The Intervention document is attached for download.
1. DWS Eutrophication SA & GA PSC 1 BID
2. PSC 1 Meeting Agenda - Eutrophication Strategy
3. Issues and Response Register - Inception Report Comments
Toxic green algae in the Vaal River is caused by eutrophication, which harms water quality and impacts river life. Supplied
Article by Sheree Bega
The black, sewage-contaminated water that flows from the Rietspruit into the Loch Vaal is so polluted that even algae struggles to grow in its polluted depths.
“All we get is black sewage sludge in areas where there’s less current,” explains Mike Gaade, who lives on the banks of the Rietspruit in Vanderbijlpark.
But sightings of cyanobacteria blooms of toxic blue-green algae in the main Vaal River, caused by sewage, are becoming more frequent, particularly in summer, he says.
That the Vaal is becoming eutrophic is a real concern, says water scientist Professor Anthony Turton.
Eutrophication causes an overgrowth of algae that harms water quality, reduces oxygen, produces toxins, impacts river and marine life and affects food and human health.
“Once a water body becomes eutrophic and cyanobacteria becomes established, no known method in SA has ever been able to reverse that process,” Turton explains.
SA’s most eutrophic water is in Hartbeespoort Dam - the most studied of all systems. “Despite the very best scientists being unleashed on the problem, we have been unable to restore the system to its previous trophic status. With our current available knowledge, it’s safe to believe the Vaal is now becoming eutrophic and this is going to persist as the the new normal.”
Eutrophication is the “logical outcome” of discharging high levels of phosphates and nitrates into river systems - natural nutrients that drive the production of plant biomass. “Biomass typically takes two forms in SA - the familiar problem of water hyacinth at Hartbeestpoort Dam and the cyanobacteria blooms of blue-green algae that the Vaal is now succumbing to.”
The Department of Water and Sanitation (DWS) has now released its draft inception report for its National Eutrophication Strategy. The strategy, with its 10-year horizon, seeks to provide guidance to the DWS and water sector at large “on strategies to avoid, reduce, mitigate and manage the effects of eutrophication on SA’s water resources”.
It notes that the project was initially started in 2002 and “never completed” but was reinstated last year.
“The issue of eutrophication had not received adequate attention, previously, which could have been one of the reasons the situation exacerbated even more,” reads the report.
The Integrated Water Quality Management (IWQM) Policies and Strategies for SA in 2016 and 2017 "emphasised eutrophication as one of the country’s pressing water-quality challenges, along with salinisation, acid mine drainage, urban pollution and sedimentation”, it states.
Eutrophication, says Turton, is an old problem that has now reached “catastrophic proportions” due mostly to the failure of the DWS in its role as national regulator. “DWS has allowed the Blue and Green Drop Reporting Standard to fall into dysfunction. This has allowed municipalities to act with impunity knowing they will never be sanctioned for non-compliance. The biggest culprit is the 824 wastewater treatment works (sewage plants) we have in every municipality. About 60% of them are now dysfunctional, so they collectively discharge over 5billion litres of sewage into our rivers daily. We draw our drinking water from those same rivers.”
No bulk water provider in the country that takes water from a river and produces potable water uses technology capable of removing the toxic by-product of eutrophic water: microcystin. “This is a potent molecule that is released when the cyanobacteria is distressed. The molecule becomes parts of the water and cannot be filtered out from the water.
“This means that South African citizens will increasingly be exposed to microcystin as long as our wastewater plants continue to fail.
“Eutrophication is a slow onset disaster that will plague SA for the next generation. The manifestation will increasingly be in the form of low dose but long-term exposure to microcystin. The coronavirus has merely added a new complication, because of the potential for faecal-oral transmission through contaminated rivers.”
Satellite work by the CSIR has already revealed that 60% of the country’s dams are eutrophic.
Sightings of blue-green algae, caused by sewage, is becoming more frequent, especially in summer. Supplied
In his 2015 paper, “Living with Eutrophication in SA: A review of realities and challenges”, scientist William Harding noted how the socio-economic well-being of SA is largely dependent on reservoir lakes, with between 41% and 76% of total storage eutrophic or hypertrophic.
“This is in stark contrast to a claimed 5% made by the DWS. Data and information on the incidence and toxicity of cyanobacterial blooms are sparse, yet severe problems exist The most seriously impacted reservoirs are located in the economic heartland of SA, which has an extant regional water-quality crisis.”
