The document provides a final report on a project to establish a mechanical recycling facility in Queensland for packaging film. Key points:
- The facility has been set up to process 600 tonnes of recycled packaging per year initially, with projections to process 1,200 and 1,800 tonnes in subsequent years.
- The first product to be manufactured is a "Brolga Bollard" for the Queensland market, with an initial estimated demand of 3,000 units per year.
- Risks addressed in the project included finding a suitable facility location, upgrading the power supply, managing energy costs, and obtaining necessary permits.
- The modular design of the facility allows for expansion by adding additional molding
Capture Green provides innovative pollution control solutions such as secondary containment systems and water remediation to help network operators reduce costs and risks. Their unique containment and filtration systems are designed to fit any project and can be installed quickly with minimal disruption. Operators benefit from lower carbon footprints, costs, and risks while maintaining consistent energy supply. Capture Green works closely with customers to develop customized solutions that meet challenges imposed by new regulations and standards.
Welcome to the 11th edition of the British Water
Members’ Handbook.
It’s been another year of change and challenge for
the UK water industry and, more specifically, for
British Water.
Environmental Sciences Corporation provides environmental, industrial hygiene, and health and safety services through four primary platforms: traditional environmental services, remediation and restoration services, industrial hygiene services, and water resources services. They have over 40 employees in 8 office locations nationwide and serve over 450 clients in both private and public sectors. Their services include assessments, investigations, permitting, remediation, indoor air quality testing, and more.
ACEC 2007 Engineering Excellence Awards_Olde Stone Quarry Harbor of RefugeDocks & Marinas, Inc.
Award presented to STS Consultants for the design of the Olde Stone Quarry Harbor of Refuge in Door County, Wisconsin USA.
The harbor of refuge is located on the Bay of Green Bay, Lake Michigan. Dave Wentland, P.E., represented STS and George Pinney represented Door County in accepting the award in Washington, D.C.
This document summarizes a presentation about sustainability standards for healthcare projects. It discusses why green hospitals are important for patient and staff health as well as cost savings. The presentation covers the LEED and Green Guide for Healthcare rating systems, which provide frameworks for optimizing sustainable sites, water and energy use, materials selection, and indoor environmental quality. It provides an overview of the various credits within each category that projects can pursue to receive certification under these standards. The goal is to create healthier, more efficient facilities through sustainable design and operations.
VIBpharma’s Clinical Trial Supply conference brings together senior representatives from pharma and biotech manufacturers to discuss key issues through a series of high caliber presentations and interactive roundtable discussions led by industry experts. The topics being addressed will also include innovative drug mobility and labelling strategies, getting the most out of your IVRS, ensuring compliance across Europe, best practice approaches for temperature controlled transportation.
Join us in London in February to discover practical approaches for ensuring a cost-efficient clinical supply chain.
The document discusses the sustainability of natural stone as a building material. It notes that natural stone has proven durable over thousands of years yet still needs to demonstrate its sustainability credentials against modern manufactured stone products. The Natural Stone Council has developed a new certification standard called NSC 373 to evaluate the sustainable practices of quarries and fabricators. This standard is similar to other industry certifications like LEED and aims to clearly demonstrate the environmental benefits of natural stone.
JEC helps customers achieve sustainability goals through retrofitting building cooling systems to improve energy efficiency. JEC has extensive experience upgrading cooling plants, including for Exchange Square. The new centrifugal chillers use low-pressure snow species which require less energy and have higher efficiency coefficients. For M+ Museum, JEC supplied four 1,100-ton centrifugal chillers using next-generation HFO refrigerant with near-zero global warming potential. These upgrades enhance energy savings while maintaining cooling performance.
Capture Green provides innovative pollution control solutions such as secondary containment systems and water remediation to help network operators reduce costs and risks. Their unique containment and filtration systems are designed to fit any project and can be installed quickly with minimal disruption. Operators benefit from lower carbon footprints, costs, and risks while maintaining consistent energy supply. Capture Green works closely with customers to develop customized solutions that meet challenges imposed by new regulations and standards.
Welcome to the 11th edition of the British Water
Members’ Handbook.
It’s been another year of change and challenge for
the UK water industry and, more specifically, for
British Water.
Environmental Sciences Corporation provides environmental, industrial hygiene, and health and safety services through four primary platforms: traditional environmental services, remediation and restoration services, industrial hygiene services, and water resources services. They have over 40 employees in 8 office locations nationwide and serve over 450 clients in both private and public sectors. Their services include assessments, investigations, permitting, remediation, indoor air quality testing, and more.
ACEC 2007 Engineering Excellence Awards_Olde Stone Quarry Harbor of RefugeDocks & Marinas, Inc.
Award presented to STS Consultants for the design of the Olde Stone Quarry Harbor of Refuge in Door County, Wisconsin USA.
The harbor of refuge is located on the Bay of Green Bay, Lake Michigan. Dave Wentland, P.E., represented STS and George Pinney represented Door County in accepting the award in Washington, D.C.
This document summarizes a presentation about sustainability standards for healthcare projects. It discusses why green hospitals are important for patient and staff health as well as cost savings. The presentation covers the LEED and Green Guide for Healthcare rating systems, which provide frameworks for optimizing sustainable sites, water and energy use, materials selection, and indoor environmental quality. It provides an overview of the various credits within each category that projects can pursue to receive certification under these standards. The goal is to create healthier, more efficient facilities through sustainable design and operations.
VIBpharma’s Clinical Trial Supply conference brings together senior representatives from pharma and biotech manufacturers to discuss key issues through a series of high caliber presentations and interactive roundtable discussions led by industry experts. The topics being addressed will also include innovative drug mobility and labelling strategies, getting the most out of your IVRS, ensuring compliance across Europe, best practice approaches for temperature controlled transportation.
