EMF Wellness Equipment: Wellness, Light Therapy & Research Equipment – Due to our family’s upcoming relocation, we are offering our collection of high-quality wellness, research, and environmental optimization equipment at significantly reduced prices.

Guest post by A. Lech — 09 June 2026

Premium Photobiomodulation (PBM), Red/NIR/UVA Systems, Water Treatment Equipment, EMF Tools, Research Instruments & Books

Photos & Pricing

Detailed photographs and individual pricing are available in the attached posters:

Purchase Information

• Location: Cape Town
• Payment: Cash or EFT
• Collection: Preferred
• Delivery: Possible for larger purchases by arrangement
• Contact: Whatsapp +27  63 787 9030 (reference EMFSA for priority response)
• Limited stock available.
• Once sold, items will not be replaced.

Background & Context

These items originate from a long-term home-based research and environmental design project focused on photobiomodulation (PBM), therapeutic lighting environments, low-EMF living systems, water quality and transformation, sensory regulation, and wellness-oriented home design.

A key focus of this work involved the creation of supportive home environments for neurodivergent individuals, including autism-related sensory and environmental considerations. The emphasis was on practical, lived-in application of environmental tools to better understand comfort, regulation, and day-to-day functional support.

Why These Systems Were Selected

• Targeted red/NIR, UVA, and full-spectrum lighting systems used in environments focused on cellular energy support, recovery, and overall wellness.
• Water filtration and transformation tools designed to support water quality and hydration-focused living environments.
• EMF-aware accessories, including testers, filters, and timers, intended to assist with environmental monitoring and low-EMF living practices.
• Durable, professional-grade equipment selected for long-term practical use, including applications explored in research, wellness, and environmental testing contexts.

Ideal For

• Health and wellness enthusiasts
• Practitioners, clinics, and therapists
• Wellness centres and integrative health spaces
• Researchers and experimental environments
• Individuals building/creating optimized home wellness or recovery-focused environments
• Neurodivergent and sensory-aware living setups
• Low-EMF and environmental optimisation

Categories

• Photobiomodulation (PBM) and red/NIR light therapy equipment
• UVA and full-spectrum lighting systems
• Water filtration and treatment equipment
• Water structuring devices
• EMF testing and mitigation accessories
• RF shielding materials and netting
• Magnetico and related wellness products
• Scientific research instruments
• Specialized health, wellness, and technical books
• Various accessories and supporting equipment

Key Features

• Professionally maintained and fully functional
• Lightly used and in excellent condition
• Suitable for home, practitioner, research, or wellness-center use
• Includes systems used in long-term environmental and wellness testing environments
• Many items are difficult to source locally
• Bundle purchases welcomed

EMF Wellness Equipment: Massive Relocation Sale

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For Alexander

Alexander,13, has been living with glioblastoma since he was 11. His tumour is now inoperable and pressing against the optic nerve behind his left eye, leaving him clinically blind.

Despite facing challenges no child should ever endure, Alexander continues to think beyond himself — inspiring everyone around him with his courage and generosity.

Read more about his journey https://www.georgeherald.com/Community/Article/We-Care/cancer-fighting-teen-inspires-drive-to-help-others-202512031154

This past Christmas, Alexander chose to bless ten local children who are also undergoing cancer treatment by putting together and gifting them Christmas parcels. His selfless act is a powerful reminder of his strength, empathy, and remarkable character.

Important note: We are not suggesting that Alexander’s glioblastoma was caused by EMF exposure. Sharing his story is solely to support him and his family during this incredibly difficult time.

Follow Alexander’s journey on Facebook https://www.facebook.com/profile.php?id=61585318710819

For those who are able and willing to help, donation links are available on his page. Every contribution, no matter the size, is deeply appreciated

Planetary Health and Research Highlights

In the December 2025 Newsletter, we also include:

• Stefanopoulou M et al. (2025). Bioelectromagnetics, 46(8), e70038. https://doi.org/10.1002/bem.70038. PMID: 41416407; PMCID: PMC12715659.

• De Boose P, Ribas FO, Bell D, Bouga M, De Borre E, Fröhlich J, et al. (2025) Behaviour and reproduction of Drosophila melanogaster exposed to 3.6 GHz radio-frequency electromagnetic fields. PLoS One 20(12): e0336228. https://doi.org/10.1371/journal.pone.0336228 

• ICNIRP’s 2026 environmental focus

• Solar energy waste challenges

Further reading CBT as a Sensitive Topic https://www.emfsa.co.za/ehs/cbt-as-a-sensitive-topic/

Read the complete EMFSA December 2025 Newsletter https://mailchi.mp/emfsa/emfsa-december-2025-newsletter

The post EMFSA December 2025 Newsletter – Monthly Update appeared first on EMFSA.