Many of SA’s rivers, reservoirs, and coastal lakes “no longer have the resilience to assimilate nutrients or sequestrate toxicants”, the paper found.
“The responsible agency (DWS) urgently needs to establish a reservoir management programme that embraces remaining individual and institutional memory, integrates all available knowledge and scientific findings, prioritises needs and acquires those skills and resources necessary to meet what is likely to become a crippling legacy of inaction.”
Eutrophication is a “big challenge and the situation is worsening”, says CSIR senior researcher Dr Melusi Thwala, who studies emerging environmental pollutants and water quality. “However, it is mostly dams/large impoundments that have historically faced such a challenge because they act as reservoirs in which pollutants such as nutrients can accumulate over time.
“For instance, in excess of 40% of approximately 500 large impoundments are eutrophic and others exhibit a character of non-natural nutrient enrichment.
“For river systems more and more cases are being observed but in smaller systems the rainy season can provide a dilution relief effect, but not so much in large systems such as the Vaal and Olifants rivers.”
Their hard-working nature means that large river systems receive continuous and large nutrient inputs from various anthropogenic (human-caused) activities, with “municipal wastewater treatment works being a priority input source due to their declining capacity to treat wastewater”.
“Simply put, the more human settlements, the more sewage waste is produced, sometimes exceeding the volumes that wastewater treatment works can handle. Agricultural and industrial activities also contribute nutrients into rivers,” Thwala says.
Mariette Liefferink, the chief executive of the Federation for a Sustainable Environment, says the most important drivers of eutrophication are dysfunctional waste water treatment works, dense informal settlements without proper sanitation, vandalism of sewage reticulation systems and sewage spills over many years into receiving streams.
“The tipping point has already been reached, beyond which, our ecosystems can no longer absorb and process the nutrients and other pollutants being passed on to it.”
The actions proposed by the National Water and Sanitation Master Plan is to by 2020, “identify and prosecute big polluters across the country (including municipalities), with a national communication campaign to accompany the action inclusive of reviving the Blue Scorpions”.
“The above-mentioned actions must be implemented concurrently with the development of the National Eutrophication Strategy," she says. "Failure to prosecute municipalities and other polluters will render the objectives of the strategy impotent.”
Eutrophication is a core priority of the Integrated National Water Resource Strategy and was identified as an issue of concern by the DWS in 2009.
It was highlighted in the Continuation of the Integrated Vaal River System Reconciliation Strategy Study (Phase 2) in March last year as an "unaddressed issue of concern".
Tackling it is entirely reliant on activities performed within the DWS, catchment management agencies (CMAs), together with other institutions within the water sector, Liefferink says. “However, the lethargy in completing the roll-out and delegations to CMAs is a major issue of concern. The development of the strategy is at risk to be aborted unless CMAs become functional.”
Eutrophication is a "crisis of unprecedented proportions", says Turton made all the more problematic because few people outside of the aquatic sciences and environmental health community "are aware that such a problem even exists”.
Comments attached for download.
Sewage continues to spill into the Vaal River, on to the streets of Vereeniging and into people’s homes.
Picture: Nokuthula Mbatha African News Agency (ANA)
Article by Sheree Bega | original article here.
On the map, Bernice Maritz lives in Connaught Avenue. But her family have another name for it: Shit Street.
A pool of sewage gathers like a dark stain on the street in Peacehaven or “Poohaven” as it’s been described, in Vereeniging.
The spillages are often far worse. “Usually our whole street is covered in sewage,” said Maritz. “That’s why my mom calls it 'Shit Street', because that’s all there is. The smell is terrible.”
She was home a few weeks ago when a stinking torrent of human waste flooded her yard. “It was horrible,” said Maritz, as she stepped across remnants of the spillage. “This whole area, everything, was covered in sewage. We had poo, toilet paper, condoms and nappies, all over our garden. The sewage went through the walls It’s so unhealthy to live like this, especially now with the coronavirus."
“This stopped being sewage a long time ago,” said local resident Tersia Venter, flicking through an endless stream of photos of sewage spills in the area on her phone. “If you can see human turds in the street, it’s not sewage anymore.”
The Vaal’s sewage pollution crisis has hit hard in Vereeniging. Many of the region’s 44 pump stations remain dysfunctional, with the impact “particularly noticeable in Vereeniging, with ongoing high sewage pollution levels in the Vaal River and in the streets”, according to local environmental watchdog Save the Vaal Environment (Save).