Join us in London in February to discover practical approaches for ensuring a cost-efficient clinical supply chain.
The document discusses the sustainability of natural stone as a building material. It notes that natural stone has proven durable over thousands of years yet still needs to demonstrate its sustainability credentials against modern manufactured stone products. The Natural Stone Council has developed a new certification standard called NSC 373 to evaluate the sustainable practices of quarries and fabricators. This standard is similar to other industry certifications like LEED and aims to clearly demonstrate the environmental benefits of natural stone.
JEC helps customers achieve sustainability goals through retrofitting building cooling systems to improve energy efficiency. JEC has extensive experience upgrading cooling plants, including for Exchange Square. The new centrifugal chillers use low-pressure snow species which require less energy and have higher efficiency coefficients. For M+ Museum, JEC supplied four 1,100-ton centrifugal chillers using next-generation HFO refrigerant with near-zero global warming potential. These upgrades enhance energy savings while maintaining cooling performance.
PENGADAAN ALAT PERAGA LABORATORIUM FISIKA SMK,ALAT PERAGA SMK, DAK SMK 2015,Alat Peraga sma,dak sma 2015,produk dak sma 2015,dak smk 2015,dak sma 2015,alat lab ipa sma,alat lab kimia sma,laboratorium kimia sma,laboratorium kimia smk, bansos alat lab ipa sma, alat lab ipa sma, peralatan lab ipa sma, alat peraga ipa, alat peraga sma, alat peraga smk, jual alat peraga sma, alat peraga ipa, alat peraga kimia, alat peraga fisika, alat peraga biologi,
Rab alat peraga fisika sma dak 2015,Penelusuran yang terkait dengan rab alat peraga FISIKA smA
membuat alat peraga fisika sma
alat peraga fisika sederhana sma
alat peraga fisika dari barang bekas
alat peraga fisika sederhana fluida
alat peraga fisika smp
alat peraga fisika yang mudah dibuat
alat peraga fisika kapal uap
kumpulan alat peraga fisika
This document introduces two new journal metrics, SJR and SNIP, that have been endorsed by Elsevier's Scopus database. SJR measures journal prestige by weighting citations based on the status and reputation of the citing journal. SNIP accounts for differences in citation potential across research fields by normalizing a journal's raw citation impact based on the average citations in its subject field. The document compares the two new metrics to traditional journal impact factors and discusses their potential uses for publishers, librarians, and researchers to evaluate journal performance and research impact.
Dokumen tersebut merupakan daftar harga alat laboratorium SMK tahun 2015 yang dijual oleh perusahaan Asakaprima. Daftar harga tersebut mencakup berbagai peralatan pendidikan biologi seperti model tubuh manusia, preparat sel, gambar sistem tubuh, dan lainnya beserta harga satuan dan totalnya.
El documento describe las características de las bases de datos de la universidad. Ofrecen información verídica y eficaz que los estudiantes pueden usar para apoyar su investigación, incluyendo normas Icontec y artículos sobre salud, cultura, diseño de moda y psicología. Las bases de datos contienen formatos accesibles, videos explicativos, artículos en inglés y funciones de filtrado para encontrar información relevante en diferentes campos como educación, ingeniería, psicología y ciencias jurídicas. Cubren principalmente
Daftar harga alat laboratorium kimia SMA tahun 2015 yang mencakup botol, pipet, gelas ukur, labu erlenmeyer, buret, neraca, dan peralatan lainnya beserta harga satuan dan totalnya.
The document discusses the benefits of meditation for reducing stress and anxiety. Regular meditation practice can help calm the mind and body by lowering heart rate and blood pressure. Studies have shown that meditating for just 10-20 minutes per day can have significant positive impacts on both mental and physical health over time.
alat Peraga sma,dak sma 2015,produk dak sma 2015,dak smk 2015. Add caption ... RAB ALAT LABORATORIUM IPA SMA DAK 2015,RAB ALAT LABORATORIUM KIMIA SMA SMK ~ pengadaan peralatan laboratorium IPA SMK ~ DAK SMK 2015 ~Alat Peraga SMK - Distributor Alat Peraga
Rab alat peraga biologi sma dak 2015,Penelusuran yang terkait dengan rab alat peraga BIOLOGI smA
alat peraga biologi buatan sendiri
alat peraga biologi dari barang bekas
alat peraga biologi dan manfaatnya
alat peraga biologi smp
alat peraga biologi sederhana
alat peraga biologi 3d
contoh alat peraga biologi
membuat alat peraga biologi
This document provides instructions for configuring multicast routing between two separate networks using IPSec VPN tunnels and GRE tunnels. It describes creating the necessary interfaces, configuring the IPSec and GRE tunnels between the routers, enabling OSPF routing, configuring static multicast routing, and verifying connectivity for multicast traffic passing through the tunnels.
Social networking, social bookmarking, games &Manuel Uribe
This document discusses the benefits of using video games for learning, noting they can provide virtual real life scenarios and accommodate active learning preferences, while also being educational and having no limits to potential. It also mentions video games can be easy, fun and useful for group work, especially when catering to active and intuitive learning preferences.
Even during an economic slowdown, innovators will rise to the occasion. A bakery in Victoria, Ferguson Plarre Bakehouses, is doing just that as my colleague Craig Beaver has recently uncovered in a recent article in Manufacturing Supply Chain Magazine.
Savings on carbon emissions by the company demonstrated that by some fairly straight forward engineering delivered landfill, gas and electricity emissions reductions of 92, 76 and 62%, respectively, along with water savings of 2.5Ml per annum. This led to an overall reduction of more than 5000 CO2e annually and tens of thousands of dollars in cost savings, a strong business improvement in itself.