Photo by Jakob Owens on Unsplash

•Maritime 5G and Marine Ecosystems 

•Subsea power cables, renewable energy and EMF

and more!

Link to our free November 2024 Newsletter https://mailchi.mp/emfsa/maritime-5g-direct-to-cell

The post EMFSA November 2024 Newsletter appeared first on EMFSA.

Photo by Jakob Owens on Unsplash

Maritime 5G and Marine Ecosystems 

•5G Maritime is specifically designed for maritime environments like coastal areas, offshore platforms, ships, and other seafaring operations.

•Current implementations of 5G in marine contexts, such as in fisheries, tourism, and naval operations, might focus on economic and logistical benefits rather than studying ecological impacts. Balancing infrastructure development with conservation efforts is crucial to mitigate these impacts and sustain marine biodiversity.

Features of Maritime 5G

Depending on the providers, maritime 5G may include:

•5G-Advanced, also known as 5.5G: An enhancement to standard 5G for improved connectivity and efficiency.

•Hybrid Infrastructure: Combining terrestrial 5G infrastructure along coastlines with satellite-based systems to extend connectivity to open seas and remote areas.

•Massive device connectivity: Supporting IoT (Internet of Things) applications, including advanced setups utilizing higher frequencies for high-bandwidth activities near the shore, such as IoT-enabled smart ports and vessel tracking systems.

•Massive MIMO (Massive Multiple Input, Multiple Output): Enhancing beamforming and spatial multiplexing to improve network capacity, coverage, and energy efficiency.

•Spectrum Aggregation: Combining spectrum from different bands (e.g., low, mid, and high) including millimeter waves.

Maritime 5G Marketing Incentives

Maritime 5G is marketed as providing high-speed, low-latency connectivity to support diverse applications such as:

• Navigation, safety, and tourism.
• Environmental monitoring and efficient operation of maritime systems.
• Smart city and port promotion.

Green networking technologies, such as AI-driven energy management and base station sleep modes, are also promoted to reduce carbon footprints.

Possible Environmental Impacts of Maritime 5G

Coastal 5G developments require new antennas, upgrades and infrastructure. Higher frequency bands, such as millimeter waves, have limited water penetration but may interact with the ocean’s surface, potentially affecting small organisms like plankton. Although direct studies are lacking, these interactions could lead to ecosystem-level changes, warranting further investigation. Current guidelines largely ignore non-human species, emphasizing the need for targeted research to understand and mitigate potential risks.

•Noise Pollution

The integration of communication networks, including hybrid systems involving satellites, drones, and underwater equipment, contributes to noise pollution. This can disrupt marine species that rely on sound for navigation, communication, and mating.

•Light Pollution

Urban coastal development increasingly exposes marine ecosystems to artificial light. Coastal cities, offshore oil rigs, and ships flood the ocean with artificial light, impacting a wide range of sea creatures. From zooplankton to whales, light pollution disrupts natural rhythms and habitats. Specific impacts include:

• Disruption of feeding, mating, and camouflage behaviors in fish and marine organisms.
• Interference with natural light cycles essential for coral reefs and other organisms, leading to reduced survival rates.

A Look at the Marine Environment at Langebaan and Mossel Bay

5G maritime projects have been announced for these areas, providing a backdrop for evaluating potential ecological impacts alongside technological advancements.

South Africa’s coastline is home to over 13,000 marine species, many of which are protected within Marine Protected Areas (MPAs) on the West Coast. These include:

• Langebaan Lagoon: Known for its rich marine invertebrate fauna with over 400 species.
• Mossel Bay: A haven for marine life, including Southern Right Whales that calve in the bay. Other species frequently spotted include Humpback Whales, Killer Whales, and Bryde’s Whales. The area also supports Great White Sharks, various dolphin species, and a Cape Fur Seal colony of over 2,500 individuals on Seal Island.

Despite these natural riches, challenges persist. Whale strandings around Cape Town and injuries from ship strikes near Saldanha Bay and Cape Town’s ports highlight the urgent need for conservation. While the causes of these events vary, they underscore the necessity of protecting South Africa’s marine environment.

