributing to the overall well-being of individuals within domestic settings. Essential for various chemical industries, ethanol acts as a key ingredient used to dissolve other substances, playing a vital role in the production of many chemicals like ethyl esters, ethyl halides, and acetic acid.

2. FOOD & BEVERAGES

Ethanol has historically served as a key component in alcoholic beverages. The process of producing beer, wine, and spirits involves fermenting grains, fruits, or vegetables with yeast, catalyzing the conversion of natural sugars into alcohol. Alcoholic potency varies across beverages, ranging from low-alcohol beer to potent spirits. In addition to its role in beverages, ethanol finds extensive application in the food and beverage industry as a solvent for colorants and flavorings, as well as in the creation of extracts. Notably, ethanol is a prevalent ingredient in vanilla extract, enhancing various desserts, cakes, and baked goods.

3. COSMETICS & PERSONAL CARE PRODUCTS

Ethanol is widely employed in various personal care items due to its antiseptic attributes, capable of exterminating bacteria and viruses. It serves as a pivotal element in hand sanitizers, disinfectants, cleaning agents, and mouthwashes, ensuring effective bacterial eradication. Additionally, ethanol acts as a solvent in perfumes and fragrances, aiding in the dissolution of essential oils and aromatic compounds, thereby enhancing their scent profiles. Within the cosmetics sector, ethanol facilitates the dissolution of various products such as lotions, hairsprays, and nail polishes, contributing to their formulation and usability. Its versatile properties make ethanol an indispensable component across multiple personal care applications.

4. PHARMACEUCTICALS

Ethanolholds significant importance as a constituent in various pharmaceutical products, encompassing medicines, vaccines, and disinfectants. Within the pharmaceutical sector, it assumes dual roles: as a solvent and as a preservative. Acting as a solvent, ethanol facilitates the dispersion of active pharmaceutical ingredients, enhancing their bioavailability and efficacy for administration. Moreover, ethanol serves as a preservative in vaccines and injectable medications, mitigating the risk of bacterial and microbial contamination. Its inclusion in these formulations ensures product stability and integrity, safeguarding the potency and safety of pharmaceutical preparations crucial for medical treatment and disease prevention.

5. FUEL

A prevalent addition to fuel blends is ethanol, typically comprising 10 percent. This dual-purpose additive aids in both oxygen supply to the fuel and emission reduction. Moreover, ethanol enhances the octane rating of the fuel, a crucial factor in maintaining optimal engine performance. By increasing the fuel's octane number, ethanol contributes to the prevention of engine knocking and pinging, thus promoting the overall health of vehicles.

Market Outlook

The market for ethanol is on track for significant growth thanks to its diverse uses across various industries worldwide.  Leading the charge is the fuel and additive sector, where ethanol's clean burning properties and flammability make it a highly sought-after fuel source.  Furthermore, its role as a crucial solvent in chemical production is expected to keep demand high throughout the foreseeable future.  Finally, rising public health awareness and the increasing need for disinfectants are anticipated to provide an additional boost to ethanol demand in the coming years.

Ethanol Major Global Players

Significant players in the Global Ethanol market are POET Biorefining, Archer Daniels Midland, Valero Energy, Green Plains LLC, Sao Martinho, SDIC Bio Co., Ltd., Flint Hills Resources LP, Atvos, COFCO Biochemical, The Andersons, Inc., Marquis Energy LLC, and Others.

Conclusion:

Ethanol, or ethyl alcohol, recognized as a common alcohol, is characterized by its chemical formula C2H5OH is highly flammable and readily miscible with water and various organic liquids, making it a versatile solvent for dissolving other chemical compounds. Widely employed across industries, ethanol serves as a crucial solvent in chemical production, contributing to the manufacture of ethyl esters, ethyl halides, acetic acid, and more. Its utility extends to various sectors including pharmaceuticals, cosmetics, paints, plastics, and alcoholic beverages, owing to its broad applications and antibacterial properties utilized in antiseptics, sanitizers, and anti-fungal solutions. The ethanol market is poised for growth, driven primarily by its indispensable role in the fuel and additive industry due to its clean-burning properties and as a solvent for chemical production. Anticipated factors such as increasing health consciousness and the rising demand for disinfectants are expected to further propel the demand for ethanol in the foreseeable future, accentuating its significance across global markets.