But what caught my eye was the story around how the improved safety culture of the bakery was reducing bottom line costs, and well below its industry peers. The company has demonstrated a strong correlation between sustainability effort and performance, and its safety metrics. For example, during the transformation to a sustainability–focused business, turnover reduced from 10% to 2 % per annum, incidents reduced by 58% from 33 to 14 per annum, and near misses decreased from 29 to 21 per annum.
As Craig illustrates, aside from the impact of carbon emissions and energy savings, it’s worth taking a deeper look at the impact of their sustainable business practices on their health and safety performance.
As a simple exercise:
They employ 150 people.
Assume average salary of $75,000 per annum.
Total wages bill equals $11,250,000 per annum.
Industry average worker’s compensation premium for their sector is 3.8860% of payroll.
Therefore their worker’s compensation premium should have been $437,175 per annum.
The really interesting piece here from a HSE perspective, is concurrent with their sustainability program, Ferguson Plarre Bakehouses have achieved significant improvements in their safety performance, such that their worker’s compensation premium is 1.8394% of their payroll – almost half the industry average!
Therefore their estimated workers compensation premium is in fact $206,932 per annum.
This equates to an estimated saving of $230,243 per annum.
As Craig points out, this is on top of all the financial returns from their other sustainability initiatives documented in the article.
This company is no stranger to those of you working in sustainability. Ferguson Plarre Bakehouses clearly have the ingredients for success as a sustainable business, taking the principles of sustainable development and mixing them into their every day work.
The document summarizes developments at Recycling Technologies Ltd, including:
1) Their RT700 pilot plant has successfully produced PlaxxTM from end-of-life plastic, demonstrating their chemical recycling process can work at a commercial scale.
2) They are fundraising to support further technology development and moving the RT700 to their first operational site over the summer.
3) Recycling Technologies was awarded government grants totaling over £1 million to qualify PlaxxTM for use in diesel engines through testing.
PlanetClean Recycling Industries PLC is seeking $25 million to purchase ships and onboard equipment to process recyclable plastics into new plastics while ships are underway. The company aims to innovate plastics recycling methods to increase sustainability. It will use funds from its fundraising campaign in three phases: purchasing mobile plastic shredding units, establishing a US-based plastics processing plant, and acquiring ships fitted with hybrid freight and plastic production capabilities to process plastics during voyages.
1. The company offers a wide range of water pumps for applications such as water treatment plants, water distribution, sewage, and offshore markets. They also supply complete irrigation systems for sports fields.
2. Their focus is on providing full solutions, not just pumps or irrigation equipment.
3. Their top three advantages for Qatar are their knowledge, experience, and commitment to entrepreneurship.
Praxair is a Fortune 300 industrial and medical gases company with 27,000 employees in over 30 countries. They supply atmospheric, process, and specialty gases as well as gas supply systems to over 1 million customers in industries like metals, energy, chemicals, aerospace, electronics, healthcare, and food. Praxair helps customers improve productivity, efficiency, environmental performance, and profitability through innovative gas technologies and highly responsive customer service.
Integra Packaging provides packaging solutions and logistics services for high-value, sensitive cargo shipments. They offer global expertise through partnerships in 56 countries. Customers benefit from cost reductions through packaging optimization, unbiased audits, and solutions tailored to their entire supply chain. Integra's services help customers enhance competitiveness and sustainability.
PENGADAAN ALAT PERAGA LABORATORIUM FISIKA SMK,ALAT PERAGA SMK, DAK SMK 2015,Alat Peraga sma,dak sma 2015,produk dak sma 2015,dak smk 2015,dak sma 2015,alat lab ipa sma,alat lab kimia sma,laboratorium kimia sma,laboratorium kimia smk, bansos alat lab ipa sma, alat lab ipa sma, peralatan lab ipa sma, alat peraga ipa, alat peraga sma, alat peraga smk, jual alat peraga sma, alat peraga ipa, alat peraga kimia, alat peraga fisika, alat peraga biologi,
Rab alat peraga fisika sma dak 2015,Penelusuran yang terkait dengan rab alat peraga FISIKA smA
membuat alat peraga fisika sma
alat peraga fisika sederhana sma
alat peraga fisika dari barang bekas
alat peraga fisika sederhana fluida
alat peraga fisika smp
alat peraga fisika yang mudah dibuat
alat peraga fisika kapal uap
kumpulan alat peraga fisika
This document introduces two new journal metrics, SJR and SNIP, that have been endorsed by Elsevier's Scopus database. SJR measures journal prestige by weighting citations based on the status and reputation of the citing journal. SNIP accounts for differences in citation potential across research fields by normalizing a journal's raw citation impact based on the average citations in its subject field. The document compares the two new metrics to traditional journal impact factors and discusses their potential uses for publishers, librarians, and researchers to evaluate journal performance and research impact.
Dokumen tersebut merupakan daftar harga alat laboratorium SMK tahun 2015 yang dijual oleh perusahaan Asakaprima. Daftar harga tersebut mencakup berbagai peralatan pendidikan biologi seperti model tubuh manusia, preparat sel, gambar sistem tubuh, dan lainnya beserta harga satuan dan totalnya.
El documento describe las características de las bases de datos de la universidad. Ofrecen información verídica y eficaz que los estudiantes pueden usar para apoyar su investigación, incluyendo normas Icontec y artículos sobre salud, cultura, diseño de moda y psicología. Las bases de datos contienen formatos accesibles, videos explicativos, artículos en inglés y funciones de filtrado para encontrar información relevante en diferentes campos como educación, ingeniería, psicología y ciencias jurídicas. Cubren principalmente
Daftar harga alat laboratorium kimia SMA tahun 2015 yang mencakup botol, pipet, gelas ukur, labu erlenmeyer, buret, neraca, dan peralatan lainnya beserta harga satuan dan totalnya.