Between Vereeniging and the Vaal Barrage, the river remains polluted, contaminating water supplies in Parys and communities further downstream.
The non-profit said Human Settlements, Water and Sanitation Minister Lindiwe Sisulu had “taken a leadership role” in the R1.2 billion Vaal Intervention Project, which aims to repair Emfuleni municipality’s wastewater treatment system: a 2600 km pipe network, the 44 pump stations and three wastewater plants that collapsed in 2017. Still, “there’s a long way to go before we see a sewage and pollution-free Vaal River in the Emfuleni area”.
In recent months, the Ekurhuleni Water Care Company (Erwat) took over from the SANDF, which could not complete its refurbishment programme as it was not properly funded.
“We did not really see any improvement in Peacehaven when the army was here and the only change we now see is when the trucks are here to pump out the sewage,” said Venter, the secretary of the Vereeniging community policing forum.
“It looks good today because these guys are here. But if they don’t come back within three days, then we sit with a major problem again. Most of the people here in Peacehaven can’t use their own freakin’ toilets and showers. The moment they do, the sewage spills over into their housesThey cannot walk from one side of their own freakin’ driveway to the other side because they’re walking through sewage. Since 2017, this has been normal to us and that’s unacceptable.”
For the last few months, sewage has no longer been permanently running in her street, said Zelda Mullen, who lives in Peacehaven. But it still pushes up from a manhole, pooling in her flowerbed. The stench is unbearable. “It's been here for years. We can't braai outside here. It stinks. God forbid, you start cooking."
She wondered if her family’s proximity to the sewage could have been to blame for her 63-year-old husband, developing life-threatening septicaemia in March.
“The doctors said it was probably airborne. He didn’t have an operation, no illness, nothing. So we don’t know if it was that (sewage), but hello, when you’ve lived with shit on your street and in your home ..."
Sewage continues to spill into the Vaal River, on to the streets of Vereeniging and into people’s homes.
Picture: Nokuthula Mbatha African News Agency (ANA)
John was in ICU for 17 days and had kidney, liver and heart failure. “The kids had to come from the UK because we thought this was it. It will take a year-and-a-half for him to fully recover. We’re so sick of living in the Vaal.”
Across the country, the municipal sewage system has crumbled. The government's Water and Sanitation Master Plan reveals 56% of the 1150 municipal wastewater treatment works and 44% of the 962 water treatment works, are in a poor or critical condition, with 11% dysfunctional.
Between 1999 and 2011, the extent of main rivers in South Africa classified as having a poor ecological condition increased by 500%, with “some rivers pushed beyond the point of recovery”.
Environmental activist Mariette Liefferink, said the Vaal River is the country’s most hard-working. “It’s a very important river system because it supplies water to 60% of the economy and 40% of the population and it augments other river systems like the Crocodile West and Limpopo river system ... What has happened to the Vaal is like a festering sore that took years to manifest.”
Since Erwat took over, it has unblocked pipes in the sewage network, but the "benefits will only be seen when all pump and treatment plants are fully operational,” said Save.
Erwat removed "50 tons of rubble in the system, cleaned 25km of lines, fixed or unblocked 383 manholes, replaced 460 manholes" and improved the flow to the three wastewater treatment works, according to Save member Mike Gaade.
The DWS was not extending Erwat’s one-year contract at month end and was “now directly responsible for this project”.
DWS spokesperson Sputnik Ratau said negotiations were still under way. “Whether they continue or someone else takes over is something that will be finalised in a week or two.
“What they have done is what they were expected to, which is quite a good bit. There is improvement but it’s not optimal.
"Until we’re able to resolve the whole situation, we cannot rest on our laurels,” he said.
South Africa - Johannesburg - 18 June 2020 - Mike Gaade from Rietspruit in the Vaal talks about how the sewage continues to spill and affect the river.
Picture:Nokuthula Mbatha/African News Agency(ANA)
Rietspruit suffers the consequences of ineffective wastewater treatment
The completion of expansion to the Sebokeng wastewater treatment plant is a step in the right direction, says Save. “This project started several years ago and came to a standstill in 2018 due to lack of funds. It was 96% complete at that point. Under the Minister’s watch, this project was restarted in mid-May 2020. July 2020 seems to be a realistic completion date.”