Protecting Marine Ecosystems

The Venice Declaration for Ocean Literacy in Action, endorsed at the 2024 Ocean Literacy World Conference in Venice, emphasizes the need for policies that respect the ocean’s inherent rights to exist, flourish, and regenerate. To achieve this, urban and coastal planning must adopt a participatory approach, engaging governments and stakeholders through Ocean Literacy programs tailored for municipalities, engineers, architects, local businesses, and residents. By prioritizing community-centered strategies, we can safeguard coastal and submerged natural and cultural heritage, ensuring that this invaluable legacy becomes a cornerstone of a more sustainable ocean future.

References

• 5G Promises to Transform Marine Industries
• Potential Use of 5G for Innovative Business Models
• ZTE, MTN, and Partners Launch 5G Marine Project
• Digital Solutions for Ports: Private 5G Connectivity
• Brzozek, C., Mate, R., Bhatt, C. R., Loughran, S., Wood, A. W., & Karipidis, K. (2024). Investigating the impact of anthropogenic radiofrequency electromagnetic fields on animals and plants in the environment: analysis from a systematic map. International Journal of Environmental Studies, 81(5), 2343–2358. https://doi.org/10.1080/00207233.2024.2375861
• Levitt BB, Lai HC, Manville AM 2nd. Low-level EMF effects on wildlife and plants: What research tells us about an ecosystem approach. Front Public Health. 2022 Nov 25;10:1000840. doi: 10.3389/fpubh.2022.1000840.
• Urban Light Pollution is a Danger for Marine Ecosystems
• From the Beach to the Seafloor, Light Pollution Interferes with Marine Life
• Maritime Traffic Around South Africa Rises Dramatically
• Three Stranded Whales Die Off Cape Town Coast
• Marine Protected Areas: Conserving Marine Life in South African Seas
• Marine Protected Areas: West Coast National Park
• Marine Life Around Mossel Bay
• Drowned Out: Why Whale Beachings Are On The Rise
• The Venice Declaration for Ocean Literacy in Action

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https://esajournals.onlinelibrary.wiley.com/doi/epdf/10.1002/fee.2624

The post Environmental impacts of increasing numbers of artificial space objects  appeared first on EMFSA.

Cahier de la recherche n°20: “Radiofrequencies and health – Understanding where research stands (PDF) 

Machine Translated by Google:

https://www.emfsa.co.za/wp-content/uploads/2022/11/22-11-ED-Cahiers-de-la-recherche_20-2.pdf

ANSES – Research Papers No 20 – Health, Environment, Labor – November 2022

Radiofrequencies and Health: Understand where the research stands May 2021-November 2022

ANSES and the health effects of radiofrequencies (translated)

Development of communications technologies translates into a wide variety of objects, connected devices and wireless services using radio frequencies: baby monitors, security cameras headphones, glasses, watches, key rings, blood pressure monitors… This exponential growth is not without raising questions that are the subject of permanent news both from a scientific and regulatory point of view and from a political and societal point of view.

The growth in uses is likely to increase the exposure of the general population via new fixed transmitters, new mobile equipment or new uses (e.g. equipment worn close to the body, even inside the body or even the skin).

For several years, ANSES has been involved in expert appraisal activities in almost all areas of the
non-ionizing electromagnetic spectrum: from extremely low frequencies to millimeter waves. With
regard to the deployment of 5G technologies, the Agency collaborated with the ANFR to collect the
first public exposure measurements taken before and after the commissioning of 5G on 1,500 sites
located in France. In addition, from 20 April to 1 June 2021, it carried out an open consultation during which citizens could make contributions and comments on the expert report published in April 2021. Hence ANSES’s updated opinion of February 2022 supported by an expert report supplemented and enriched with new data.

In view of the rapid evolution of technologies which leads to the exploitation of new frequency
bands (such as those of 3.5 GHz and 26 GHz for 5G, in France), it seems essential, on the one hand,
to adapt the methodologies for measuring and evaluating exposure and, on the other hand, to study the biological and health effects of electromagnetic waves in these frequency bands. To date, the number of users and 5G traffic are still limited in France in the 3.5 GHz band, while the 26 GHz band is not yet exploited by mobile telephone operators. ANSES’s mission is part of a developing context and the data available in the literature are still scarce.

To estimate the impact of 5G technologies on health and the environment, the Agency regularly
continues its scientific monitoring and updating work. Following the recent production of numerous
data from new mechanistic studies, but also from epidemiological studies such as Mobi-kids
(December 2021) or the key study of the “National Toxicology Program” (August 2020) on the
development of tumors in rodents exposed to mobile telephone signals, an expert appraisal
examining the carcinogenic effects of radiofrequencies is underway at ANSES, all frequency bands
combined.