The document discusses the benefits of meditation for reducing stress and anxiety. Regular meditation practice can help calm the mind and body by lowering heart rate and blood pressure. Studies have shown that meditating for just 10-20 minutes per day can have significant positive impacts on both mental and physical health over time.
alat Peraga sma,dak sma 2015,produk dak sma 2015,dak smk 2015. Add caption ... RAB ALAT LABORATORIUM IPA SMA DAK 2015,RAB ALAT LABORATORIUM KIMIA SMA SMK ~ pengadaan peralatan laboratorium IPA SMK ~ DAK SMK 2015 ~Alat Peraga SMK - Distributor Alat Peraga
Rab alat peraga biologi sma dak 2015,Penelusuran yang terkait dengan rab alat peraga BIOLOGI smA
alat peraga biologi buatan sendiri
alat peraga biologi dari barang bekas
alat peraga biologi dan manfaatnya
alat peraga biologi smp
alat peraga biologi sederhana
alat peraga biologi 3d
contoh alat peraga biologi
membuat alat peraga biologi
This document provides instructions for configuring multicast routing between two separate networks using IPSec VPN tunnels and GRE tunnels. It describes creating the necessary interfaces, configuring the IPSec and GRE tunnels between the routers, enabling OSPF routing, configuring static multicast routing, and verifying connectivity for multicast traffic passing through the tunnels.
Social networking, social bookmarking, games &Manuel Uribe
This document discusses the benefits of using video games for learning, noting they can provide virtual real life scenarios and accommodate active learning preferences, while also being educational and having no limits to potential. It also mentions video games can be easy, fun and useful for group work, especially when catering to active and intuitive learning preferences.
Even during an economic slowdown, innovators will rise to the occasion. A bakery in Victoria, Ferguson Plarre Bakehouses, is doing just that as my colleague Craig Beaver has recently uncovered in a recent article in Manufacturing Supply Chain Magazine.
Savings on carbon emissions by the company demonstrated that by some fairly straight forward engineering delivered landfill, gas and electricity emissions reductions of 92, 76 and 62%, respectively, along with water savings of 2.5Ml per annum. This led to an overall reduction of more than 5000 CO2e annually and tens of thousands of dollars in cost savings, a strong business improvement in itself.
But what caught my eye was the story around how the improved safety culture of the bakery was reducing bottom line costs, and well below its industry peers. The company has demonstrated a strong correlation between sustainability effort and performance, and its safety metrics. For example, during the transformation to a sustainability–focused business, turnover reduced from 10% to 2 % per annum, incidents reduced by 58% from 33 to 14 per annum, and near misses decreased from 29 to 21 per annum.
As Craig illustrates, aside from the impact of carbon emissions and energy savings, it’s worth taking a deeper look at the impact of their sustainable business practices on their health and safety performance.
As a simple exercise:
They employ 150 people.
Assume average salary of $75,000 per annum.
Total wages bill equals $11,250,000 per annum.
Industry average worker’s compensation premium for their sector is 3.8860% of payroll.
Therefore their worker’s compensation premium should have been $437,175 per annum.
The really interesting piece here from a HSE perspective, is concurrent with their sustainability program, Ferguson Plarre Bakehouses have achieved significant improvements in their safety performance, such that their worker’s compensation premium is 1.8394% of their payroll – almost half the industry average!
Therefore their estimated workers compensation premium is in fact $206,932 per annum.
This equates to an estimated saving of $230,243 per annum.
As Craig points out, this is on top of all the financial returns from their other sustainability initiatives documented in the article.
This company is no stranger to those of you working in sustainability. Ferguson Plarre Bakehouses clearly have the ingredients for success as a sustainable business, taking the principles of sustainable development and mixing them into their every day work.
The document summarizes developments at Recycling Technologies Ltd, including:
1) Their RT700 pilot plant has successfully produced PlaxxTM from end-of-life plastic, demonstrating their chemical recycling process can work at a commercial scale.
2) They are fundraising to support further technology development and moving the RT700 to their first operational site over the summer.
3) Recycling Technologies was awarded government grants totaling over £1 million to qualify PlaxxTM for use in diesel engines through testing.
PlanetClean Recycling Industries PLC is seeking $25 million to purchase ships and onboard equipment to process recyclable plastics into new plastics while ships are underway. The company aims to innovate plastics recycling methods to increase sustainability. It will use funds from its fundraising campaign in three phases: purchasing mobile plastic shredding units, establishing a US-based plastics processing plant, and acquiring ships fitted with hybrid freight and plastic production capabilities to process plastics during voyages.
1. The company offers a wide range of water pumps for applications such as water treatment plants, water distribution, sewage, and offshore markets. They also supply complete irrigation systems for sports fields.
2. Their focus is on providing full solutions, not just pumps or irrigation equipment.
3. Their top three advantages for Qatar are their knowledge, experience, and commitment to entrepreneurship.
Praxair is a Fortune 300 industrial and medical gases company with 27,000 employees in over 30 countries. They supply atmospheric, process, and specialty gases as well as gas supply systems to over 1 million customers in industries like metals, energy, chemicals, aerospace, electronics, healthcare, and food. Praxair helps customers improve productivity, efficiency, environmental performance, and profitability through innovative gas technologies and highly responsive customer service.
Integra Packaging provides packaging solutions and logistics services for high-value, sensitive cargo shipments. They offer global expertise through partnerships in 56 countries. Customers benefit from cost reductions through packaging optimization, unbiased audits, and solutions tailored to their entire supply chain. Integra's services help customers enhance competitiveness and sustainability.
