Understanding Bulk Rate Discount Options

Understanding Bulk Rate Discount Options

Overview of typical electronic devices and their functions

In the realm of commerce, where businesses strive to optimize their operations and maximize profits, the concept of bulk rate discounts stands as a beacon of opportunity. At its core, a bulk rate discount is an incentive offered by sellers to buyers who purchase goods or services in large quantities. This practice not only benefits the buyer through reduced costs but also aids the seller by encouraging higher sales volumes.


Understanding bulk rate discounts begins with examining their fundamental purpose: to move inventory quickly and efficiently while fostering customer loyalty. Businesses, especially those dealing with perishable goods or rapidly changing technology, often use these discounts as a strategic tool to clear stock before it becomes obsolete. By offering products at a lower unit price for larger purchases, companies can maintain cash flow and reduce storage costs.


From the buyer's perspective, bulk rate discounts present an attractive proposition. Purchasing in large quantities often results in significant savings compared to buying smaller amounts over time. They help homeowners reclaim valuable space in their properties concrete removal wilmington, nc. For businesses that require regular supplies of certain products-such as raw materials for manufacturing or office supplies-these savings can have a positive impact on their overall budget and profitability.


The implementation of bulk rate discounts can vary widely among industries and individual businesses. Some may offer tiered pricing structures, where the discount increases progressively with larger quantities purchased. Others might provide flat-rate reductions once a specific order threshold is met. This flexibility allows companies to tailor their discount strategies based on market demand and competitive pressures.


Moreover, understanding consumer behavior plays a crucial role in crafting effective bulk discount policies. Sellers must consider factors such as purchasing patterns, average order sizes, and customer feedback when determining discount levels that will entice buyers without eroding profit margins.


However, there are challenges associated with offering bulk rate discounts. For sellers, setting prices too low could potentially lead to diminishing returns or undervaluation of products. Additionally, businesses must be mindful of managing inventory levels effectively; while increased sales volume is beneficial, it should not come at the cost of overstocking or logistical inefficiencies.


In conclusion, bulk rate discounts serve as an essential component in the toolkit of both buyers and sellers aiming for economic efficiency and strategic growth. By understanding how these discounts function within different market contexts-and carefully balancing pricing strategies-businesses can harness them to foster mutually advantageous relationships with customers while ensuring sustainable operational success.

In the ever-evolving landscape of technology, e-waste management has emerged as a critical concern for businesses and individuals alike. As devices become obsolete at an accelerating pace, the need for efficient disposal methods becomes paramount. One compelling approach to addressing this challenge is through the utilization of bulk rate discounts in e-waste management. Understanding these options offers significant benefits, fostering both environmental sustainability and financial prudence.


Bulk rate discounts provide a cost-effective solution for managing large volumes of electronic waste. For businesses that generate substantial amounts of e-waste-such as tech companies, educational institutions, or large corporations-the financial savings can be considerable. By negotiating bulk rates with recycling companies or waste management services, organizations can significantly reduce the per-unit cost of disposing of outdated electronics. This strategy not only helps in cutting down expenses but also allows for budget allocation to other critical areas such as employee training or infrastructure development.


Moreover, embracing bulk rate discounts aligns with corporate social responsibility goals by promoting environmentally friendly practices. Recycling e-waste prevents hazardous materials-like lead, mercury, and cadmium-from contaminating soil and water sources. Companies that leverage bulk rate options are better positioned to ensure their discarded electronics are handled responsibly, thereby minimizing their ecological footprint. This proactive approach can enhance a company's reputation among environmentally conscious consumers and stakeholders who value sustainable business practices.


On a broader scale, utilizing bulk rate discounts supports the circular economy by facilitating the recycling and repurposing of valuable materials found in electronics. Metals like gold, silver, and copper can be extracted from old devices and reused in new products, reducing the demand for virgin resources. By engaging in bulk recycling initiatives, organizations contribute to this closed-loop system where waste is transformed into resources-an essential component in striving towards sustainability.


Additionally, understanding bulk rate discount options encourages strategic partnerships between businesses and specialized e-waste recyclers. These collaborations can foster innovation within the recycling industry as recyclers develop more efficient processes to handle larger quantities of waste effectively. Businesses benefit from improved service offerings while recyclers gain steady streams of material to process-a win-win situation that propels advancements in technology recycling.


In conclusion, the benefits of utilizing bulk rate discounts in e-waste management extend far beyond mere cost savings. They offer a pathway toward responsible environmental stewardship while reinforcing a company's commitment to sustainable practices. By understanding these discount options and integrating them into their waste management strategies, organizations not only enhance their operational efficiency but also contribute positively to global efforts aimed at protecting our planet's future. Embracing such initiatives reflects a forward-thinking mindset that recognizes the intricate balance between technological progress and ecological preservation-a balance crucial for long-term success and sustainability.

E-Waste Management Industry Grows Amid Push for Sustainable Electronics Recycling

E-Waste Management Industry Grows Amid Push for Sustainable Electronics Recycling

The e-waste management industry stands at a pivotal juncture, poised for transformative growth as global emphasis on sustainable practices intensifies.. As the world becomes increasingly digitized, the proliferation of electronic devices has led to a corresponding surge in electronic waste.