[jemkonflooring]

Epoxy Flooring Manufacturer Of kolkata

Jemkon industrial epoxy flooring manufacturer in Kolkata solutions provide cost effective, robust and hard wearing flooring that have been specifically designed for areas where fork trucks, pallet trucks and stillage are in constant use. Our industrial flooring offer excellent anti slip, anti-fatigue and impact resistance solutions. & also protects concrete floors creates a high gloss, durable surface that solves most challenges of industrial environments. epoxy flooring kolkata is an excellent option for your all type of industrial and commercial type of projects. please contact us - 8956740753 , mail us on - komal@jemkon.com.

[aluprof]

Aluprof Support the UK’s Building Awards

Aluprof UK has supported the Building Awards held in London since 2018. The event continues to be the Construction Industry’s premier event and is attended by the main construction companies in the UK to celebrate the best of the UK’s Construction. At the event, the Aluprof team and their guests were delighted to see that three of the prestigious project awards on the evening used Aluprof aluminium systems to complete their facades.

Held at the Grosvenor House Hotel in London’s Mayfair on the 1st of November, the event this year was hosted by Jimmy Carr and was attended by more than 1,100 people. Chloe McCulloch, Editorial Director at Building, said: "The judges felt truly uplifted by the quality of the submissions this year, pointing to the resilience of this industry in the face of unprecedented headwinds."

Sponsoring the ‘Building Magazine Project of the Year’, Aluprof UK was delighted to present the award to the Houlton School project in Rugby by the team Urban&Civic, Morgan Sindall Construction and van Heyningen and Haward Architects. The project uses Aluprof’s MB-70 window system which was installed by Dotcom Glazing. The former Rugby Radio Station building was redesigned with further listed buildings on the site to form the new state school delivered by the private sector.

The ‘Refurbishment Project of the Year’ winner was the Bodmin Jail Hotel entered by CField Construction. This project takes a grade two listed derelict and dilapidated 18th century Cornish Prison which is then converted into a seventy bedroom, boutique four star hotel. Each of the bedrooms has been formed using three former cells and retains many of the building's original features, such as the window bars, stone floors, walls and ceilings, with many further features of the original prison woven into the building fabric. Aluprof UK supplied their MB Slimline window system used for the cell windows which is a slim sightline aluminium system which looks like a steel window system but incorporates a full thermal break.

The ‘Digital Excellence Award’ winner, entered by Sir Robert McAlpine and Mace, was The Forge in south London’s Southwark. Designed by architects Bryden Wood, introducing a raft of digital technology proposals which enabled Landsec to achieve its innovative ambitions for the scheme. The Forge aspires to be the first commercial building constructed and operated in line with the UKGBC’s net zero definition and energy reduction targets. It comprises two new office buildings and a public courtyard. Located on Sumner Street, The Forge is a Landsec office development located just behind Tate Modern in London and is one of the most innovative construction sites in London, pioneering several new construction methods fit for the decades ahead. Breaking new ground, the project will be the world’s first large-scale office scheme to be built using a standardised “kit of parts”, in an approach known as ‘platform design for manufacture and assembly’ (P-DfMA), which applies the advances made by the manufacturing industry to construction.

The unitised curtain wall used on the project was designed in close collaboration with Bryden Wood, which allowed Aluprof to develop a highly-efficient facade unit. The full-size units have been rigorously tested in Aluprof’s Research and Innovation Centre in Ogrodzona where they passed air leakage, impact, wind resistance, and water penetration tests. The units were manufactured in Poland and transported in purpose designed, reusable stillages which were then lifted to the floor plates using a combination of large material hoists and tower cranes for installation by specialist installers NACWL. A key feature of the stillage design was to protect the units from any stress and impact during transportation and lift. The new bespoke system has been named as MB-SE120 and has a UW value of <1.3 W(m2K).

Aluprof UK are proud to supply facade systems to a wide range of new and refurbished construction projects across Great Britain and Ireland, with Head Offices in Altrincham in the North West and with an architectural specification support office in the Business Design Centre in London, the company has rapidly grown their specification influence in the UK with their high-performance architectural aluminium systems. Further expansion of the company’s headquarters in Altrincham now provides specifiers with meeting facilities and an extensive showroom of commercial systems to view. Further information is available on the company website at aluprof.co.uk or direct from their UK head office in Altrincham on 0161 941 4005.