This document provides a summary of the Code of Practice (CoP) for the Definition of Waste: Development Industry Code of Practice Version 2 published in March 2011. The CoP aims to facilitate sustainable remediation and development of land by allowing the suitable reuse of recovered materials initially classified as waste or contaminated. It has helped increase sustainability in land development and remediation. The second version further extends the scope to allow treatment centers and more hub and cluster sites. It continues the straightforward structure and ease of use of the original CoP.
The EPA estimates that 40-60% of contamination pouring into oceans, streams, and rivers is caused by storm water runoff. For the first time ever, the EPA is now forcing municipalities to do something about it. EPA consent decrees have created $30+ billion in mandated municipal spending of storm water/sewer overflow improvements. Abtech’s (ABHD) Smart Sponge technology is the first antimicrobial application for storm water registered with the EPA for outdoor use. Waste Management (WM) has partnered with Abtech to market and sell a stormwater runoff solution directly to municipalities. The company announced they have 80+ municipal proposals in various stages of progress. Listen to CEO Glenn Rink and VP Bjurnolf White as they talk about the municipal opportunity as well as many other applications for the technology.
About Progressive Planet Solutions Inc.
Progressive Planet is an emerging company, providing innovative circular solutions and Earth-friendly micronized minerals that naturally unlock sustainability benefits across the construction and agriculture industries. Tapping into the Earth's inherent binding powers and properties, Progressive Planet is developing and scaling a portfolio of proprietary solutions to help its customers build, grow and operate more responsibly.
Progressive Planet continues work on creating supplementary cementing materials with a focus on minimizing the carbon footprint of the SCMs it creates, utilizing waste materials where possible to create the most sustainable SCMs and sequestering carbon dioxide in SCMs to address climate change. Progressive Planet's research team has begun exploring the opportunity to utilize the legacy CO2 stream generated by APL's natural gas rotary kiln dryer in operation in Kamloops.
Progressive Planet's operations currently include:
A comminution facility in Spallumcheen, B.C., which is currently producing micronized minerals used by farmers in lieu of chemical fertilizers to promote healthy soils without the addition of chemicals;
A research lab in Calgary, Alta., focused on creating SCMs and associated technologies to sequester CO2 in concrete;
Three natural pozzolan properties in British Columbia, including its flagship Z1 natural pozzolan quarry in Cache Creek, B.C., and its two pozzolan properties under development, the Z2 natural pozzolan property near Falkland and the Heffley Creek metal and natural pozzolan property.
Public presentation by Dorset Renewable Industries Pty Ltd (DRI).
DRI is a community focussed enterprise aimed at developing new industries in the Dorset region of Tasmania's North East. By investing in the region's renewable resources, DRI will build community resilience, environmental sustainability, local skills and innovation.
Clough Enercore provides engineering services across the entire asset lifecycle for oil and gas projects in Canada, from concept and feasibility studies through detailed design, construction, commissioning, and long-term operations. It takes a production-focused approach to reduce costs and risks. Its engineering network includes over 1000 engineers in regional centers, utilizing 3D design and cloud technology to optimize costs for clients. Key capabilities include concept evaluations, front-end engineering design, and project management.
A New Separation Technology to Process Tantalite Bearing MineralsCurt Huber
AB Minerals has developed a new eco-friendly process to produce tantalum and niobium from conflict-free ore. The process does not use hydrofluoric acid and has significantly lower costs and environmental impact than current methods. AB Minerals plans to build multiple processing plants around the world to transform minerals into higher value products in-country, benefiting local miners, economies, and changing perceptions of the industry.
We seek to innovate plastics recycling methods to increase the sustainability of our planet: its oceans and seas, the land and the soil, and most importantly, its future.
We seek to innovate plastics recycling methods to increase the sustainability of our planet: its oceans and seas, the land and the soil, and most importantly, its future
This document provides a summary of Maricel Carlos Molina's work experience and qualifications. She has over 14 years of experience in procurement and supply chain management in the semiconductor and solar industries. Her skills include strategic sourcing, supplier relationship management, project management, and process engineering. She is seeking new opportunities to further develop her expertise and experience.
UK AD Biogas 2016: Day One Purple Seminar - 6 July UKADBiogas
This document summarizes a panel discussion on secondary containment regulations for the anaerobic digestion industry. The panel includes representatives from CQA International, the Environment Agency, Future Biogas, and CAPITA Projen. They discuss the purpose of secondary containment, how the industry has worked to develop guidance through a risk assessment tool, and what constitutes appropriate secondary containment. The Environment Agency representative emphasizes the need for early discussions with regulators and following good practice guides like CIRIA C736. The group discusses factors to consider in containment design and the ADBA containment tool, which provides a way to assess hazards, risks, and suitable containment classifications.
Jan Rieche is the manager of renewable energy and engineering at Polyglot Group, an Australian recruitment firm. He has 15 years of experience in recruitment, including the last six years focusing on renewable energy and energy efficiency roles. Polyglot was recently hired to support the development of the Moree Solar Farm in New South Wales, one of Australia's largest solar farms. Polyglot helped manage the entire workforce for the project, dealing with recruitment challenges and HR administration to enable the contractor to focus on the project.
Mike Lynch from RBS Workplace Services provided an insight into how the bank has used the Go Green themes to frame their engagement with their supply chain and how they are supporting sustainable innovations in the region.