Finally, ANSES invests in the production of new scientific knowledge by supporting research on the health effects of radiofrequencies. This Cahier de la Recherche presents eleven projects funded between 2017 and 2020 via the call for research projects; “radiofrequencies and health” of the national environment-health-work research program (PNR EST). So-called exploratory investigation projects (PIE) also make it possible to acquire new knowledge in response to questions raised by civil society, for example on the symptoms declared near relay antennas, hypersensitivity to electromagnetic fields or even the exposure to new mobile telecommunications signals including 5G. The need for this type of project was identified thanks to the dialogue initiated since 2011 with associative or professional stakeholders within the framework of the “Radiofrequency and health” dialogue committee.

Professor Benoit VALLET
Director General, ANSES

Notebooks of the research on the Agency’s website: https://www.anses.fr/fr/content/les-cahiers-de-la-recherche

Note to readers: The presentations of the research projects reflect the points of view of the partner scientific teams and do not commit either the supervising Ministries or ANSES and the associated partners. For any questions, the contacts are indicated at the top of each article.

Summary

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The intentions are good: help save the planet by reducing energy consumption from streetlights. Claims also include the reduction of light pollution.

However, there could be unintended consequences associated with energy saving LED streetlights.

Artificial Light at Night (ALAN), Light Pollution and Circadian Disruption:

In many cases these new LED streetlights are contributing to light pollution, with serious environmental consequences for humans, wildlife, and our climate.

Since 2017 there is general scientific consensus that light has the most significant outcome on altering any biochemistry in life, either positively or negatively.

So-called “white” LEDs emit a portion of their light at wavelengths below 500 nm (blue). These wavelengths are not beneficial to human and environmental health.

The 2022 National WHO EMF Project Report IAC-ZA  mandates that streetlights are modified/adjusted by changing from an energy flux model (white) to a photon flux model (orange/red). UV is included too and flicker. A photon flux model results in significantly lower energy inputs and is much more beneficial to human health.

Mounting evidence indicates that disruption of circadian regulation is associated with a wide variety of adverse health consequences, including increased risk for premature death, cancer, metabolic syndrome, cardiovascular dysfunction, immune dysregulation, reproductive problems, mood disorders, and learning deficits. Of particular interest here is obesity and breast cancer.

•In 2019 a working group from the International Agency for Research on Cancer (IARC) concluded that “shift work that involves circadian disruption is probably carcinogenic to humans” (Group 2A): IARC Monographs Vol 124 group. Carcinogenicity of night shift work: Lancet Oncology; Published 4 July 2019. DOI: https://doi.org/10.1016/S1470-2045(19)30455-3

•2 June 2020 IARC Monographs Volume 124: Night Shift Work https://tinyurl.com/5tk2y76v

 •In 2016, the American Medical Association responded to the growing body of evidence suggesting that intense LEDs are harmful to human health by recommending that communities change streetlights to “minimize and control blue-rich environmental lighting.”

Energy Flux versus Photon Flux model

Video

25:39 Night Sky, Satellites

26:19 Energy Flux versus Photon Flux model

Western Cape Nature residential estate:

Prone to wildfires, drought and high winds on the coast dune line.

Intervention: external building lighting changed to a Photon-flux model.

Outcome:

•Night sky constellations and satellites were significantly more visible.

•Significant increase in wildlife visibility and engagement within the area. 

•Residents went to sleep earlier and there was a decrease of reported health complaints.

•Decrease in property break in attempts at night. 

•Neighboring vegetation growth on the dune increased, and grass lawn resilience to the summer elements, heat and winds significantly increased as illustrated in the images below.

A Human Right:

On the 28th of July 2022 the UN General Assembly adopted a landmark resolution recognizing the right to a clean, healthy and sustainable environment as a human right and calling for greater global efforts to ensure that principle is upheld. 

This resolution updates the Equality Act under the heading of International Binding Treaties, as per the 2022 National WHO EMF Project Report IAC-ZA

This is not progress!

A LED energy saving street light is placed in very close proximity to a residence (without any warning or consultation with the homeowner). 

The light is so bright that it is impossible to spend time outside at night in the garden.

To make matters worse, the light is on all day.

Imagine the frustration- attempts to resolve the matter are ignored;  enquiries to the municipality in regards to the specifications of the light are ignored or sent from pillar to post.

The public is aware that some smart cities incorporate sensors for air quality, pedestrian traffic, monitoring electricity use and more. In addition some streetlights are equipped for telecommunication purposes. Is it a wonder then that conspiracy theories flourish – when there is such a lack of transparency and cooperation?

“Done well, LEDs could save the planet, in the sense of reining in light pollution,” says astronomer John Barentine, also of International Dark-Sky Association. “Done carelessly, it could be devastating.”