Posted by on 2024-12-07

Competitive Pricing in Junk Removal Services Sparks Consumer Awareness

Competitive Pricing in Junk Removal Services Sparks Consumer Awareness

In the realm of junk removal services, competitive pricing serves as a crucial tool not only for differentiating one business from another but also for elevating consumer awareness.. As a bustling industry with increasing demand, companies are constantly seeking innovative strategies to capture and retain customer attention.

Posted by on 2024-12-07

Cutting-Edge Technologies Transform the Landscape of E-Waste Processing

Cutting-Edge Technologies Transform the Landscape of E-Waste Processing

In the rapidly evolving landscape of technology, the problem of electronic waste, or e-waste, has become a pressing issue.. As we continue to innovate at breakneck speed, outdated electronics are accumulating at alarming rates, posing significant environmental and health risks.

Posted by on 2024-12-07

Stages of the Electronic Device Lifecycle

Understanding bulk rate discount options in e-waste processing is crucial for both businesses and consumers aiming to manage electronic waste efficiently and cost-effectively. As the world becomes increasingly digital, the accumulation of obsolete electronic devices has grown exponentially, posing significant environmental challenges. E-waste processing companies offer bulk rate discounts as an incentive to encourage large-scale recycling, which is beneficial for reducing landfill waste and recovering valuable materials. To comprehend these discount offers, it is essential to explore the key factors that influence them.


One primary factor influencing bulk rate discounts is volume. Companies typically provide more substantial discounts for larger quantities of e-waste because increased volume allows for economies of scale. Processing a larger batch of e-waste often requires fewer resources per unit compared to handling smaller amounts separately. This efficiency enables companies to pass on savings to customers through discounted rates.


Another significant factor is the type and composition of e-waste. Different electronic products contain varying levels of recoverable materials such as precious metals like gold, silver, and palladium. E-waste with a higher concentration of these materials may be eligible for better discount rates since they offer greater potential value recovery. Conversely, items with hazardous components or those that require specialized handling might incur additional costs that could affect the overall discount offered.


The market demand for recovered materials also plays a role in determining bulk rate discounts. Fluctuations in global commodity prices can influence how much processors are willing to pay or charge for specific types of e-waste materials. For instance, if there is a high demand for recycled copper, processors might be more inclined to offer competitive rates on bulk lots containing copper-rich electronics.




Understanding Bulk Rate Discount Options - debris

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Furthermore, logistical considerations such as transportation and storage capabilities impact discount structures. Companies need efficient systems to manage large volumes of incoming e-waste without incurring excessive costs related to shipping or warehousing. Clients who can facilitate easier collection or delivery processes may receive more favorable terms.


Lastly, partnerships between e-waste processors and organizations generating substantial amounts of electronic waste can lead to tailored discount arrangements. Long-term contracts or agreements with consistent supply volumes often result in better rates due to the predictability and stability they provide both parties involved.


In summary, understanding bulk rate discount options in e-waste processing involves examining several interrelated factors including volume, material composition, market demand for recovered elements, logistical efficiencies, and collaborative partnerships. By considering these elements carefully when negotiating with recyclers or service providers offering such discounts on their services businesses stand poised not only save money but also contribute positively toward sustainable practices within this critical industry sector today!

Stages of the Electronic Device Lifecycle

Design and manufacturing processes

In today's competitive market, businesses and consumers alike are constantly seeking ways to maximize value and minimize costs. One of the most effective strategies for achieving this is through bulk rate discounts. Understanding the criteria and requirements for qualifying for these discounts can be a game-changer, enabling significant savings and optimizing purchasing budgets.


Bulk rate discounts are essentially price reductions offered by suppliers to buyers who purchase goods or services in large quantities. These incentives benefit both parties: suppliers enjoy increased sales volume, while buyers take advantage of lower prices per unit. However, qualifying for these discounts often involves meeting specific criteria set forth by the supplier.


First and foremost, the primary criterion for obtaining a bulk rate discount is the volume of purchase. Suppliers typically specify a minimum quantity that must be met to qualify for discounted pricing. This threshold varies widely depending on the industry, product type, and supplier policies. For example, a manufacturer might require a minimum order of 1,000 units to offer a discount, whereas a service provider might offer reduced rates only when certain usage levels are reached.


Another important factor is the frequency of orders. Some suppliers provide additional incentives to customers who commit to regular purchases over time rather than one-time bulk buys. Establishing an ongoing relationship with consistent order patterns can lead to favorable terms such as extended payment periods or exclusive access to new products or services.


Furthermore, creditworthiness plays a crucial role in accessing bulk rate discounts. Suppliers need assurance that they will receive payment on time; hence, they often evaluate a buyer's financial stability before extending discounted rates. Businesses with strong credit histories are more likely to secure favorable terms than those with questionable financial standing.


Negotiation skills also come into play when seeking bulk rate discounts. While many suppliers have set guidelines for offering such deals, there is often room for negotiation based on factors like long-term partnership potential or competitive offers from other vendors. Buyers who demonstrate their value as loyal customers may successfully negotiate better terms beyond standard offerings.