The new module will treat about one third of the Sebokeng treatment plant’s wastewater when operational. The rest of the Sebokeng plant has not been working since it was vandalised two years ago. “Work is required on that plant so that the remaining two thirds of sewage can be properly treated.”
There is no information about when effluent pumped into the Rietspruit from this plant will be fully compliant with required standards, it says.
“Work is required on the Rietspruit plant, which is currently operating at some 30% of its capacity and has been deteriorating for years. Yet, its repair programme has been left continuously on the back burner.
"This plant continues to be a major contributor to pollution of the Rietspruit and Vaal Rivers, and has caused a build-up of some 1.5m of black sludge on the riverbed where the Rietspruit enters Loch Vaal.”
It continues to pump poorly-treated sewage into the Rietspruit. Save's Mike Gaade, who lives on the banks of the polluted Rietspruit, has gone from optimistic to "mildly pessimistic" in the last six months.
“All the promises we get have not been fulfilled ... It's about four years that the sewage sludge has been coming down here to the Rietspruit but it got really bad in November 2017. It's a bit better, partly because they've unblocked some of the pipes and got the flow going ... The sewage crisis affecting everywhere from the Klip the other side of Vereeniging right through the whole town and in the streets and then it's affecting Parys."
In October, Save agreed to suspend litigation to give the intervention team an opportunity to show progress, but it warns that unless there’s a drastic improvement, it will continue court proceedings.
By: Nelendhre Moodley | original article here.
Following poor water control measures over the years, South Africa now finds itself caught between a rock and a hard place as its dire water situation continues to worsen. Human Settlements, Water and Sanitation Minister Lindiwe Sisulu recently launched South Africa’s National Water and Sanitation Master Plan – but is the plan too little too late? Infrastructure recently caught up with the Federation for a Sustainable Environment’s CEO Mariette Liefferink for a view on exactly how severe South Africa’s water challenges really are and whether the country will be able to meet its sustainable development goals in relation to water by 2030.
Citing the National Water and Sanitation Master Plan’s Call to Action launched in November 2019, Liefferink says the document highlighted South Africa’s shocking water situation, with 56% of wastewater treatment works and 44% of water treatment works reported as being in a poor or critical condition, with 11% dysfunctional.
“More than 50% of South Africa’s wetlands have been lost, and of those that remain, 33% are in poor ecological condition. Furthermore, between 1999 and 2011 the extent of main rivers in South Africa classified as having a poor ecological condition increased by 500%, with some rivers pushed beyond the point of recovery. In addition, municipalities are losing about 1 660 million cubed metres per year through non-revenue water – this includes all water supplied that isn’t paid for, including physical water losses through leaks in the distribution system, illegal connections, unbilled consumption and billed, but unpaid, water use. At a unit cost of R6/m3 this amounts to R9.9-billion each year.”
Added to this are the delays in the implementation of Phase 2 of the Lesotho Highlands Water Project (to augment the Vaal River System for greater Gauteng), the uMkhomazi Water Project Phase 1 (to augment the Mgeni System for the KwaZulu-Natal Coastal Metropolitan Area) and the augmentation of the Western Cape Water Supply System, which have significantly impacted on water security, and subsequently on the socio-economies of the areas.
“If demand continues to grow at current levels, the deficit between water supply and demand could be between 2.7 and 3.8 billion m3/a by 2030, a gap of about 17% of available surface and groundwater,” notes Lifferink.
Given the severity of South Africa’s water challenges, the National Water and Sanitation Master Plan called for the following interventions:
“Although government had planned to have these measures in place, at the time of writing the FSE was not aware that any progress had been achieved on the targeted areas,” says Liefferink. “We hope that the impact of the National Water and Sanitation Master Plan will be delivered through action, and through the recognition that ‘you cannot drink paper plans’.”
Given the depth of South Africa’s water challenges, is there a chance of meeting its sustainable development goals (SDGs)?
In 2015, South Africa committed to adopt the United Nations’ Sustainable Development Goals, including Sustainable Development Goal 6 which aims to ensure availability and sustainable management of water and sanitation for all by 2030.
Included in the SDG report, says Liefferink, is target 6.3 which is focused on improving water quality by reducing pollution, eliminating dumping and minimising the release of hazardous chemicals and materials, halving the proportion of untreated wastewater and substantially increasing recycling and reuse globally by 2030; with target 6.6 looking to protect and restore water-related ecosystems.