References:

2022 National WHO EMF Project Report IAC-ZA

American Medical Association warns of health and safety problems from ‘white’ LED streetlights https://tinyurl.com/bdcs76cz

UN General Assembly Resolution https://tinyurl.com/y9ksmcyz

Thomas Münzel, Omar Hahad, Andreas Daiber, The dark side of nocturnal light pollution. Outdoor light at night increases risk of coronary heart disease, European Heart Journal, Volume 42, Issue 8, 21 February 2021, Pages 831–834, https://doi.org/10.1093/eurheartj/ehaa866

Miao Cao, Ting Xu, Daqiang Yin, Understanding light pollution: Recent advances on its health threats and regulations, Journal of Environmental Sciences, Volume 127, 2023, Pages 589-602, 1001-0742, https://doi.org/10.1016/j.jes.2022.06.020

Bright LEDs could spell the end of dark skies MIT Technology Review https://www.technologyreview.com/2022/08/17/1057652/outdoor-led-lighting/

Our nights are getting brighter and Earth is paying the price https://www.nationalgeographic.com/science/article/nights-are-getting-brighter-earth-paying-the-price-light-pollution-dark-skies

Shanghai wants to dim light pollution https://www.chinadaily.com.cn/a/202208/05/WS62ec779ea310fd2b29e70776.html

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8 JULY 2022

With 161 Votes in Favour, 8 Abstentions, General Assembly Adopts Landmark Resolution Recognizing Clean, Healthy, Sustainable Environment as Human Right

With 161 votes in favour and 8 abstentions, the General Assembly adopted a landmark resolution today recognizing the right to a clean, healthy and sustainable environment as a human right and calling for greater global efforts to ensure that principle is upheld.

Affirming that promoting that right requires the full implementation of the multilateral environmental agreements, the 193-member body called upon States, international organizations, business enterprises and other relevant stakeholders to adopt policies, enhance international cooperation, strengthen capacity-building and continue to share good practices in order to scale up efforts to ensure a clean, healthy and sustainable environment for all.

Read more at: https://tinyurl.com/y9ksmcyz

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Link to the report: https://bit.ly/3HkQ4vh

Report chaired and presented by: James C Lech

Committee members 2022: page 43-44 of the report

Timestamps:

0:00 Change the environment

2:28 Change to photon flux model

2:50 Change the light then RF part easier to deal with

5:07 Misinterpretation of guidelines

7:57 Energy flux model thinking

8:48 Satellites

10:46 Amazing solutions found when environment improves

11:45 Cold Joy; feeling better leads to change

13:02 Laws in place; Equality Act

13:39 Change the environment to get better; Nobel Prize Awards; General scientific consensus

15:26 Standards versus Guidelines; WHO and ICNIRP do not have standards, only guidelines

14:41 Monitoring; enforcement

17:40 Issues with authoritative bodies

19:48 ‘WHO says”; “government says”

20:38 Low energy metabolism; neurochemistry; understanding of a message

21:20 Nobel Prizes; general scientific consensus

23:00 Diplomacy; working together

27:00 You cannot change a person, you can grow a person by influencing their development

27:43 Drive starts from the local community

30:34 Professor Anna Coutsoudis

32:10 Luc Montagnier; Doug Wallace; Prof. Himla Soodyall

Continued in Part 6 https://www.emfsa.co.za/videos/video-south-african-national-who-emf-report-2022-debriefing-webinar-part-6/

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Annual Review of Environment and Resources

Vol. 47:- (Volume publication date October 2022)
Review in Advance first posted online on June 15, 2022. (Changes may still occur before final publication.)
https://doi.org/10.1146/annurev-environ-112420-014438

Abstract

The nighttime is undergoing unprecedented change across much of the world, with natural light cycles altered by the introduction of artificial light emissions. Here we review the extent and dynamics of artificial light at night (ALAN), the benefits that ALAN provides, the environmental costs ALAN creates, approaches to mitigating these negative effects, and how costs are likely to change in the future. We particularly highlight the consequences of the increasingly widespread use of light-emitting diode (LED) technology for new lighting installations and to retrofit pre-existing ones. Although this has been characterized as a technological lighting revolution, it also constitutes a revolution in the environmental costs and impacts of ALAN, particularly because the LEDs commonly used for outdoor lighting have significant emissions at the blue wavelengths to which many biological responses are particularly sensitive. It is clear that a very different approach to the use of artificial lighting is required.

https://www.annualreviews.org/doi/epdf/10.1146/annurev-environ-112420-014438

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