In addition to these criteria, some industries impose specific requirements related to logistics or storage capabilities-especially when dealing with perishable goods or sensitive materials-to ensure buyers can handle large shipments efficiently without compromising quality standards.


Understanding how these elements interact allows businesses not only to meet eligibility requirements but also strategically position themselves within supply chains at advantageous cost points-a vital aspect amidst fluctuating market conditions where every dollar counts towards maintaining profitability margins while delivering superior value propositions across customer bases globally.


In conclusion, navigating through various options available under bulk rate discount programs requires careful analysis backed by informed decision-making processes aligned closely alongside organizational goals aimed squarely at maximizing resources optimally deployed throughout operational frameworks designed specifically around meeting both immediate needs alongside longer-term aspirations geared toward sustaining growth trajectories indefinitely moving forward into ever-evolving marketplaces worldwide today!

Usage phase: maintenance and longevity

In the rapidly evolving landscape of e-waste processing, businesses are continuously seeking innovative strategies to enhance efficiency and reduce costs. One such strategy that has gained prominence is the implementation of bulk rate discounts. This approach not only incentivizes increased volume but also fosters stronger partnerships between e-waste processors and their clients.

Understanding Bulk Rate Discount Options - debris

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By examining successful case studies, we can glean valuable insights into how bulk rate discounts are transforming the industry.


At its core, the concept of bulk rate discounts in e-waste processing hinges on the principle that larger volumes of waste yield cost benefits that can be passed down to clients. This encourages companies to consolidate their e-waste shipments, thereby streamlining operations for both parties involved. Implementing such a model requires careful planning and execution to ensure that the financial incentives align with operational capabilities.


One notable success story comes from a leading e-waste processor based in North America, which implemented a tiered discount system based on volume thresholds. Clients who exceeded certain weight limits per shipment were offered significant price reductions, making it economically viable for them to send larger quantities less frequently. This arrangement led to a win-win situation: clients benefited from lower prices while the processor achieved higher throughput rates and optimized logistics management.


Another exemplary case study involves an European firm specializing in recycling electronic components. They introduced bulk rate discounts as part of their sustainability initiative, aiming to encourage responsible disposal practices among tech manufacturers. By offering attractive pricing models for bulk disposals, they managed to capture a substantial market share and significantly increase their collection rates within just two years. The success was attributed not only to competitive pricing but also to transparent communication about how each client's participation contributed positively toward environmental goals.


The key takeaway from these case studies is that successful implementation of bulk rate discounts requires more than just adjusting price lists; it demands strategic alignment with business objectives and customer engagement efforts. Companies must clearly communicate the benefits of such programs while ensuring they have adequate infrastructure in place to handle increased volumes efficiently. Additionally, building long-term relationships with clients by emphasizing shared values-such as sustainability-can further enhance the effectiveness of these discount options.


In conclusion, understanding and implementing bulk rate discount options in e-waste processing presents a compelling opportunity for businesses looking to optimize their operations and foster loyalty among clients committed to sustainable practices. As illustrated by these case studies, when executed thoughtfully, this approach not only reduces costs but also drives positive industry-wide change by encouraging more responsible handling of electronic waste.

End-of-Life Management for Electronic Devices

When businesses or consumers consider purchasing goods in bulk, the allure of bulk rate discounts often shines brightly. These discounts promise substantial savings, making them an attractive option for both small and large enterprises aiming to optimize their budget. However, while the appeal of reduced costs is undeniable, there are several challenges and considerations that must be addressed before opting for bulk rate discounts.


Firstly, storage logistics present a significant challenge. Buying in bulk requires adequate space to store large quantities of products. Businesses need to evaluate whether they have sufficient storage facilities without incurring additional rental or maintenance costs. For those lacking warehouse capabilities, the expense of securing suitable storage can quickly erode the savings gained from bulk purchasing.


Another important consideration is cash flow management. Bulk purchases require a substantial upfront investment, which can strain financial resources. Companies must ensure they have the liquidity to support such expenditures without compromising other critical areas of operation. This consideration is particularly crucial for small businesses with limited capital reserves.


Additionally, predicting demand accurately is vital when contemplating bulk purchases. Overestimating demand can lead to excess inventory, which ties up capital and may result in financial losses if products expire or become obsolete before they are sold. Conversely, underestimating demand might leave businesses unable to capitalize on potential sales opportunities due to insufficient stock levels.


Quality control also becomes more complex when buying in large quantities. Companies must be confident in the quality and consistency of the products they are purchasing since any defects or issues will be multiplied across the entire order. Establishing a comprehensive quality assurance process is essential to mitigate this risk and ensure customer satisfaction.


Furthermore, supplier reliability is a critical factor when engaging in bulk transactions. Businesses should conduct thorough research into potential suppliers' reputations and track records before committing to a purchase agreement. Securing favorable terms and establishing strong relationships with reliable suppliers can help prevent supply chain disruptions that might affect business operations.