“According to the Department of Human Settlements, Water and Sanitation’s River EcoStatus Monitoring Programme State of Rivers Report 2017-2018, only 15% of South Africa’s rivers are in a good condition and the Vaal River Water Management Area has no sites that are in a good condition; and according to the SA National Biodiversity Institute (SANBI) National Biodiversity Assessment: The Status of South Africa’s Ecosystems and Biodiversity, two-thirds of the total length of South Africa’s rivers are in a poor ecological condition.”
Furthermore, the Department of Water and Sanitation’s Directorate’s presentation on wetlands and lakes noted that the SA National Biodiversity Assessment (NBA) 2018 indicated that while 6% of wetlands were protected, 79% were in the threatened category.
In addition, “despite the interventions of the SA Defence Force, Ekurhuleni Water Care Company, the minister of Human Settlements, Water and Sanitation and the South African Human Rights Commission in the pollution caused by spillages of raw sewage into the Vaal River, the situation has continued to deteriorate. Rand Water’s quarterly water quality results show that the in-stream quality of water at the Rietspruit at Sebokeng has E. coli counts of 9 188 000per 100ml. The regulatory limit is 400 counts per 100ml. E. coli in water is a strong indication of sewage or animal waste contamination. In light of these factors, it is difficult to see how South Africa will reach its SDG by 2030,” says Liefferink.
Tackling our water woes
Is there light at the end of the tunnel?
Liefferink has painted a dire picture of South Africa’s water situation. But can new legislative interventions and the mining industry’s endeavours curb the downward slide?
While practical on-the-ground developments remain sluggish, government has made some headway through the promulgation of new water rules and regulations, which include the Water and Sanitation Department’s publication (a collaboration with the Minerals Council) called Benchmarks for Water Conservation and Water Demand Management (WC/WDM) In the Mining Sector.
The commodity-based national water use efficiency benchmark aims to guide the acceptable levels of water usage by the mining industry, and to improve water use efficiency within the mining operations.
In addition, the Department of Environmental Affairs has published the Proposed Regulations pertaining to Financial Provisioning for the Rehabilitation and Remediation of Environmental Damage caused by reconnaissance, Prospecting and Exploration which notes that “financial provision must guarantee the availability of sufficient funds for the remediation and management of residual and latent environmental damage including the ongoing pumping and treatment of polluted or extraneous water”.
According to Liefferink, this in essence means that the CEO or business rescue practitioner of the company is responsible for implementing the rehabilitation plans.
“What is new is the fact that the liquidator or business rescue practitioner is also responsible for the determination of the financial provision and the implementing the rehabilitation plans and report.”
Liefferink also flags the South African Human Rights Commission which has directed the Department of Water and Sanitation to comply with the following:
The FSE has yet to receive a response on the Human Rights Commission’s progress in relation to the directives, says Liefferink, however the mining industry has been more proactive in progressing its water agenda, especially Sibanye-Stillwater and DRDGOLD.
Diversified mining house Sibanye-Stillwater, which was recognised as the most ‘collaborative’ and ‘water-saving’ company in the local mining industry by Rand Water in November last year, has participated in the creation of the Water Conservation and Water Demand Management (WC/WDM) Assessment Tool.
In line with its water-wise agenda, the miner has a number of initiatives under way including:
Gold surface retreatment company DRDGOLD too continues to progress its water conservation plans, which include reclamation interventions at its operations aimed at removing sources of pollution, rehabilitating targeted areas and enhancing ecosystem functioning, including attraction of fauna and flora, and improved water quality, among others.
“We hope that more mining companies will be proactive rather than reactive as far as mine water management is concerned and that businesses will realise that water security presents a critical and profound challenge to South Africa’s social well-being and economic growth. Poor water quality is one of the major threats to South Africa’s ability to provide sufficient water of suitable quality that can support development needs. The financial resources currently available for managing water quality are insufficient for the task, and do not recognise the level of investment that is required to counteract the economic harm done by declining water quality,” says Liefferink.
Image: Jozi Gold ©Maanda-Nwendamutswu
The following comments are submitted – with diffidence and deference - on behalf of the Federation for Sustainable Environment (FSE). The FSE is a member of a number of theDepartment of Water and Sanitation’s Steering-, Project- and Strategy Steering Committees, Implementation Task Teams; Expert Steering Committees; the WSSLG’s SDG6 Task Teamand a number of Catchment Management Forums.