NewBase 11 January 2024 Energy News issue - 1689 by Khaled Al Awadi_compres...Khaled Al Awadi
Attached FYI our latest energy news , NewBase Energy by Khaled Al Awadhi , Founder & Senior Editor .Attached FYI our latest energy news , NewBase Energy by Khaled Al Awadhi , Founder & Senior Editor .Attached FYI our latest energy news , NewBase Energy by Khaled Al Awadhi , Founder & Senior Editor .Attached FYI our latest energy news , NewBase Energy by Khaled Al Awadhi , Founder & Senior Editor .Attached FYI our latest energy news , NewBase Energy by Khaled Al Awadhi , Founder & Senior Editor .Attached FYI our latest energy news , NewBase Energy by Khaled Al Awadhi , Founder & Senior Editor .
The document provides a summary of Jorge Luis Sousa Escandon's work experience and qualifications. It outlines his career history working on construction projects for companies like Air Liquide, Repsol, Air Products Inc., Linde AG Engineering Division, and Dow Chemical's Iberia. It also lists his key skills such as following health and safety practices, being solution-focused, and having excellent communication and interpersonal skills.
1. PROJECT # 148/12
A project funded in partnership with:
Project Title:
Technical Capacity to Mechanically Recycle Packaging Film.
Final report date: November 10th 2014
Author: Mr. Stewart Norton
Repeat Plastics Australia Pty Ltd
3. 3
Disclaimer:
Although care has been taken in preparing the information contained in this report, the
information is provided for general disclosure purposes only, and Repeat Plastics Australia
Pty Ltd does not, and cannot, provide any warranty, guarantee or promise express or implied
concerning the content, completeness, accuracy, currency or otherwise of any individual item
of information provided through the report. The information in the report is provided on the
basis that all persons accessing the document take responsibility for assessing the relevance
and accuracy of its content, and Repeat Plastics Australia Pty Ltd suggests that users
requiring confirmation of any information should confirm the accuracy of information with
Repeat Plastics Australia Pty Ltd.
Confidentiality Statement
This document contains proprietary and confidential information. All data and information
contained within is provided in reliance upon its consent not to use or disclose any
information contained herein except in the context of its business dealings with National
Packaging Covenant Industry Association (NPCIA) and its state jurisdictional signatories.
The recipient of this document agrees to inform its present and future employees and
partners who view or have access to the document's content of its confidential nature.
The recipient agrees to instruct each employee that they must not disclose any information
concerning this document to others except to the extent those matters are generally known
to, and are available for use by, the public. The recipient also agrees not to duplicate,
distribute, or permit others to duplicate or distribute any material contained herein without
the express written consent of Repeat Plastics Australia Pty Ltd.
Repeat Plastics Australia Pty Ltd retains all title, ownership and intellectual property rights to
the material and trademarks contained herein, including all supporting documentation, files,
marketing material, and multimedia.
BY ACCEPTANCE OF THIS DOCUMENT, THE RECIPIENT AGREES TO BE BOUND
BY THE AFOREMENTIONED STATEMENT.
This document is acknowledged as being available to the general public on the Australian
Packaging Covenant website.
4. 4
Acknowledgments
Repeat Plastics Australia Pty Ltd would like to acknowledge the following stakeholders for
their support in such a wonderful project.
The Australian Packaging Covenant
The Queensland Government through the Department of Environment & Heritage
Protection
Gold Coast City Council
The R & D team at Repeat Plastics Australia Pty Ltd
This project is supported by the Australian Packaging Covenant and the Queensland
Government.
www.replas.com.au
5. 5
Executive summary
Repeat Plastics Australia Pty Ltd applied for funding assistance to set up and operate a state
of the art Queensland plastics recycling facility which will use post-consumer waste plastic &
post-industrial waste plastic for the production of sustainable products. The initial operation
will involve the installation of a modular moulding machine which has the capacity to meet
existing market expectations of 600 tonnes pa of finished product in the first year, with a
projection of 1,200 tonnes in the second year and 1,800 tonnes in its third year subject to
product uptake. The Replas facility is located at 21 Reichert Drive Molendinar 4214
Queensland and complies with all state and local council regulations.
Replas in-confidence technology enables Replas to convert unviable resources through a
process of value-adding. Their objectives in material supply is directly related to partnering
with MRF and away from home recycling operators involved in collection and sorting waste
plastic packaging materials, corporations looking for an effective product stewardship
program and their ability to demonstrate a true closed loop approach in the packaging
supply chain.
The establishment of a new Replas Queensland manufacturing facility will create a new
demand for waste plastic packaging materials and develop markets which are not currently
in existence in Queensland. The project will also provide opportunities for many involved in
the recycling and collection of packaging materials and enable expansion in the recovery and
recycling of waste plastic packaging material.
The Replas Queensland project will initially offer and deliver a specially designed bollard that
is unique to the Queensland market. The initial production will commence with the recycling
of packaging material to produce the “Brolga Bollard” or the B4 vehicle barrier as classified
by Queensland Parks and Wildlife Services (QPWS) currently supplied in hardwood timber.
This is the most popular bollard in Queensland. It is used and specified by many of Replas
existing clients such as councils and property developers. The new bollard is a 200 mm x 100
mm and has a chamfered top. The company’s market research indicates that the new Replas
more sustainable and low maintenance version of the existing hardwood bollard will have an
initial market estimate of 3,000 units per year in Queensland alone. Other states have
already started to order this new product. Each unit weighs approximately 13 kg compared
to the existing product 18kgs. As demand grows additional new products will be locally
produced. Based on existing sales it is expected that the next product (another bollard) will
be in production early 2015.
The unique technology developed by Replas enables easy expansion due to its modular form.
The expansion is by means of adding additional moulding machines (The preparation line
already has excess capacity).