Finally, market trends and changes in consumer preferences should be considered when deciding on bulk purchases. Industries with rapidly changing dynamics might face difficulties selling outdated products if consumer tastes shift unexpectedly after placing a large order.


In conclusion, while bulk rate discounts offer appealing cost savings, careful planning and strategic considerations are essential components for success. By addressing challenges related to storage logistics, cash flow management, demand forecasting, quality control, supplier reliability, and market trends, businesses can maximize their benefits from these discounts while minimizing risks associated with large-scale procurement decisions. Ultimately, understanding these factors will enable companies to make informed choices that align with their operational goals and long-term strategies.

Identifying when a device reaches its end-of-life

In today's rapidly advancing technological landscape, the issue of electronic waste (e-waste) has emerged as a significant environmental challenge. As consumers and businesses continually upgrade their devices, the accumulation of obsolete electronics grows at an alarming rate. One promising solution to mitigate this problem lies in the efficient processing and recycling of e-waste through bulk rate discount options. Understanding these options is crucial for organizations seeking to sustainably manage their discarded electronics while benefiting from economic incentives.


Bulk rate discount options offer a pragmatic approach to e-waste processing by providing cost-effective solutions for large-scale disposal. These options are particularly advantageous for businesses that produce substantial quantities of e-waste due to frequent technology upgrades or large-scale operations. By negotiating with certified e-waste recyclers, companies can secure discounted rates based on the volume of waste they generate. This not only reduces disposal costs but also encourages responsible recycling practices.


The future trends in bulk rate discount options for e-waste processing indicate a shift towards more sophisticated and sustainable models. As awareness about environmental issues continues to rise, both consumers and businesses are demanding greener solutions. In response, recyclers are likely to innovate their services to offer more attractive discounts that align with sustainability goals. This could include integrating advanced sorting technologies that enhance material recovery rates or adopting eco-friendly processes that minimize carbon footprints.


Moreover, collaboration between stakeholders is expected to play a pivotal role in shaping these trends. Governments, non-profit organizations, and private entities may work together to standardize regulations and promote best practices in e-waste management. Such collaboration could lead to the establishment of industry-wide benchmarks for bulk rate discounts, ensuring transparency and fairness across the board.


Technology will also be a driving force behind future developments in this arena. The advent of blockchain technology offers opportunities for improving traceability and accountability within the recycling supply chain. By leveraging blockchain, recyclers can provide verifiable data on how much waste is processed and recycled responsibly, thereby building trust with clients who seek assurance about their environmental commitments.


In conclusion, understanding bulk rate discount options for e-waste processing is essential as we move towards a more sustainable future. By capitalizing on these options, businesses can not only reduce their operational costs but also contribute positively to environmental conservation efforts. As trends evolve, embracing innovative technologies and fostering collaborative partnerships will be key factors in optimizing these discount schemes for maximum impact-ultimately paving the way for a cleaner planet where electronic waste is managed responsibly and efficiently.



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Home appliance
two electric kettles, a drip coffee maker, and a toaster on a table top
Home appliances may be used in kitchens
Industry Food and beverages, health care
Application Kitchens and laundry rooms
Wheels In some cases
Examples Refrigerator, toaster, kettle, microwave, blender

A home appliance, also referred to as a domestic appliance, an electric appliance or a household appliance,[1] is a machine which assists in household functions[2] such as cooking, cleaning and food preservation.

The domestic application attached to home appliance is tied to the definition of appliance as "an instrument or device designed for a particular use or function".[3] Collins English Dictionary defines "home appliance" as: "devices or machines, usually electrical, that are in your home and which you use to do jobs such as cleaning or cooking".[4] The broad usage allows for nearly any device intended for domestic use to be a home appliance, including consumer electronics as well as stoves,[5] refrigerators, toasters[5] and air conditioners.

The development of self-contained electric and gas-powered appliances, an American innovation, emerged in the early 20th century. This evolution is linked to the decline of full-time domestic servants and desire to reduce household chores, allowing for more leisure time. Early appliances included washing machines, water heaters, refrigerators, and sewing machines. The industry saw significant growth post-World War II, with the introduction of dishwashers and clothes dryers. By the 1980s, the appliance industry was booming, leading to mergers and antitrust legislation. The US National Appliance Energy Conservation Act of 1987 mandated a 25% reduction in energy consumption every five years. By the 1990s, five companies dominated over 90% of the market.

Major appliances, often called white goods, include items like refrigerators and washing machines, while small appliances encompass items such as toasters and coffee makers.[6] Product design shifted in the 1960s, embracing new materials and colors. Consumer electronics, often referred to as brown goods, include items like TVs and computers.[7] There is a growing trend towards home automation and internet-connected appliances. Recycling of home appliances involves dismantling and recovering materials.