From a reading of the Inception Report in terms of the Development of the National Eutrophication Strategy we deduce that the Scope of Work will include inter alia a report on eutrophication challenges in South Africa and their causes; the development of the National Eutrophication Strategy; putting the Strategy into Practice detailing the actions, the roles and timeframes; developing a monitoring and reporting system; stakeholder involvement; etc. The estimate timeframes from the 1st component to the implementation of the Strategy (“putting the Strategy into Practice”) will be approximately 20 months.
While we welcome the development of actions that would provide the detail necessary to turnthe National Eutrophication Strategy into action (s 2.4 of the Inception Report, titled “Strategyinto Practice”), such as the assignment of roles and responsibilities and the timeframes for undertaking the actions, it is the FSE’s considered opinion that it is not necessary to wait forthe development of the National Eutrophication Strategy to immediately implement a number of actions to address the challenges of eutrophication. Analogous to the FSE’srecommendation, the IWQM Policy identified eutrophication already in 2016 as one of the five aspects of water pollution as being priorities for immediate regulatory action at the national level.
The following challenges were identified by the DWS, which require immediate action:
1. The lethargy in completing the roll-out and delegations to catchment management agencies
The Inception Report on page 1 informs us that “this project is entirely reliant on activities performed within the Department, the CMAs, together with other institutions within the watersector”.
It is common cause that the number of WMAs was reduced from nineteen (19) to nine (9) in 2013 and that the establishment of the CMAs has been slow. By the end of 2016, only two of the nine CMAs were established in terms of the National Water Act, 36 of 1998 and functional. No functions have been delegated to these bodies which are therefore currently only responsible for the limited initial functions of a CMAs as set out in the Act. DWS acts as CMAs in most of the country.
The National Water and Sanitation Master Plan, 2018 called for the establishment of financially sustainable CMAs across the country and transfer of staff and budget1 and delegate functions including licensing of water use and monitoring and evaluation of water resources by 2020.
Atthetimeofwritingweareunawareofanyprogressinthisregard. ThedevelopmentoftheNational Eutrophication Strategy (“the project”) is at risk to be aborted unless CMAs becomefunctional.
2. Dysfunctional Waste Water Treatment Works
A key contributor to the deterioration of water quality of South Africa’s water resources and the marked increase in nutrients and microbiological contaminants with associated health risks is the result of untreated or partially treated municipal wastewater discharges from sewage treatment works.
The recent instream water quality results of the Rietspruit@Sebokeng within the Rietspruit Catchment Management Area as provided by Rand Water show an e-coli count of 9,188,000 per 100ml for the period January to March 2020.
The resulting eutrophication in major dams has caused health threats to livestock and humans.
We are of the considered opinion that the most important driver of eutrophication is dysfunctional waste water treatment works, dense informal settlements without proper sanitation, vandalism of sewage reticulation systems, and sewage spills over many years into receiving steams2. The tipping point has already been reached, beyond which, our ecosystems can no longer absorb and process the nutrients and other pollutants being passed on to it.
The actions proposed by the National Water and Sanitation Master Plan is to, by 2020: “Identify and prosecute big polluters across the country (including municipalities), with a national
1 There are substantial financial shortfalls if Catchment Management Agencies are to be fully implemented and operationalized.
2 The state of our waste water treatment works (56% of waste water treatment works and 44% of water treatment works are in a poor of critical condition; 11% are dysfunctional) has significantly impacted upon the ability of downstream ecosystems to operate effectively with nutrient build-up and a general drop in water quality. This has resulted in a nutrient build up in our rivers and wetlands. According to the NW&S Master Plan between 1999 and 2011 the extent of main rivers in South Africa classified as having a poor ecological condition increased by 500% with some rivers pushed beyond the point of recovery. South Africa has lost over 50% of its wetlands and of the remaining 3.2 hectares, that is, one third are already in a poor condition.
communication campaign to accompany the action inclusive of reviving the Blue Scorpions”(1.4.8).
The above-mentioned actions, we respectfully suggest, must be implemented concurrently with the development of the National Eutrophication Strategy. Failure to prosecute municipalities and other polluters will render the objectives of the National Eutrophication Strategy impotent.