Replas is not dependent on offshore markets. The Replas recycling process enables consumer
packaging waste not only to be collected and baled but value added by transforming the
plastic waste into valuable products which are an alternative for timber, require less
maintenance and are better able to withstand harsh environmental conditions.
6. 6
Project Risks & Outcomes.
Location
One of the major risks a project like this is location.
The period of time it took to find a suitable site was
in excess of 12 months.
Each council area that we searched had different
offerings in available existing buildings and these
again were complicated by suitable industry zone
types. Not all councils have the same industrial
classed wording for industry usage, some are zoned
industry 1, some are classed heavy industry and
there were also variations with different operating hours. With all in mind the search for the
right location was very complicated covering most of SEQ.
Once a suitable location was found it then became a matter of does the selected building
have the right access to power? In our case we were lucky that we did find a right suitable
building, it was zoned industry 1 (Commercial) and allowed for 24/7 operation.
The project is located at 21 Reichert Drive Molendinar (Gold Coast) Queensland and covers
an area of approx. 3,000sqm including hardstand area.
Power Supply
The selected building did have access to a suitable
transformer on site however the building was not
connected to the transformer.
Repeat Plastic undertook a major investment in
excess of $30K to upgrade and install the power
needed to run the operation and complete the project
location aspect.
The outcome of this undertaking was that we had a
suitable building located in the correct zoned council location, the right custom designed
electrical fit out and enough power for our needs. The building now has in excess of 800
amps if needed. With this amount of power another risk was energy costs.
Energy Costs
With any major project energy costs play a vital role in costs and bottom line results. The
projects energy needs were sent out through our Victorian head office for tender.
The results of this process provided a large reduction in costs as based on traditional hook up
supply and demand in Queensland and also had a flow on effect which by an increase in use
on a national basis we were able to see a further reduction in our national usage rates and
charges for our facilities in Ballarat (Victoria) and R & D Centre Lilydale, (Victoria)
The outcome of this was substantial savings on standard supply and demand charges for the
project.
7. 7
Legal Compliance
The legal compliance issues for the project in Queensland required Replas to obtain an
authority to operate. This was a very time consuming & frustrating process. Under the
Queensland Environmental Protection ACT if you manufacture in excess of 50 tons of plastic
per year you require an ERA (Environmental Relevant Activity) permit. This is issued by the
DEHP however, monitored and applied for through the local relevant authority. In our case it
was the Gold Coast City Council. This complicated process took 10 weeks to reach conclusion
and if not for some help and advice from the GCCC may have taken longer.
The outcome was an authority to operate under guidelines as specified by the local authority
however this does not impact on the operations of the business.
Plant Set up & commissioning
The plant under the terms of the APC funding agreement was built and assembled at our
R & D centre in Victoria. Once each component was ready it underwent extensive testing&
monitoring prior to being packaged & transported to the new facility in Queensland.
The outcome was a turn-key facility that was ready to run subject to any transportation
issues. There were some small minor issues with lost programing during this period of set up
however these were overcome on site and the total installation and commissioning process
was completed in 8 weeks.
The outcome is a fully operational plant as outlined in our project submissions.
Achievements
The following achievements have been reached in project 148/12
The successful design of speciality recycling equipment for use in recycling waste
plastic packaging materials
Meeting the target of a more energy efficient production line (30% power savings
compared to current manufacturing technology used)
The successful design of an end product that has market acceptance (Brolga Bollard)
The deployment of a turnkey waste plastic recycling facility to South East Queensland
The successful transformation of 50 tons waste plastic packaging materials into
Brolga Bollards.
The product tag “Made in Queensland”
The equipment tags “ Uniquely Australian, complete recycling process”
Uptake of our “Made in Queensland” product.
The ability to divert waste plastic packaging materials from Queensland landfills
The successful processing of 50 tons of waste plastic packaging materials
Project completion.
8. 8
Materials Diverted
In November 2013 the Coles Red cycle program was rolled out in South East Queensland.
This involved the placement of waste plastic recycling stations in almost 110 Coles
supermarkets from as far up as Caloundra on the Sunshine Coast, down to Miami on the
Gold Coast and out to Beaudesert and Ipswich in the lower and Western Brisbane corridors.
The collection program covered two separate recyclable streams; these are termed front end
(post-consumer recycling) and back-end (store based materials). Both waste streams are
delivered to the Replas Recycling and manufacturing operations in Queensland.
The back end waste materials are baled up and sent to Red Group Victoria for further action
while all front end materials are stored ready for processing and use by our Queensland
operations. Since this program commenced in late 2013 to the writing of this report the data
below provides an indication of materials collected and delivered to the facility. We have
included other waste plastic packaging materials collected and recycled.
Back End
Front End
Other Material
Total
70
80
35
185
Total Tons
Tons
9. 9
Other major items recycled with Replas
Other recyclables collected included 71,000 pieces of plastic packaging used in the food &
Grocery manufacturing industry. These items were clean production run packaging that
either had faults or discontinued use products. Previously these had been sent to landfill. We
see a good opportunity to venture further into this market to supplement our raw material
requirements.
Picture: Waste Plastic Packaging from- Botanical Food Company (Palmwoods QLD)
Facility set up
The Replas Recycling& Manufacturing facility commenced set up in September with the first
of 4 semi- trailers arriving with tested equipment. Our team of technical staff assisted in the
installation of each and every component of the special equipment.
It was not long before we were ready to do a test run in October on the specially designed
Replas soft and rigid lines.
12. 12
Processing Capabilities
Replas designed and assembled to its own specifications a fully automated soft waste plastic
processing line. A hard waste plastic line was also added with full integrated automated
functions between the two lines.
The selection of waste material to be processed is all controlled by a single control panel
making easy use of the specially designed functions. (Images Restricted by IP).