[netrailing]

If you're planning to have a manufacturing production, you should know the different manufacturing process. Continue Reading this article.

[netrailing1]

There are various advantages of using stillage containers from HML, purchase containers from the most trusted and reliable manufacturer.

[koleglobal]

Kole is a Material Handling & Storage Solutions Company

[advanceddisplays01-blog]

Advantages of Tubular Steel Structures

This astonishing item is pertinent to an assortment of development ventures, including the set up of distribution centers, stockpiling units, structures, and notwithstanding transcending high rises. It has discovered its usefulness in the development of galleries and staircase support, as well. Framework, which is a vital piece of each such task, is likewise generally reliant on its utilization. Each Metal Stillage Manufacture in Australia, thus, is fixated on its generation.

Tube Frame Manufacture accompanies high elasticity. It's versatile and pliable. Therefore, it doesn't break effectively. As it were, it can oppose outside just as inward pressure in all respects successfully. This pressure can manifest because of uneven plotting of the structures, a wrong arrangement, an inappropriate spread or even successive high and lows in temperature. The high rigidity of the item spares it from separating because of abrupt stuns. This is a tremendous favorable position in current occasions given the substantial traffic that is ever on the roadways. Likewise, due to the nonattendance of fragility, this item is the ideal answer for building tremor confirmation designs.

The item can be raised effectively and rapidly. The parts are straightforward and unsurprising and consequently, spare time amid the procedure. In actuality, speed of development is one integral motivation behind why this item is being favored to such an extent. This structure can oppose consumption usefully. Get them electrifies and they will be extraordinary scraped area resisters. The material offers itself as a magnificent substrate for paints and coatings in the event that it is to be set up in extraordinary climate conditions. For more information please visit our site https://advanceddisplays.com.au/

[rangestorage1-blog]

https://www.rangestorage.co.uk/steel-stillages-manufactured-sheffield/

[jemkonflooring]

Epoxy Flooring Manufacturer In Kolkata.

Jemkon industrial epoxy flooring manufacturer in Kolkata solutions provide cost effective, robust and hard wearing flooring that have been specifically designed for areas where fork trucks, pallet trucks and stillage are in constant use. Our industrial flooring offer excellent anti slip, anti-fatigue and impact resistance solutions. & also protects concrete floors creates a high gloss, durable surface that solves most challenges of industrial environments. epoxy flooring kolkata is an excellent option for your all type of industrial and commercial type of projects. please contact us - 8956740753 , mail us on - komal@jemkon.com.

[aluprof]

Aluprof on the Forge

Currently buildings are responsible for nearly 40% of all global greenhouse gas emissions. Many countries have pledged to become ‘carbon-neutral’ by 2050 which is a huge task to complete, but one we in the UK are legislated to achieve. Up to 80% of our 2050 building stock is already built which will require updating in the next few decades, but today we can take a glimpse at what will be the new normal by 2050.

The Forge aspires to be the first commercial building constructed and operated in line with the UKGBC’s net zero definition and energy reduction targets. It comprises two new office buildings and a public courtyard. Located in Sumner Street, The Forge is a Landsec office development located just behind Tate Modern in London and is one of the most innovative construction sites in London, pioneering several new construction methods fit for the decades ahead.

Breaking new ground, the project will be the world’s first large-scale office scheme to be built using a standardised “kit of parts”, in an approach known as ‘platform design for manufacture and assembly’ (P-DfMA), which applies the advances made by the manufacturing industry to construction. 

With regard to the development of the facade, Aluprof are delighted to have been invited to take an early design role in developing a unitised facade system that meets the P-DfMA specification pioneered by architects and engineers Bryden Wood. Construction is led by Sir Robert McAlpine and Mace, working together in an innovative joint venture (JV) partnership.

Padraig Delaney, London Regional Manager for Digital Construction at Sir Robert McAlpine, in his role working with the JV construction team, sees The Forge as a model for how future projects should be delivered: “The innovation-led approach taken by Landsec has allowed us to push the boundaries with our use of technology. The more data we have, the better our decision making. But, it is also important we have the right tools to help us get the most from the data. By driving these digital solutions, as we have done at The Forge, we’re transforming the way we will deliver future projects, identifying the value to each stakeholder and ultimately providing the best value for our clients.”