3. Eutrophication challenges in South Africa and their causes
As a deliverable in terms of s 2.2 of the Inception Report, a Report on eutrophication challenges in South Africa and their causes is envisioned.
Mining, in particular platinum mining, can result in increased nitrogen levels in groundwater through the use of nitrogen-based explosives. These various nitrate sources can contribute to mining-related impacts on the water resources.
Most commercial explosives contain between 70% and 90% ammonium nitrate – which is highly soluble in water. Spillages, dissolution in wet holes and incomplete detonation during blasting activities will result in soil and water contamination with nitrates, nitrites and ammonia. Nitrogen-rich water is typically pumped from the underground workings and then circulates through process water dams, the tailings dam return water and the concentrator plant. If not contained in the mine water circuit, surface spills or seepage through unlined facilities may pose a risk to groundwater. (Reference: https://www.srk.co.za/en/za-helping-mines-find- real-source-nitrates-water.)
Since algae and other plants use nitrates as a source of food, it may result if unchecked, in eutrophication.
In view of the aforesaid, the FSE recommends that the Report also includes the impacts of mining in the eutrophication challenges.
4. National Eutrophication Monitoring Programme
Finally, kindly advise regarding the status of the National Eutrophication Monitoring Programme which assesses trophic status, risks and trends of single impoundments, river reaches or canals.
CEO: FEDERATION FOR A SUSTAINABLE ENVIRONMENT 2 June 2020.
Comments attached for download.
8 May 2020 | Author: Theresa Bhowan | Edited by Nadine James
TOO SALTY Additional salinity, owing to the current rate of treatment, creates water security risks
With the delay in the long-term treatment or desalination of acid mine drainage (AMD) in the integrated Vaal river system and the delay in the Lesotho Highlands Water Project (LHWP) Phase II, interventions are required to reduce the risk of water restrictions, states mining environmental activist organisation Federation for a Sustainable Environment (FSE).
The FSE’s forecast for the extent of the deficit in terms of water shortages is substantial as the integrated Vaal river system supplies 60% of the economy and 45% of the population.
“If the demand continues to grow at the current levels, the deficit in South Africa between water supply and demand could be at a gap of around 17%,” says FSE CEO Mariette Liefferink.
Interventions are essential to reduce the risk of water restrictions until the LHWP Phase II can deliver water. Such interventions include water conservation and water demand management savings, eradicating the unlawful use of water, the desalination and reuse of mine water in terms of a recalibrated model, as well as the implementation of the Tshwane Reuse Project.
Moreover, there is the immediate and short-term treatment of AMD by means of neutralising the water or using a pH adjustment. “In most cases, metals will precipitate out of the solution if the pH is adjusted upwards. It should be noted that the metals do not simply disappear, but change to a different oxidation state, which change them from a soluble to a solid form. These metals can again be mobilised and solubilised if the water becomes acidic,” notes Liefferink.
Failure to establish a sustainable long-term solution to AMD will result in an increase of the salt load of total dissolved solids in the Vaal river, since the current short-term treatment of AMD contributes 362 t/d of such solids to the Vaal barrage.
“The additional salinity, as a result of the current rate of treatment of AMD, creates water security risks. To comply with the regulatory limit of 600 mg/? of sulphates, good-quality water that is obtained through dilution will have to be released from the Vaal dam to ensure that the water below the Vaal barrage is fit for use,” explains Liefferink.
Further, the projected demand for increased water releases of “expensive Lesotho water” from the Vaal dam will increase the stress upon the water supply.
“The additional volume of water that may have to be released, as a result of the salinity associated with AMD, will result in a considerable reduction of water supply to the Upper Vaal – so much so that the total capacity of Phase II of the Lesotho Highlands scheme will be cancelled,” she states, adding that it is for this reason that desalination is of great importance.
Link to original article here.
11 & 12 JANUARY 2020 – the FSE conducting surveys within the Vaal river system with Russel Tate and Simone Liefferink.
LETTER TO THE SOUTH AFRICAN HUMAN RIGHTS COMMISSION
Dear Mr Jones,
I thank you for your brief response.
Permit me please to copy Commissioner Ameermia, Ms Chantal Kisoon, Ms Yuri Ramkissoon and Mr Matthew du Plessis on this e-mail, since my organisation (the FSE) and I have engaged with them in the past as well as with Ms Janet Love, a former Commissioner of the SAHRC. The FSE was/is also a member of the Commission’s Section 11 Advisory Committees on Acid Mine Drainage (AMD), unregulated artisanal mining and recently the National Hearing on the Underlying Socio-economic Challenges of Mining-Affected Communities in South Africa.