History

[edit]
Early 20th century electric toaster

While many appliances have existed for centuries, the self-contained electric or gas powered appliances are a uniquely American innovation that emerged in the early twentieth century. The development of these appliances is tied to the disappearance of full-time domestic servants and the desire to reduce the time-consuming activities in pursuit of more recreational time. In the early 1900s, electric and gas appliances included washing machines, water heaters, refrigerators, kettles and sewing machines. The invention of Earl Richardson's small electric clothes iron in 1903 gave a small initial boost to the home appliance industry. In the Post–World War II economic expansion, the domestic use of dishwashers, and clothes dryers were part of a shift for convenience. Increasing discretionary income was reflected by a rise in miscellaneous home appliances.[8][9][self-published source]

In America during the 1980s, the industry shipped $1.5 billion worth of goods each year and employed over 14,000 workers, with revenues doubling between 1982 and 1990 to $3.3 billion. Throughout this period, companies merged and acquired one another to reduce research and production costs and eliminate competitors, resulting in antitrust legislation.

The United States Department of Energy reviews compliance with the National Appliance Energy Conservation Act of 1987, which required manufacturers to reduce the energy consumption of the appliances by 25% every five years.[8]

In the 1990s, the appliance industry was very consolidated, with over 90% of the products being sold by just five companies. For example, in 1991, dishwasher manufacturing market share was split between General Electric with 40% market share, Whirlpool with 31%, Electrolux with 20%, Maytag with 7% and Thermador with just 2%.[8]

Major appliances

[edit]
Swedish washing machine, 1950s

Major appliances, also known as white goods, comprise major household appliances and may include: air conditioners,[10] dishwashers,[10] clothes dryers, drying cabinets, freezers, refrigerators,[10] kitchen stoves, water heaters,[10] washing machines,[10] trash compactors, microwave ovens, and induction cookers. White goods were typically painted or enameled white, and many of them still are.[11]

Small appliances

[edit]
Small kitchen appliances
The small appliance department at a store

Small appliances are typically small household electrical machines, also very useful and easily carried and installed. Yet another category is used in the kitchen, including: juicers, electric mixers, meat grinders, coffee grinders, deep fryers, herb grinders, food processors,[12] electric kettles, waffle irons, coffee makers, blenders,[12] rice cookers,[5] toasters and exhaust hoods.

Product design

[edit]

In the 1960s the product design for appliances such as washing machines, refrigerators, and electric toasters shifted away from Streamline Moderne and embraced technological advances in the fabrication of sheet metal. A choice in color, as well as fashionable accessory, could be offered to the mass market without increasing production cost. Home appliances were sold as space-saving ensembles.[13]

Consumer electronics

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Consumer electronics or home electronics[10] are electronic (analog or digital) equipment intended for everyday use, typically in private homes. Consumer electronics include devices used for entertainment, communications and recreation. In British English, they are often called brown goods by producers and sellers, to distinguish them from "white goods" which are meant for housekeeping tasks, such as washing machines and refrigerators, although nowadays, these could be considered brown goods, some of these being connected to the Internet.[14][n 1] Some such appliances were traditionally finished with genuine or imitation wood, hence the name. This has become rare but the name has stuck, even for goods that are unlikely ever to have had a wooden case (e.g. camcorders). In the 2010s, this distinction is absent in large big box consumer electronics stores, which sell both entertainment, communication, and home office devices and kitchen appliances such as refrigerators. The highest selling consumer electronics products are compact discs.[16] Examples are: home electronics, radio receivers, TV sets,[5] VCRs, CD and DVD players,[5] digital cameras, camcorders, still cameras, clocks, alarm clocks, computers, video game consoles, HiFi and home cinema, telephones and answering machines.

Life spans

[edit]

A survey conducted in 2020 of more than thirteen thousand people in the UK revealed how long appliance owners had their appliances before needing to replace them due to a fault, deteriorating performance, or the age of the appliance.

 
Appliance Longest average estimated lifespan Shortest average estimated lifespan
Washing machine 21 years 13 years
Tumble dryer 24 years 17 years
Dishwasher 22 years 13 years
Built-in oven 29 years 23 years
Fridge freezer 24 years 14 years
Fridge 29 years 18 years

Home automation

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There is a trend of networking home appliances together, and combining their controls and key functions.[18] For instance, energy distribution could be managed more evenly so that when a washing machine is on, an oven can go into a delayed start mode, or vice versa. Or, a washing machine and clothes dryer could share information about load characteristics (gentle/normal, light/full), and synchronize their finish times so the wet laundry does not have to wait before being put in the dryer.

Additionally, some manufacturers of home appliances are quickly beginning to place hardware that enables Internet connectivity in home appliances to allow for remote control, automation, communication with other home appliances, and more functionality enabling connected cooking.[18][19][20][21] Internet-connected home appliances were especially prevalent during recent Consumer Electronics Show events.[22]

Recycling

[edit]
New Orleans, Louisiana, United States after Hurricane Katrina: mounds of trashed appliances with a few smashed automobiles mixed in, waiting to be scrapped

Appliance recycling consists of dismantling waste home appliances and scrapping their parts for reuse. The main types of appliances that are recycled are T.V.s, refrigerators, air conditioners, washing machines, and computers. It involves disassembly, removal of hazardous components and destruction of the equipment to recover materials, generally by shredding, sorting and grading.[23]

See also

[edit]
  • Domestic technology – Usage of applied science in houses
  • Home automation – Building automation for a home