The result was very impressive with over 50 tons of waste plastic packaging material
processed, ready to use for the production of not only our Brolga Bollard in Queensland but
most products in the Replas range. (Video available upon request – Restricted by IP)
Turning waste into sustainable products
The Replas project was based on our submissions to convert waste plastic packaging
materials into a product – Brolga Bollard.
Replas designed, built and assembled its most modern production machines ever, calling on
over 25 years of experience. Replas has delivered and succeeded in this task.
The machine developed is world leading and produces a product based on the use of the
processed waste plastic packaging material processed in the facility. The following pictures
show the specially designed Replas manufacturing machine being installed.
Pictures shows collected Cole’s
material after processing and
ready for re-use.
13. 13
Part of Replas moulder being
located into place
Replas moulder with safety cage
ready for robot installation
15. 15
The outcome
A picture is better than a thousand words!
“Made in Queensland” using waste plastic packaging materials collected through the
Queensland Red cycle program.
Picture above – Taking out the timber
Redlands Regional Council
Replas Brolga Bollards ready to
be shipped to clients.
16. 16
Product uptake
The project has enabled Replas to present to a wide range of clients a product that is truly
sustainable, cost effective and has a lifecycle that exceeds many traditional products.
Replas has a new product that is made from waste plastic packaging materials
manufactured in Queensland but sold nationally.
Pictured left.
Mr Keith Atkins Toowoomba Regional Council
the first to receive our Brolga Bollard.
Just some of the markets include
Contractors
Developers
Councils
Landscape designers
Fitness equipment
The product is now gaining momentum in the field of landscape designers and council design
departments where designs and construction parameters specify the use of products made
from recycled materials that are sustainable to the community and the environment.
Some such clients include:
Brisbane City Council
Redlands City Council
Toowoomba Regional Council
Sunshine Coast Regional Council
Cardno
Over 6,249 Brolga Bollards have now been used as a wood replacement product in
Australia. That’s 81,237 kilograms of waste plastic turned into a sustainable product.
17. 17
Increasing our recycling and plant expansion
To increase our recycling rates more education may be needed in the area of what Replas
terms “The Pull through Effect” the project needs more support in the area of understanding
that recycling is not sustainable unless product uptake increases, in this area plant expansion
is dependant.
More work also needs to done from a legislative perspective through the Local and State
Government procurement policies. We still see many instances where traditional materials
are used such as timber or other products and that are not “Made in Queensland”. If
Queensland is to increase its recycling rates, maintain and create jobs and come up to the
level of other states we need to act in this area.
Project Outcomes
The Replas project 148/12 has been a successful project and clearly
proves that the Australian Packaging Covenant has significant
benefit’s to industry, government and the community.
The Replas project is a first in Australia and perhaps in the world.
The design, construction and assembly of a waste plastic packaging
recycling plant that uses a material that previously went to landfill
in the manufacturing of a sustainable product.
It’s clear that through the Australian Packaging Covenant this
major project would not have happened.
The project fully endorses the APC strategic plan priorities and
targets.
The project is now ongoing and completed.
Please note that standard PPE
must be used at all times and
the level of PPE does increase
depending on the facilities level
of machine operation. These
may include ear muffs, eye
protection equipment, gloves
etc.
.Finished Replas Brolga Bollards being removed
from safety production cage
18. 18
Project Methodology Review
In reviewing the project, several aspects in the outcome and timing must be observed and
noted
Initial delays in signing contracts due to events beyond our control (Change of
Government.
The flow on effect in late 2012 leading into Christmas eventuated in a delay in
component procurement.
The initial reduction in funding by the Queensland Government due to previous
government excess expenditure and state debt position.
Flow on from reduced funding by QLD government meant reduced APC funding
totalling $150k less.
Several of the above actions especially in the reduced funding aspect did place additional
pressure on Replas finances and project methodology. The result was funds that could have
been committed on external work had to be undertaken in house which dramatically
increased the time taken to complete the project.
The experience of this project has been of great benefit. Replas now has a proven production
line that will be the basis for all future production lines in our Australian operations. The
software development has enabled better process control and monitoring. Our new
advances can now be incorporated in all future machinery. Replas has designed a turnkey,
compact waste plastic recycling plant that is affordable in any country.
The successful completion of this project now offers Replas an opportunity to potentially look
at other global equipment export markets.
Milestone Delivery Review:
Project Milestones Outcome / Deliverable Planned
Completion
Date
Actual
Completion
Date
Effectiveness /
Comment
5
6
Full production
Final Report
Full production Installation&
Completion of processing 5o
tons consumer packaging waste
Final Report
30/06/14
30/06/14
31/10/14
03/11/14
Delay based on design
and manufacturing
and getting it right.
Completed
1
The date of the variation as stated within the executed Funding Agreement is to be placed here unless the milestone was subject to an
agreed milestone variation.
2
The definition of completed milestone is where the APC has notified the recipient that the milestone evidence has been approved
20. 20
Lessons Learned
The main issues experienced in delivering this project was time and the evaluation process in
developing equipment fully able to deliver the outcomes required.
Replas has succeeded in processing a very complex range of materials.
The experience of this project has been of great benefit to all including Replas.
We now have a proven designed turnkey waste plastic recycling plant that is affordable in
any country.
Note from the project owners
Repeat Plastics Australia Pty Ltd would like to acknowledge the support of the Australian
Packaging Covenant and the Queensland Government through the Department of
Environment & Heritage Protection for the support and assisted funding of this wonderful
project.
The project has delivered one of the most advanced compact waste plastic recycling plants in
the world, capable of turning waste plastic into sustainable products.
Thank-you
Stewart Norton
Project Manager
Repeat Plastics Australia Pty Ltd