Permit me now to, as an established human rights defender, and member of inter alia the Department of Water and Sanitation’s:
and on behalf of the FSE, respectfully report as follows:
Since the Commission’s Hearings and the Defence Force’s intervention, Rand Water reported exceptionally high e-coli counts and elevated total ammonia, which are indicative of sewage pollution, at the last Department of Water and Sanitation’s (DWS) Rietspruit Catchment Management Forum (attached). The instream water quality downstream of the Sebokeng@Rietspruit Waste Water Treatment Works showed e-coli counts of 6,539,700 per 100ml and ammonia levels of 17. According to the instream water quality guidelines for the Rietspruit Catchment e-coli counts of more than 400 counts per 100ml and ammonia levels of more than 5 are unacceptable.
It follows hence that the situation has not improved but deteriorated.
The situation is not unique to the Rietspruit Catchment. The recently launched National Water and Sanitation Master Plan reported that:
The recently published DWS’ State of the Rivers Report (2017-2018) found that:
The DWS reported during the 2ndStrategy Steering Committee of the Integrated Vaal River System Reconciliation Strategy that, notwithstanding the fact that the Integrated Water Quality Management Strategy identified a need for the implementation of a strategy to address microbial pollution in the Vaal River in 2009, the strategy has not been implemented, that is, after the effluxion of more than ten (10) years. (Please see second attached document.)
In the light of the above-mentioned facts, and the fact that a number of human rights are currently being violated such as the right to life, the right to dignity, the right to an environment that is not harmful to health and well-being and the right to sufficient water (of sufficient quality and quantity), we beg of you to – in terms of your mandate - expedite the publishing of your report; to take the necessary steps (including the issuing of Directives to and prosecution of polluters) to secure appropriate redress of the violation of the abovementioned human rights and to carry out research. In this regard, the FSE has offered the services to the Commission of Russell Tate and Simone Liefferink, who are both water quality experts, on a pro bona basis. Their research is ongoing and they are eager to engage with the Commission on their results. The research by Prof. Johann Tempelhoff of the North West University and a non-executive director of the FSE is also ongoing and, it is our considered opinion, will be of great value to the Commission.
We respectfully request a response to this e-mail.
Find attached the FSE’s comments on the Draft Environmental Impact Assessment Report of Ergo Mining (Pty) Ltd: The Valley Silts Project, Riverlea and Booysens Reserve, Johannesburg.
Watch the videos here.
The FSE contributed to the article titled “Caught between a rock and hard place”...
Notification of the Withdrawal of the Application of an Amendment of the Environmental Authorisation and Environmental Management Programme for the Sweet Sensation Sand Mining Operation in Free State
The concerted efforts and submissions to the Department of Mineral Resources and...
FSE - DONATION OF TREES AND TREE PLANTING IN SIMUNYE, WEST RAND IN ASSOCIATION WITH SOUTH DEEP MINE
The FSE, in association with Gold Fields’ South Deep Mine, donated 40 white Karee Trees (Searsia penduline) during Arbor Week to the mining affected community of Simunye in the West Rand and participated in the tree planting ceremony with the community of Simunye, the local Municipality and officials from South Deep Mine. The FSE also delivered a presentation during the ceremony.
Article also available for download as an attachment.
Millions of South Africans are exposed to radioactive radon gas in their homes and workplaces every day, as the naturally occurring gas escapes through cracks in the earth. The second leading cause of lung cancer in several countries, radon breaks down and when inhaled, decaying atoms emit alpha radiation that can damage the DNA. There are no safe levels of radon concentration. The United States Environmental Protection Agency emphasises any radon exposure has some risk of causing lung cancer. Carte Blanche investigates why South Africa has no regulations to protect against radon accumulation in the home and what you can do to test your home and prevent lung cancer. Watch the video here.
Economics & Finance Courses at the University of the Witwatersrand. Mining for Development: The Taxation Linkage - Understand taxation for development and sustainability in mining. View the course here. Enrolment starts on the 7th of October 2019.
Attached documents:1. DWS Eutrophication SA & GA PSC 1 BID2. PSC 1 Meeting A...
Toxic green algae in the Vaal River is caused by eutrophication, which harms wat...