Notes

[edit]
  1. ^ "Brown" from the bakelite and wood-veneer finishes typical on 1950s and 1960s radio and TV receivers, and in contrast to "white goods".[15]

References

[edit]
  1. ^ "Household Appliance". Lexico Dictionaries | English. Archived from the original on 1 August 2020. Retrieved 25 April 2020.
  2. ^ "appliance (definition)". Merriam-Webster. Retrieved 4 May 2015.
  3. ^ "Appliance". Merriam Webster. Retrieved 24 July 2013.
  4. ^ "Definition of household appliances". Collins Dictionary. Retrieved 24 July 2013.
  5. ^ a b c d e Bulletin, Manila (9 November 2014). "Tips to ensure safety of home appliances". Manila Bulletin. Archived from the original on 5 May 2015. Retrieved 5 May 2015.
  6. ^ "white goods". Collins English Dictionary. Retrieved 5 December 2014.
  7. ^ "brown goods". Collins English Dictionary. Retrieved 5 December 2014.
  8. ^ a b c Encyclopedia of American Industries Volume 1. Gale Research. 1994.
  9. ^ George, William (2003). Antique Electric Waffle Irons 1900-1960: A History of the Appliance Industry in 20th Century America. Trafford Publishing. p. 1. ISBN 978-1-55395-632-7.[self-published source]
  10. ^ a b c d e f "Efficient Appliances Save Energy -- and Money". Natural Resources Defense Council. Retrieved 4 May 2015.
  11. ^ "White Goods". www.icfdc.com. Data monitor, Static.scrib. Retrieved 6 May 2015.
  12. ^ a b "Best Small Appliances — Small Appliance Reviews". Consumer Reports. 29 May 2014. Retrieved 5 May 2015.
  13. ^ David Raizman (2003). History of Modern Design: Graphics and Products Since the Industrial Revolution. Laurence King. p. 336. ISBN 9781856693486.
  14. ^ "brown goods". Collins English Dictionary. Archived from the original on 8 December 2014. Retrieved 5 December 2014.
  15. ^ McDermott, Catherine (30 October 2007). Design: The Key Concepts. Routledge. p. 234. ISBN 9781134361809. Archived from the original on 18 April 2016. Retrieved 5 December 2014.
  16. ^ "Compact disc hits 25th birthday". BBC News. BBC. 17 August 2007. Retrieved 15 October 2019.
  17. ^ Pratt, Martin. "How long should you expect your large kitchen appliances to last?". Which?. Retrieved 27 June 2021.
  18. ^ a b Michelle, Bangert (1 September 2014). "Getting Smarter All the Time: The Appliance Landscape Continues to Evolve with the Rise of Internet-Connected Devices". Appliance Design. BNP Media. Archived from the original on 24 September 2015. Retrieved 5 May 2015.
  19. ^ Essers, Loek (10 December 2013). "Home appliance makers connect with open source 'Internet of things' project". Computerworld. Archived from the original on 24 October 2018. Retrieved 5 May 2015.
  20. ^ Baguley, Richard; McDonald, Colin. "Appliance Science: The Internet of Toasters (and other things)". CNET. Retrieved 5 May 2015.
  21. ^ Hitchcox, Alan (February 2015). "The Internet of uncertainty". Hydraulics & Pneumatics. 68 (2): 8.
  22. ^ "Appliances of the Future Will Be Able to 'Talk' over Internet". The Mercury. 15 January 2015. Archived from the original on 24 September 2015. Retrieved 5 May 2015.
  23. ^ Buekens, A.; Yang, J. (2014). "Recycling of WEEE plastics: A review". The Journal of Material Cycles and Waste Management. 16 (3): 415–434. Bibcode:2014JMCWM..16..415B. doi:10.1007/s10163-014-0241-2. S2CID 108437684.

Further reading

[edit]
  • Du, Z. (2012). "The Application Research of Small Home Appliance Product Based on Computer Aided Ergonomics". Proceedings of the 2012 International Conference of Modern Computer Science and Applications. Advances in Intelligent Systems and Computing. Springer. pp. 522–528. ISBN 978-3-642-33030-8.
  • Kriske, Rob; Kriske, Mary (July/August 1984). "Home Appliance Repair". Mother Earth News. Accessed May 2015.
  • "New computerized home appliance to assist with caring for the elderly". Rockdale Citizen. 8 April 2015. Retrieved 5 May 2015.
[edit]

 

 

Habitat for Humanity International
Founded 1976; 48 years ago (1976)
Americus, Georgia, U.S.
Founders Millard Fuller
Linda Fuller
Type Non-profit, interest group, Christian
Location
    • Atlanta, Georgia, U.S. (Administrative headquarters)
    • Americus, Georgia, U.S. (Global/international headquarters)
Services "Building simple, decent and affordable housing"
Fields Protecting human rights
Key people
Jonathan Reckford, CEO
Website www.habitat.org

Habitat for Humanity International (HFHI), generally referred to as Habitat for Humanity or Habitat, is a U.S. non-governmental, and tax-exempt 501(C)(3) Christian nonprofit organization which seeks to build affordable housing.[1] The international operational headquarters are located in Americus, Georgia, United States, with the administrative headquarters located in Atlanta.[2] As of 2023, Habitat for Humanity operates in more than 70 countries.[3]