Tom Cherowbrier, Aluprof’s Major Projects Manager comments: “The bespoke system from Aluprof is finished in three shades of bronze anodising which will offer a sustainable finish and an aesthetic appearance for many decades to come. The new system was designed with a standard +/-15mm stack joint for to accommodate the building movement, as well as an impressive non-standard stack joint for the 7th floor which had to accommodate a +20/-30mm movement. The project also has a range of external feature fins with concealed fixing to provide the building with sight-lines of 120mm and 170mm that project 125mm or 225mm from glazing line.”

The unitised curtain wall has been designed in close collaboration with Bryden Wood, which allowed Aluprof to develop a highly-efficient façade unit. The full-size mock-up unit has been  rigorously tested in Aluprof’s Research and Innovation Centre in Ogrodzona where it passed air leakage, impact, wind resistance, and water penetration tests. The units were transported in purpose designed, reusable stillages which were then lifted to the floor plates using a combination of large material hoists and tower cranes for installation by specialist installers NACWL. A key feature of the stillage design was to protect the units from any stress and impact during transportation and lift. The new bespoke system has been named as MB-SE120 and has a UW value of <1.3 W(m2K).

Neil Pennell, Head of Design Innovation and Property Solutions at Landsec, comments on the impact The Forge is set to have on the industry: “The Forge is setting new industry standards for sustainable construction. The pioneering approach we have taken to design and construct will transform how offices are built in the future. Our experiences will shape the way we approach future projects and help change the industry for the better – we hope this will be the first of many zero carbon buildings to come.”

Jaimie Johnston MBE, Board Director and Head of Global Systems at Bryden Wood, says, “The Forge is a landmark moment for construction. The platforms approach to design for manufacture and assembly we have applied at the Forge is the result of many years’ R&D into how we can modernise construction. The huge gains we are seeing on this project in productivity, efficiency, collaboration, safety and sustainability demonstrate that P-DfMA will be transformational for the sector – and for the built environment.”

Richard Sansom, Landsec, Project Manager for The Forge, appreciates the work being done by the project team: “We want to lead the sector in the adoption of new methods and technologies. However, the real value in innovation lies in its practical execution. As with anything being done for the first time, there are always going to be challenges along the way but we are in a great position to handle these thanks to the experienced and expert team working with us.”

Since setting up the Aluprof Office at the Business Design Centre in London, the company has rapidly grown their specification influence in the UK with their high-performance architectural aluminium systems. Further expansion of the company’s headquarters in Altrincham now provides specifiers with meeting facilities and an extensive showroom of commercial systems to view. With overseas growth across Europe spreading into the Middle East and firm roots already in the East of USA, the company has become a global player in facade supply. Further information is available on the company’s website at aluprof.co.uk or direct from their UK head office in Altrincham on 0161 941 4005.

[cdmscotland]

West Yorkshire company fined after worker seriously injured

A double glazing and conservatory manufacturing company was sentenced after a worker was seriously injured at its site in Wakefield.

Leeds Magistrates’ Court heard how, on 7 July 2016, two employees of Conservatory Outlet Limited were removing depleted stillages from the factory into the yard using two bogey wheel sets and a fork lift truck (FLT). The driver of the FLT picked up the stillages on the forks of the truck, then put bogey wheels under one end. A second set of bogey wheels were placed under the opposite end, and the load was pushed out of the factory into a sloping alleyway. One of the employees was on foot at the opposite end of the FLT to guide the load when it became unstable and toppled, crushing him between the stillages and the palisade fence.

The employee was taken by air ambulance to Leeds General Infirmary, where he underwent life-saving surgery on a complex fracture to the pelvis. He suffered several other fractures and was placed on respiratory support due to breathing difficulties.

An investigation by the Health and Safety Executive (HSE) found that the company had failed to carry out a suitable and sufficient risk assessment, and there was no safe system of work in place. In addition, the equipment used was not suitable or in good working order, and the route used to move stillages was unsuitable and exposed workers to unnecessary risks to their safety.

Conservatory Outlet Limited of Thornes Lane Wharf, Wakefield was found guilty of breaching Section 2 (1) of the Health and Safety at Work Act 1974 and was fined £66,000 with £2,860 in costs.

Speaking after the hearing, inspector Jane Gordois said: “Those in control of work have a responsibility to devise safe methods of working. If a suitable safe system of work had been in place prior to the incident, the devastating injuries suffered by the employee could have been avoided.”