Habitat for Humanity works to help build and improve homes for families of low-income or disadvantaged backgrounds. Homes are built using volunteer labor, including that of Habitat homeowners through the practice of sweat equity, as well as paid contractors for certain construction or infrastructure activities as needed.[4] Habitat makes no profit from the sales.[2]

The organization operates with financial support from individuals, philanthropic foundations, corporations, government entities, and mass media companies.[5]

History

[edit]

Habitat for Humanity traces its roots to the establishment of the Humanity Fund by attorney Millard Fuller, his wife Linda, and Baptist theologian and farmer Clarence Jordan in 1968 at Koinonia Farm, an intercultural Christian intentional community farming community in Sumter County, Georgia, United States.[6] With the funds, 42 homes were built at Koinonia for families in need. In 1973, the Fullers decided to try the concept at a Christian Church (Disciples of Christ) mission in Mbandaka, Democratic Republic of Congo. After three successful years, the Fullers returned to the United States and founded Habitat for Humanity in 1976.[7]

In 2022, in Tempe, Arizona, Habitat for Humanity 3D-printed walls for a house when not enough labor was available.[8]

Ongoing programs

[edit]

A Brush With Kindness

[edit]

Habitat for Humanity's A Brush With Kindness is a locally operated program serving low-income homeowners who struggle to maintain the exterior of their homes. The program is a holistic approach to providing affordable housing and assisting communities as well as families. Groups of volunteers help homeowners with exterior maintenance. This typically includes painting, minor exterior repairs, landscaping, weatherization and exterior clean-up.[9]

Affiliates

[edit]
Dedication of Habitat for Humanity homes in Greenville, North Carolina

Jacksonville

[edit]

Habitat for Humanity of Jacksonville (called HabiJax), is one of the larger affiliate of Habitat for Humanity (HFH) in the United States. Habijax was named the eighth-largest homebuilder in the United States by Builder magazine for 2009.[10] HabiJax in 2023 marked 35 years of service and has provided homes to over 2,300 families.[11][12]

History

[edit]

The HabiJax affiliate was founded in 1988 by nine unnamed representatives from congregations in Jacksonville. Initial funding was secured from the Jessie Ball duPont Fund. Their first project was a house donated by the South Jacksonville Presbyterian Church that was moved, setup and rehabilitated for the first HabiJax homeowner family.[13]

New York City

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Habitat for Humanity New York City and Westchester County (Habitat NYC and Westchester) was founded in 1984 as an independent affiliate, serving families across the five boroughs through home construction and preservation, beginning with their first build on the Lower East Side, during the first-ever Jimmy & Rosalynn Carter Work Project.[14] This 19-unit building on East 6th Street, the first Habitat building in New York City, was completed in December 1986. In 1995, four different New York City affiliates united to form one affiliate—Habitat NYC. In 2020, the affiliate expanded its work into Westchester, becoming Habitat NYC and Westchester.[15] Karen Haycox was appointed CEO of Habitat NYC and Westchester in August 2015.[16]

Other special initiatives

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Habitat Bicycle Challenge

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The Habitat Bicycle Challenge (HBC), a nine-week, coast-to-coast bicycle trip undertaken to raise funds for Habitat for Humanity of Greater New Haven and to increase awareness of Habitat for Humanity in general, took place annually from 1995 to 2007. Prior to embarking in June on the 4,000-mile (6,400 km) trek, participants engaged in a seven-month fundraising campaign for Habitat for Humanity of Greater New Haven. Once on the road, they served as roaming advertisements for Habitat and gave nightly presentations explaining Habitat's mission to their hosts, usually church congregations. They also took part in builds with local Habitat chapters along the way. At its height, HBC attracted about 90 participants a year, all aged 18 to 24 and about half coming from Yale University. Each rider traveled one of three routes: New Haven to San Francisco, New Haven to Portland, or New Haven to Seattle. By 2004 HBC had become the single largest yearly fundraiser for any Habitat affiliate in the world, raising about $400,000 a year. However, amid growing safety concerns, Habitat for Humanity of Greater New Haven was forced to announce the cancellation of HBC in September 2007.[17]

Criticism

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Safety of volunteers

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Habitat for Humanity construction has led to serious injuries or death to some volunteers.[18][19][20]

Cost-effectiveness

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Habitat has been criticized for its slow and inefficient rebuilding efforts along the Gulf Coast after Hurricanes Katrina and Rita.[21]

An article in the Weekly Standard, an American opinion magazine, questioned the cost-effectiveness of Habitat building projects. To estimate cost effectiveness, The Weekly Standard alleged that all costs associated with building a Habitat home must be used, including the cost of volunteer time and training.[22]

Habitat affiliates in the region have remained some of the largest homebuilders in their areas and have received numerous awards and acknowledgements for their work in building quality homes.[23]

Partnering with low-income families

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Families are required to show an ability to pay for their home in addition to the need for housing. With these requirements, homeless and low-income families may fail to qualify for a Habitat home. Most American Habitat affiliates perform credit checks and criminal record checks on applicants before partnering with them for the construction of a home. Some critics therefore allege that Habitat misrepresents the nature of its work by partnering with families that might be considered nearly "middle-income".[22] To address this, many Habitat affiliates in the United States partner only with families that fall below the government-set "poverty line" for their area. The current poverty rate is measured according to the United States Department of Health and Human Services Poverty Guidelines.[24]

Ousting of the founder

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The Habitat board investigated Millard Fuller for sexual harassment but found "insufficient proof of inappropriate conduct." Some Fuller supporters claim that the firing was due to a change in corporate culture.[25]

Before Fuller's termination, attempts were made by former President Jimmy Carter to broker an agreement that would allow Fuller to retire with his $79,000 salary intact; when Fuller was found to have violated the non-disclosure portion of this agreement, he was subsequently fired, and his wife, Linda was also fired.[26]

See also

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  • Architecture for Humanity
 

References

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  1. ^ "Charity Navigator". www.charitynavigator.org. Retrieved 20 May 2024.
  2. ^ a b "Habitat for Humanity fact sheet". Habitat for Humanity International. Retrieved 11 February 2013.
  3. ^ "Habitat's history". Habitat for Humanity. Retrieved 31 January 2020.
  4. ^ "West Tuality Habitat for Humanity Completes Kidd Court Development, Celebrates Homeowner". West Tuality Habitat for Humanity. Retrieved 24 August 2023.
  5. ^ "Corporate and foundation partners". Habitat for Humanity. 2022. Archived from the original on 21 July 2022. Retrieved 22 July 2022.
  6. ^ Hatfield, Edward, Habitat for Humanity International, georgiaencyclopedia.org, USA, 2020
  7. ^ Helmut K. Anheier, Stefan Toepler, International Encyclopedia of Civil Society, Springer Science & Business Media, USA, 2009, p. 817
  8. ^ Davis-Young, Katherine (11 January 2022). "3D printed houses may be the future of the construction industry". NPR. Retrieved 20 January 2022.
  9. ^ "Huntington Police Team with Habitat's Brush of Kindness". Huntington News. Retrieved 22 October 2014.
  10. ^ Harding, Abel. "Habitat for Humanity now one of nation's ten largest homebuilders". Jacksonville.com. Florida Times-Union. Retrieved 3 July 2010.
  11. ^ Patrick, Steve (4 August 2020). "HabiJax to build tiny houses in Lackawanna". News4jax.com. WJXT News4JAX.com. Retrieved 11 August 2023.
  12. ^ Baldwin, Kerry. "Our Saviour Habijax ministry members give deserving families "a hand up rather than a handout"". Episcopal Church of Our Saviour. Retrieved 11 August 2023.
  13. ^ O'Rourke, Mary Kay (29 March 2018). "HabiJax is committed to building both homes and hope". Jacksonville.com. Florida Times-Union. Retrieved 14 August 2023.
  14. ^ "Our Story". habitatnycwc.org. Retrieved 29 November 2023.
  15. ^ "Westchester County". habitatnycwc.org. Retrieved 29 November 2023.
  16. ^ Habitat for Humanity (17 August 2015). "Karen Haycox Named CEO of Habitat for Humanity New York City" (Press release). PR Newswire. Retrieved 24 May 2017.
  17. ^ "Daniel Lewis et al. v. Habitat for Humanity of Greater New Haven, Inc. et al".
  18. ^ Todd, Jennifer (5 August 2010). "Volunteer dies in accident". LancasterOnline. Retrieved 21 January 2016.
  19. ^ "OSHA's reach falls short of nonprofits". The Daily Reporter. 9 September 2008. Retrieved 21 January 2016.
  20. ^ "DeVries v. Paterson Habitat for Humanity". Archived from the original on 27 February 2014. Retrieved 24 February 2014.
  21. ^ Eaton, Leslie; Strom, Stephanie (22 February 2007). "Volunteer Group Lags in Replacing Gulf Houses". The New York Times. Retrieved 2 August 2011.
  22. ^ a b Chalk, Philip (13 June 2005). "Jimmy Carter's Favorite Charity". The Weekly Standard. 10 (37). New York: News America Publishing. ISSN 1083-3013. Archived from the original on 9 February 2013. (subscription required)
  23. ^ "Habitat for Humanity builds $90,000 green Miss. gem". USA Today.
  24. ^ Office of the Assistant Secretary for Planning and Evaluation (31 January 2011). "Poverty Guidelines, Research, and Measurement". Department of Health and Human Services. Archived from the original on 2 March 2011. Retrieved 2 August 2011.
  25. ^ Jewell, Jim (7 February 2005). "Questions Follow Fuller's Firing from Habitat for Humanity". Christianity Today. Retrieved 2 August 2011.
  26. ^ Cooperman, Alan (9 March 2005). "Harassment Claims Roil Habitat for Humanity". The Washington Post. p. A1. Archived from the original on 17 September 2012.
[edit]
  • Official website Edit this at Wikidata
  • Habitat Armenia

 

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